INTELLECTUAL PROPERTY LICENSE AGREEMENT
Exhibit 10.6
EXECUTION VERSION
INTELLECTUAL PROPERTY LICENSE AGREEMENT
This INTELLECTUAL PROPERTY LICENSE AGREEMENT (this “Agreement”), dated as of December 30, 2016 (the “Closing Date”), is entered into by and among BJ Services, LLC, a Delaware limited liability company (the “Company”), and Xxxxx Xxxxxx Incorporated, a Delaware corporation, on behalf of itself and its Subsidiaries (“Xxxxx Xxxxxx”). Company and Xxxxx Xxxxxx each may be referred to herein individually as a “Party” and collectively as the “Parties.”
RECITALS
WHEREAS, Xxxxx Xxxxxx Oilfield Operations, Inc. and Company, among others, have entered into that certain Contribution Agreement, dated November 29, 2016 (the “Contribution Agreement”) with respect to the contribution to Company of the Xxxxx Xxxxxx Contributed Business by Xxxxx Xxxxxx and that certain Second Amended and Restated Limited Liability Company Agreement, dated December 30, 2016 (the “LLC Agreement”);
WHEREAS, the Contribution Agreement contemplates that Xxxxx Xxxxxx shall xxxxx to Company a license to use certain Intellectual Property Rights in connection with the business of the Company; and
WHEREAS, the Parties desire to enter into this Agreement in accordance with and subject to the terms and conditions set forth herein.
NOW, THEREFORE, in consideration of the mutual covenants set forth in this Agreement and other good and valuable consideration, the receipt and sufficiency of which are hereby acknowledged, the Parties agree as follows:
ARTICLE 1
DEFINITIONS
1.1 Definitions. (a) Capitalized terms used but not defined in this Agreement have the respective meanings assigned to such terms in the Contribution Agreement. For purposes of this Agreement, the following initially capitalized terms shall have the following meanings:
“Xxxxx Xxxxxx Licensed Technology” means the Xxxxx Xxxxxx Patents and Xxxxx Xxxxxx Know-How.
“Xxxxx Xxxxxx Patents” means the Patents listed on Schedule A (including, for the avoidance of doubt, any patents issuing after the Closing Date from any applications, reissues, divisions, continuations, continuation-in-part, extensions or reexaminations thereof) and any other Patent filed within twelve (12) months after the Closing Date by Xxxxx Xxxxxx or any of itsSubsidiaries which is derived from or otherwise based upon any of the Xxxxx Xxxxxx Know- How or the Company Know-How. Notwithstanding the foregoing, for the avoidance of doubt, in no event shall the Xxxxx Xxxxxx Patents include any of the Contributed Patents or any Patent in any jurisdiction outside of the Territory.
“Xxxxx Xxxxxx Know-How” means, except as set forth on Schedule B of this Agreement, technical information and know-how (including any and all formulae, procedures, processes, methods, designs, know-how, show-how, trade secrets, inventions (whether or not patentable and whether or not reduced to practice), discoveries, computer software set forth on Schedule C of this Agreement (including source code and object code except as otherwise set forth on Schedule C), equipment operating systems, firmware, specifications prototypes, designs (including equipment design files, computer-aided design files, and related documentation), techniques, methods, ideas, concepts, data, research and development information, lab books, engineering and manufacturing information, manufacturing processes, sourcing information, quality control and testing procedures, testing data, electronic control circuits, specifications, diagrams, drawings, schematics, blueprints and parts lists and other proprietary information, rights and works of authorship (whether or not reduced to writing), copyrights, confidential information, licenses and similar proprietary rights in discoveries, analytic models, improvements, techniques, devices, patterns, formulations and specifications, copies and tangible embodiments of any of the foregoing (in whatever form or media)) and other tangible and intangible proprietary information, data, or material, in each case which are Licensable by Xxxxx Xxxxxx or any of its Subsidiaries as of the Closing Date but solely to the extent the foregoing constitute part of the Contributed Business immediately prior to the Closing Date or constituted part of the Contributed Business at any time in the eighteen (18) months prior thereto (including in each case to the extent relating to developments or work in process not yet commercialized as of the Closing Date); provided that the fact that the foregoing were not contributed by Xxxxx Xxxxxx to the Company under the Contribution Agreement shall not be deemed or alleged to mean that any of the foregoing did not “constitute part of” the Contributed Business.
“Company Business” means the business of the Company, comprising the Contributed Business and the Partner Contributed Business.
“Company Know-How” means, except as set forth on Schedule D of this Agreement, technical information and know-how (including any and all formulae, recipes, procedures, processes, methods, designs, know-how, show-how, trade secrets, inventions (whether or not patentable and whether or not reduced to practice), discoveries, computer software (including source code, object code, equipment operating systems, firmware, and specifications), prototypes, designs (including equipment design files, computer-aided design files, and related documentation), techniques, methods, ideas, concepts, data, research and development information, lab books, engineering and manufacturing information, manufacturing processes, sourcing information, quality control and testing procedures, testing data, electronic control circuits, specifications, diagrams, drawings, schematics, blueprints and parts lists and other proprietary information, rights and works of authorship (whether or not reduced to writing), copyrights, confidential information, licenses and similar proprietary rights in discoveries, analytic models, improvements, techniques, devices, patterns, formulations and specifications, copies and tangible embodiments of any of the foregoing (in whatever form or media)) and other tangible and intangible proprietary information, data, or material, in each case which are Licensable by Company or any of its Subsidiaries as of the Closing Date but solely to the extent the foregoing constitute part of the Partner Contributed Business immediately prior to the Closing Date or constituted part of the Partner Contributed Business at any time in the eighteen (18) months prior thereto (including in each case to the extent relating to developments or work in process not yet commercialized as of the Closing Date); provided that the fact that the
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foregoing were not contributed by Partner to the Company under the Contribution Agreement shall not be deemed or alleged to mean that any of the foregoing did not “constitute part of” the Partner Contributed Business.
“Company Licensed Technology” means the Company Patents and the Company Know-How.
“Company Patents” means the Contributed Patents and any other Patent filed within twelve (12) months after the Closing Date by the Company or any of its Subsidiaries which is derived from or otherwise based upon any of the Xxxxx Xxxxxx Know-How or the Company Know-How.
“Contributed Business” means the Onshore Pressure Pumping Business, as conducted by Xxxxx Xxxxxx and its Subsidiaries in the Territory immediately prior to the Closing Date.
“Contributed Patents” means the Patents listed on Schedule E of this Agreement (including, for the avoidance of doubt, any patents issuing after the Closing Date from any applications, reissues, divisions, continuations, continuation-in-part, extensions or reexaminations thereof).
“Exploit” means, with respect to Intellectual Property Rights, the right to use, reproduce, perform, display, distribute, test, modify, improve and create derivative works of, and to use, make, have made, sell, offer for sale, import, or export products or services under, such Intellectual Property Rights. “Exploitation” has a correlative meaning.
“Improvement” means any modification, improvement, extension, or derivative work of, or enhancement to, any Licensed IP.
“License” means any license granted pursuant to Article 2 of this Agreement.
“Licensable” means, with respect to any Intellectual Property Right that a Person has the power and authority to grant a license (or sublicense, as the case may be), on the terms and conditions set forth herein, to such Intellectual Property Right without any of the following: (a) the consent of any third party (unless such consent can be obtained without providing any additional consideration to such third party or the Party to which a License hereunder would be granted but for such consent requirement agrees to pay such consideration), (b) impairing such Person’s existing Intellectual Property Right (it being understood that the grant of a non- exclusive license on the terms hereunder, in and of itself, shall not be construed as an impairment of any of such Person’s rights), (c) imposing any additional material obligations on such Person under any preexisting agreement relating to such Intellectual Property Right, except to the extent such obligation (including any payment obligation) can reasonably be borne by the Licensed Party and the Licensed Party agrees to do so, and/or (d) the payment of royalties or other consideration on or after the Closing Date by such Person to any third party under any preexisting agreement relating to such Intellectual Property Right, unless the Party to which a License hereunder would be granted but for such consent requirement agrees to pay such consideration. For the avoidance of doubt, in no event shall any Intellectual Property Right be “Licensable” if any of the foregoing conditions in clauses (a)-(d) apply.
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“Licensed IP” means the Company Licensed Technology and the Xxxxx Xxxxxx Licensed Technology.
“Licensed Know-How” means any and all Xxxxx Xxxxxx Know-How and Company Know-How.
“Licensed Party” means a Party and its Subsidiaries, each in their capacity as licensee under any License.
“Licensed Patents” means any and all Xxxxx Xxxxxx Patents and Company Patents.
“Licensed Technology” means the Xxxxx Xxxxxx Licensed Technology or the Company Licensed Technology, as applicable.
“Licensing Party” means a Party and its Subsidiaries, each in their capacity as a licensor under any License.
“Onshore Pressure Pumping Business” shall mean the Company Principal Business (as defined in the LLC Agreement) anywhere in the United States of America or Canada.
“Proceeding” means any action, claim, lawsuit, litigation, proceeding, inquiry, or arbitration (in each case, whether civil, criminal or administrative) by or before any Governmental Authority.
“Representatives” means, with respect to a Party, any Subsidiary of such Party and any officers, directors, employees, contractors, advisors, agents and other representatives of such Party and its Subsidiaries.
“Territory” means onshore in United States and Canada, but for the avoidance of doubt, excluding the Gulf of Mexico.
“Transaction Documents” means the Transition Services Agreement, LLC Agreement and any other agreements contemplated with the Closing of the transactions contemplated by the Contribution Agreement.
(b) Each of the following terms is defined in the Section set forth opposite such term:
| Term |
Section | |
| Agreement | Preamble | |
| Xxxxx Xxxxxx | Preamble | |
| Closing Date | Preamble | |
| Company | Preamble | |
| Confidential Information | 7.1.1 | |
| Contribution Agreement | Recitals | |
| disclosing party | 7.1.1 | |
| Indemnifying Party | 5.2 | |
| Licensor Indemnitees | 5.1 | |
| LLC Agreement | Recitals | |
| Party, Parties | Preamble | |
| receiving party | 7.1.1 | |
| Relevant Party | 7.2 | |
| Relevant Patents | 3.2 | |
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ARTICLE 2
GRANT OF RIGHTS
2.1 From Company to Xxxxx Xxxxxx. Subject to the terms and conditions of this Agreement, Company, on behalf of itself and its Subsidiaries, hereby grants to Xxxxx Xxxxxx and its Affiliates a perpetual, irrevocable, non-exclusive, non-sublicensable (except as otherwise provided in Section 2.5), non-transferable (except as otherwise provided in Section 9.2), royalty- free and fully paid up license under the Company Licensed Technology to Exploit any product, process or service in connection with any business of Xxxxx Xxxxxx and its Affiliates outside of the Territory including, for the avoidance of doubt, the right to engage in Exploitation in the Territory solely for (a) the purpose of commercializing any product, process or service outside of the Territory, and (b) any non-commercial purposes (e.g., research and development). Notwithstanding the nonexclusive nature of the License set forth above and notwithstanding anything to the contrary in the LLC Agreement (and without limiting any other restrictions or obligations in the LLC Agreement), during the period that Xxxxx Xxxxxx and its Affiliates are bound by the restrictions set forth in Section 10.02(a) of the LLC Agreement, neither Xxxxx Xxxxxx nor any of its Affiliates shall directly or indirectly (i) use any Xxxxx Xxxxxx Licensed Technology in a Company Principal Business onshore in the United States or Canada (it being understood that any breach of this provision and any applicable remedy thereto or thereof shall be governed solely by the terms and conditions of the LLC Agreement), (ii) sell or license to any third party any Xxxxx Xxxxxx Licensed Technology for use in a Company Principal Business onshore in the United States or Canada except (A) as any such Xxxxx Xxxxxx Licensed Technology relates to completion equipment, chemicals and additives, and (B) as determined by Xxxxx Xxxxxx in its reasonable business judgment as necessary or prudent to settle or resolve any dispute. claim or action involving such Xxxxx Xxxxxx Licensed Technology, provided that, prior to any such settlement or resolution, Xxxxx Xxxxxx shall provide Company an opportunity to review and comment on such settlement or resolution and shall reasonably consider Company’s comments with respect to any of the foregoing. For the avoidance of doubt and notwithstanding anything in this Section 2.1 to the contrary, none of this Section 2.1 shall override or otherwise modify any provisions of the LLC Agreement, including that in no event shall any reference to “Xxxxx Xxxxxx and its Affiliates” be interpreted to include any member of the GE Group (as such term is defined in the LLC Agreement) with respect to any Intellectual Property Rights other than the Xxxxx Xxxxxx Licensed Technology.
2.2 From Xxxxx Xxxxxx to Company. Subject to the terms and conditions of this Agreement, Xxxxx Xxxxxx, on behalf of itself and its Subsidiaries, hereby grants to Company and its Subsidiaries a perpetual, irrevocable, non-exclusive, non-sublicensable (except as otherwise provided in Section 2.5), non-transferable (except as otherwise provided in Section 9.2), royalty-free and fully paid up license under the Xxxxx Xxxxxx Licensed Technology to Exploit any product, process or service in connection with the Company Business and the reasonable and natural evolution thereof solely within the Territory, including, for the avoidance
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of doubt, the right to engage in Exploitation outside of the Territory solely for (a) the purpose of commercializing any product, process or service in the Territory, and (b) any non-commercial purposes (e.g., research and development).
2.3 Third Party Licenses. To the extent that any Intellectual Property Right owned by a third party is Licensable under Sections 2.1 or 2.2, the License of such Intellectual Property Right hereunder shall be subject to all of the terms and conditions of the relevant agreement with such third party pursuant to which such Intellectual Property Right has been licensed. Each Party shall endeavor to identify for such other Party any such terms and conditions with respect to any Intellectual Property Rights licensed from third parties, to the extent requested by such other Party for any specifically-identified Intellectual Property Rights but in any case subject to any applicable confidentiality obligations or restrictions with respect to such terms and conditions.
2.4 Delivery of Xxxxx Xxxxxx Know-How. Promptly after the Closing Date, but in no event later than one (1) year after the Closing Date, Xxxxx Xxxxxx shall cooperate with Company for the delivery of the Xxxxx Xxxxxx Know-How in such commercially reasonable manner and form as agreed between the Parties, including, to the extent reasonably available, the delivery of (a) all source code, developer notes, developer and end-user documentation, and related materials and files for the applicable software, and (b) electronic copies, paper copies, and tangible embodiments of the Xxxxx Xxxxxx Know-How then in Xxxxx Xxxxxx’ possession or control. Without limiting Xxxxx Xxxxxx’ contributions to Company under the Contribution Agreement, Company shall be solely responsible for acquiring all necessary information technology systems or hardware and all third party software required to Exploit the Xxxxx Xxxxxx Know-How; provided that Xxxxx Xxxxxx will take commercially reasonable efforts to assist Company in acquiring such information technology systems, hardware and third party software upon the request of Company. Except as otherwise expressly set forth in any of the Transaction Documents, in no event shall Xxxxx Xxxxxx or its Affiliates have any obligation to maintain, update or support any Xxxxx Xxxxxx Know-How, including, but not limited to, any software, licensed to Company pursuant to this Agreement.
2.5 Sublicense Rights. With respect to any License granted pursuant to Section 2.1 or Section 2.2, the applicable Licensed Party shall have the right to grant the following sublicenses under such License: (a) to its customers and distributors for such customers and distributors to utilize and/or otherwise distribute such Licensed Party’s products, processes or services and (b) to its suppliers and service providers to the extent such suppliers and service providers provide products, processes and services to, or on behalf of, such Licensed Party, provided, however, in each case, the Licensed Party shall be responsible for any breach by any of the sublicensees of the terms and conditions of this Agreement.
2.6 No Other Licenses. All rights not expressly granted by either Party or any of its Subsidiaries under this Agreement are reserved by such Party and its Subsidiaries. Without limiting the generality of the foregoing sentence, the Parties acknowledge and agree that nothing in this Agreement shall be construed or interpreted as a grant, by implication, estoppel or otherwise, of any license under or other right with respect to any Intellectual Property Rights of either Party or any of its Affiliates other than the Licenses and rights granted under Article 2, and neither Party shall make use of any Intellectual Property Rights licensed to it other than in
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accordance with the applicable License set forth herein. Other than as expressly provided herein, nothing contained in this Agreement shall be construed to obligate either Party or any of its Affiliates to license any additional Intellectual Property Rights to the other Party or any of its Affiliates in the future. Other than as expressly provided herein, neither Party nor any of its Subsidiaries shall be required to maintain, register, defend, or provide any support or other services to the other Party or any of its Subsidiaries with respect to, any Intellectual Property Rights licensed to such other Party and its Affiliates or Subsidiaries, as applicable, under this Agreement. For the avoidance of doubt, in no event shall any License granted under this Agreement or any other rights or obligations set forth in this Agreement extend to, or include any Intellectual Property Rights of, General Electric Company or any of its Affiliates other than as expressly set forth with respect to Xxxxx Xxxxxx and its Subsidiaries under this Agreement to the extent Xxxxx Xxxxxx or any of its Subsidiaries as of the Closing Date should become an Affiliate of General Electric Company after the Closing Date.
2.7 Improvements. Any Improvement created or developed by a Party or on its behalf shall, by and between the Parties, be owned by such Party. Other than as expressly set forth herein, including any License in this Article ARTICLE 2, neither Party hereby grants or shall be obligated to grant to the other Party any right or license in any Improvement that such Party owns. Notwithstanding the foregoing, nothing herein shall be construed as requiring a Licensed Party to relinquish any of its rights in or to any License.
ARTICLE 3
PATENT PROSECUTION AND MAINTENANCE
3.1 Responsibility for Prosecution and Maintenance. The Parties acknowledge and agree that (a) Xxxxx Xxxxxx shall be solely responsible for the prosecution and maintenance of the Xxxxx Xxxxxx Patents in the ordinary course of business after the Closing Date and (b) Company shall be solely responsible for the prosecution and maintenance of the Company Patents in the ordinary course of business after the Closing Date. Except as otherwise set forth herein, all expenses and fees incurred after the Closing Date in connection with the preparation, filing, prosecution and maintenance of the Xxxxx Xxxxxx Patents and the Company Patents shall be borne by Xxxxx Xxxxxx and Company, respectively.
3.2 Mutual Cooperation. To the extent that (a) any Xxxxx Xxxxxx Patents include any foreign counterpart to any Company Patent or (b) any Company Patent filed on or after the Closing Date by the Company or any of its Subsidiaries is derived from or otherwise based upon any of the Xxxxx Xxxxxx Know-How (collectively, the “Relevant Patents”), the Parties shall cooperate with each other as reasonably necessary in the preparation, filing, prosecution and maintenance of any such Relevant Patents, including executing and delivering, or causing to be executed and delivered, to the other Party such instruments and further assurances as may be necessary or desirable to give effect to the foregoing and furnishing all information and data in its possession necessary to obtain or maintain any such Relevant Patents.
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ARTICLE 4
REPRESENTATIONS AND WARRANTIES;
DISCLAIMERS; LIMITATION OF LIABILITY
4.1 Mutual Representations and Warranties. Each Party hereby represents and warrants to the other Party that (i) it has the requisite authority and power, and has taken, or will take, all requisite actions, to execute and perform its obligations under this Agreement, (ii) this Agreement constitutes a legal, valid and binding obligation of such Party, enforceable against such Party in accordance with its terms, and (iii) this Agreement does not conflict with or violate any other agreement or undertaking to which such Party is a party or by which it or its assets is otherwise bound.
4.2 No Implied Warranty. EXCEPT AS OTHERWISE EXPRESSLY SET FORTH IN THIS AGREEMENT AND EXCEPT AS EXPRESSLY SET FORTH IN THE CONTRIBUTION AGREEMENT, NEITHER PARTY MAKES ANY REPRESENTATIONS AND/OR WARRANTIES OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, VALIDITY AND SCOPE OF THE LICENSED IP, AND THE ABSENCE OF LATENT OF OTHER DEFECTS, WHETHER OR NOT DISCOVERABLE, OR THAT THE USE OF THE LICENSED IP WILL NOT INFRINGE ANY PATENT, COPYRIGHT, TRADEMARK OR OTHER RIGHTS OF THIRD PARTIES. IN NO EVENT SHALL EITHER PARTY BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES OF ANY KIND, INCLUDING ECONOMIC DAMAGE OR INJURY TO PROPERTY AND LOST PROFITS, REGARDLESS OF WHETHER SUCH PARTY HAS BEEN ADVISED, SHALL HAVE OTHER REASON TO KNOW, OR IN FACT SHALL KNOW OF THE POSSIBILITY OF SUCH DAMAGE.
4.3 Acknowledgement. For the avoidance of doubt, notwithstanding anything in this Agreement to the contrary, the Parties acknowledge and agree that nothing in this Agreement is intended to limit, restrict or otherwise prejudice any of the representations, warranties or other remedies available to the Parties or their Subsidiaries under the Contribution Agreement or any other Transaction Document.
ARTICLE 5
INDEMNIFICATION
5.1 Indemnification. Each Licensed Party hereby agrees to indemnify, defend and hold harmless the Licensing Party, together with their respective successors and permitted assigns, and their respective Representatives (collectively, the “Licensor Indemnitees”) from and against all losses, claims, damages, liabilities, and expenses (including any and all reasonable expenses and attorneys’ fees) arising out of or resulting from any third party claim brought, asserted or threatened against any Licensor Indemnitee but solely to the extent resulting or otherwise arising from (a) any material breach by the Licensed Party of any of its representations, warranties, covenants or obligations pursuant to this Agreement or (b) the gross negligence or willful misconduct by the Licensed Party or its Subsidiaries or their respective Representatives in performing any obligations under this Agreement.
5.2 Indemnification Procedure. If a Licensor Indemnitee wishes to seek indemnification hereunder, such Licensor Indemnitee shall inform the Party under an obligation to indemnify (the “Indemnifying Party”) of the third party claim giving rise to the obligation to indemnify as soon as reasonably practicable after receiving notice of such third party claim. The
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Indemnifying Party shall have the right to assume and control the defense or settlement of any such third party claim for which it is obligated to indemnify the Licensor Indemnitee under this Agreement. The Licensor Indemnitee shall cooperate with the Indemnifying Party (and its insurer) as the Indemnifying Party may reasonably request, and at the Indemnifying Party’s sole cost and expense. The Licensor Indemnitee shall have the right to participate in such defense, subject to the Indemnifying Party’s control, using its own counsel at its own expense. The Indemnifying Party shall have no obligation to indemnify any Licensor Indemnitee in connection with any settlement made without the Indemnifying Party’s written consent.
ARTICLE 6
ENFORCEMENT OF INTELLECTUAL PROPERTY
6.1 Rights and Obligations of the Parties.
6.1.1 Company shall have the right, but not the obligation, to commence a Proceeding against any Person engaged in any actual or suspected infringement of any Company Patent anywhere in the world. Company shall keep Xxxxx Xxxxxx reasonably informed of the status and progress of such enforcement efforts, shall provide Xxxxx Xxxxxx an opportunity to review and comment on any material correspondence or court or tribunal filing or submission made in respect thereof and shall reasonably consider Xxxxx Hughes’s comments with respect to any of the foregoing. If Company commences a Proceeding against a Person regarding the infringement of any Company Patent, Company shall control such Proceeding at its sole cost and expense using counsel of its choosing and shall keep Xxxxx Xxxxxx reasonably informed of the progress of such Proceeding. Company shall not settle any claim or Proceeding under this Section 6.1.1 in a manner that materially diminishes the rights or interests of Xxxxx Xxxxxx with respect to any foreign counterpart to any Company Patent without the prior written consent of Xxxxx Xxxxxx, which consent shall not be unreasonably withheld.
6.1.2 Xxxxx Xxxxxx shall have the right, but not the obligation, to commence a Proceeding against any Person engaged in any actual or suspected infringement of any Xxxxx Xxxxxx Patent anywhere in the world. Xxxxx Xxxxxx shall keep Company reasonably informed of the status and progress of such enforcement efforts, shall provide Company an opportunity to review and comment on any material correspondence or any court or tribunal filing or submission made in respect thereof and shall reasonably consider Company’s comments with respect to any of the foregoing. If Xxxxx Xxxxxx commences a Proceeding against a Person regarding the infringement of any such Xxxxx Xxxxxx Patent, Xxxxx Xxxxxx shall control such Proceeding at its sole cost and expense using counsel of its choosing and shall keep Company reasonably informed of the progress of such Proceeding. Xxxxx Xxxxxx shall not settle any claim or Proceeding under this Section 6.1.2 in a manner that materially diminishes the rights or interests of Company in the Territory with respect to any Xxxxx Xxxxxx Patent without the prior written consent of Company, which consent shall not be unreasonably withheld.
6.2 Cooperation of the Parties. In any Proceeding instituted under Section 6.1, the Parties shall cooperate with and assist each other in all commercially reasonable respects (including by joining as a necessary party to any suit, executing any affidavits and other documents requested, supplying evidence, or appearing as a witness).
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ARTICLE 7
CONFIDENTIALITY
7.1 Confidentiality.
7.1.1 “Confidential Information” means any non-public, proprietary or other confidential portion or embodiment of the Licensed IP disclosed by a Party or any of its Subsidiaries (“disclosing party”) to the other Party or any of its Subsidiaries (“receiving party”) without the need for any further notice or marking, excluding any information that: (a) the receiving party independently develops without reference to the disclosed information; (b) the receiving party independently receives on a non-confidential and authorized basis from a source other than the disclosing party; (c) becomes publicly available through no fault of the receiving party; (d) is in the public domain at the time the receiving party receives the disclosed information; or (e) the receiving party already knows at the time the receiving party receives the disclosed information.
7.1.2 The receiving party will use the Confidential Information of the disclosing party solely for the purposes set forth in this Agreement, including, for the avoidance of doubt, for the Exploitation of the Licensed IP by the relevant Licensed Party in accordance with the terms of this Agreement. The receiving party will not directly or indirectly disclose the Confidential Information of the disclosing party to any third party except as permitted by this Agreement (including permitted disclosures to any permitted sublicensee), and will provide such Confidential Information only to its Representatives who need it in connection with this Agreement and are informed of the confidential nature of such Confidential Information; provided, however, that, notwithstanding the foregoing, a Licensed Party may make disclosure of any Confidential Information included in any Licensed Know-How of the Licensing Party hereunder for purposes of filing and prosecuting any patent application filed by such Licensed Party, but provided further that (a) solely with respect to any proposed patent application filing made during the period that the restrictions set forth in Section 10.02(a) of the LLC Agreement apply to Xxxxx Xxxxxx and its Affiliates, such Licensed Party shall notify the Licensing Party no less than thirty (30) days prior to any such filing or prosecution, shall allow the Licensing Party to review and comment on such patent application with respect to the disclosure of such Licensed Know-How, and shall reasonably consider such Licensing Party’s comments with respect thereto, and (b) any such patent application shall only extend to the territory and field to which such Licensed Party is licensed hereunder. The receiving party shall (a) take all reasonable measures to protect the confidentiality of the disclosing party’s Confidential Information, which shall be no less protective than the steps the receiving party uses to protect the confidentiality of its own confidential information of a similar nature, and (b) notify the disclosing party in writing of any unauthorized use or disclosure of such Confidential Information of which the receiving party is aware, and reasonably assist the disclosing party in remedying any unauthorized use or disclosure.
7.1.3 The Parties shall keep the contents of this Agreement confidential except for disclosure: (a) in confidence to Persons with a “need to know” and that are investors, potential investors, acquirers, potential acquirers, insurers, lenders, investment bankers, auditors, attorneys and similar Persons; (b) pursuant to an order or subpoena of a court or Governmental Authority, or as may otherwise be required by Applicable Law; (c) in confidence to Persons with
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a “need to know” in connection with the enforcement of this Agreement or rights under this Agreement; or (d) to their respective Representatives who need to know and who are informed of the confidential nature of such information.
7.2 Disclosure Related to Legal Process. If either Party (“Relevant Party”) becomes legally required, or receives a request from any Governmental Authority, to disclose any Confidential Information or the contents of this Agreement, such Relevant Party shall, if legally permitted, provide prompt written notice to other Party so that such other Party may seek a protective order or other appropriate remedy and/or waive compliance with the provisions of this Agreement. If such protective order or other remedy is not obtained, or the other Party waives compliance with the provisions of this Agreement, the Relevant Party shall furnish only that portion of the Confidential Information or this Agreement, as applicable, that is legally required or that the Relevant Party otherwise determines to be reasonably necessary to respond to such request, provided that the Relevant Party exercises its reasonable efforts, at the other Party’s request and expense, to obtain reliable assurance that confidential treatment will be accorded the information so disclosed.
7.3 Parties Responsible for Their Representatives. Each Party shall be liable for any breach of Section 7.1 or 7.2 by any of its Representatives.
ARTICLE 8
TERM; NO TERMINATION
8.1 Term. Subject to Section 8.2, this Agreement shall remain in full force and effect in perpetuity.
8.2 No Termination. This Agreement may only be terminated upon the mutual written agreement of the Parties. In the event of any breach of this Agreement, the sole and exclusive remedy of the non-breaching Party shall be to recover damages and/or to obtain injunctive or other equitable relief (it being understood that neither Party shall be entitled to any injunctive or equitable relief which would (a) prohibit the Licensed Party or any of its Affiliates or Subsidiaries, as applicable, from using or otherwise exploiting any Licensed IP licensed to it hereunder within the scope, and subject to the restrictions, of the applicable License, or (b) otherwise have the effect of limiting the rights granted to the Licensed Party or any of its Affiliates or Subsidiaries, as applicable, hereunder.
ARTICLE 9
MISCELLANEOUS
9.1 No Challenge; No Assert.
9.1.1 In no event shall either Party or any of its Affiliates or their successors and assigns (or any of their respective sublicensees) challenge, or assist any Person in any Proceeding challenging (including in connection with any interference or opposition Proceeding), the validity or enforceability of any of the Licensed IP by the other Party hereunder, except in response to any Proceeding first initiated or otherwise asserted by such other Party in violation of this Section 9.1.1.
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9.1.2 In no event shall either Party or any of its Affiliates or their successors and assigns (or any of their respective sublicensees) initiate any Proceeding alleging infringement, misappropriation or other violation against the other Party or any of its Affiliates or any customer of such other Party or any of its Subsidiaries on account of such Party’s, Subsidiary’s or customer’s Exploitation of any Licensed IP pursuant to the rights and obligations set forth herein, except in response to any Proceeding first initiated or otherwise asserted by such other Party in violation of this Section 9.1.2.
9.1.3 Notwithstanding anything in this Agreement to the contrary, in connection with any Proceeding initiated by a Licensed Party in contravention of Section 9.1.1 or 9.1.2, as applicable, in no event shall any License granted to such Licensed Party pursuant to this Agreement be used as a defense by such Licensed Party to any claim or response by the Licensing Party in any such Proceeding and, for the pendency of any such Proceeding, such License to such Licensed Party shall be suspended.
9.2 Entire Agreement; Assignment; Successors. This Agreement, together with the Schedules, expressly contemplated hereby and attached hereto, the Contribution Agreement and the other Transaction Documents constitute the entire agreement among the Parties with respect to the subject matter hereof and thereof and supersede all other prior and contemporaneous agreements and understandings, both written and oral, among the Parties with respect to the subject matter hereof and thereof. Neither this Agreement nor any rights or obligations hereunder may be assigned or otherwise transferred by either Party, in whole or in part, whether voluntarily or by operation of Applicable Law, without the prior written consent of the other Party; provided that either Party may assign this Agreement (a) in whole to a successor to all or substantially all of its business or assets (whether voluntarily or by operation of Applicable Law) to which this Agreement relates or (b) to any of its direct or indirect wholly-owned Subsidiaries, in each case without the consent of the other Party, or (c) in part to a successor to all or substantially all of a material business unit or material business line or the assets thereof (whether voluntarily or by operation of Applicable Law) to which this Agreement relates (it being understood that, in the case of clause (c), (x) any such purported assignment shall be subject to the prior written consent of the other Party, which consent shall not be unreasonably withheld, and to any prior written agreement required by such other Party setting forth the terms and conditions of such license, including any royalty or licensing fees payable in respect thereof and (y) such successor or assignee shall only be permitted to exercise such license in connection with the business unit or business line that is divested). Any successor, transferee or whole or partial assignee of a Party must agree in writing to be bound by the terms and conditions of this Agreement and no assignment or transfer of this Agreement by a Party shall relieve such Party of any of its obligations or liabilities to the other Party under this Agreement that are owing at the time of such assignment or transfer or that continue to be owing by a Party in the case of a partial assignment. Any purported assignment of this Agreement in contravention of this Section 9.2 will be null and void and of no force or effect. Subject to the preceding sentences of this Section 9.2, this Agreement will be binding upon, inure to the benefit of, and be enforceable by, the Parties and their respective successors and permitted assigns. Each Party acknowledges and agrees that the Licenses granted hereunder shall encumber and follow all applicable Licensed Technology owned by a Licensing Party and shall be binding upon any successor owner or assignee of any of the Licensed Technology owned by a Licensing Party, and each Licensing Party shall take such steps as required to ensure that the Licenses to the Licensed Party hereunder remain in effect and are not modified or extinguished as a result of such Licensing Party’s sale or disposition of any such Licensed Technology.
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9.3 Severability. If any term or other provision of this Agreement is invalid, illegal or incapable of being enforced by any rule of law, or public policy, all other conditions and provisions of this Agreement will nevertheless remain in full force and effect, so long as the economic or legal substance of the transaction contemplated by this Agreement is not affected in any manner materially adverse to any Party. Upon such determination that any term or other provision is invalid, illegal or incapable of being enforced, the Parties will negotiate in good faith to modify this Agreement so as to effect the original intent of the Parties as closely as possible, in a mutually acceptable manner, in order that the Agreement will be performed as originally contemplated to the fullest extent possible.
9.4 Notices. All notices and other communications hereunder will be in writing and will be deemed duly given (a) on the date of delivery if delivered personally, (b) upon electronic confirmation of receipt by facsimile if by facsimile, (c) on the date delivered if sent by email (provided confirmation of email receipt is obtained), (d) on the first (1st) Business Day following the date of dispatch if delivered utilizing a next-day service by a nationally recognized next-day courier or (e) on the earlier of confirmed receipt or the fifth (5th) Business Day following the date of mailing if delivered by registered or certified mail, return receipt requested, postage prepaid. All notices hereunder will be delivered to the addresses set forth below:
| if to Company: | ||
| BJ Services, LLC | ||
| 00000 Xxxxxx Xxxxxxxxx Xxxx | ||
| Xxxxxxx, Xxxxx 00000 | ||
| Attention: | Xxx Xxxxxxx | |
| Facsimile No.: | (000) 000-0000 | |
| E-mail: | Xxx.Xxxxxxx@xxxxxxxxxxx.xxx | |
| and | ||
| c/o CSL Capital Management, LLC | ||
| 0000 Xxxxxxxxx, Xxxxx 0000 | ||
| Xxxxxxx, Xxxxx 00000 | ||
| Attention: | Xxxx Xxxxxxx | |
| Facsimile No.: | 000-000-0000 | |
| E-mail: | xxxx@xxxxxxxxx.xxx | |
| and | ||
| WSEP Bromius II, LLC | ||
| c/o Goldman, Xxxxx & Co | ||
| 000 Xxxx Xxxxxx | ||
| Xxx Xxxx, XX 00000-0000 | ||
| Attention: | Xxxxx Xxxxxxxx | |
| Xxxxxxx Xxxxxxx | ||
| Facsimile: | 000-000-0000 | |
| E-mail: | Xxxxxxx.Xxxxxxxx@xx.xxx | |
| Xxxxx.Xxxxxxxx@xx.xxx | ||
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| And copies (which copies shall not constitute notice) to: Xxxxx Xxxx & Xxxxxxxx LLP | ||
| 000 Xxxxxxxxx Xxxxxx | ||
| Xxx Xxxx, XX 00000 | ||
| Attention: | Xxxxxx X. Xxxxx, Xx. | |
| Xxxxxxx Xxxxx | ||
| Facsimile: | (000) 000-0000 (000) 000-0000 | |
| Telephone: | (000) 000-0000 (000) 000-0000 | |
| E-mail: | xxxxxx.xxxxx@xxxxxxxxx.xxx xxxxxxx.xxxxx@xxxxxxxxx.xxx | |
| and | ||
| Xxxxxxxx & Xxxxx LLP | ||
| 000 Xxxxxx, Xxxxx 0000 | ||
| Xxxxxxx, Xxxxx 00000 | ||
| Attention: | Xxxxxx Xxxxxx, P.C. | |
| Xxxxx Van Syoc | ||
| Facsimile No.: | 000-000-0000 | |
| E-mail: | xxxxxx.xxxxxx@xxxxxxxx.xxx | |
| xxxxx.xxxxxxx@xxxxxxxx.xxx | ||
| and | ||
| Fried, Frank, Harris, Xxxxxxx & Xxxxxxxx LLP | ||
| Xxx Xxx Xxxx Xxxxx | ||
| Xxx Xxxx, XX 00000 | ||
| Attention: | Xxxxxx X. Xxxxxxxxx, Esq. | |
| Xxxx X. Xxxxx, Esq. | ||
| Facsimile: | 212-859-4000 | |
| E-mail: | Xxxxxx.Xxxxxxxxx@xxxxxxxxxx.xxx | |
| Xxxx.Xxxxx@xxxxxxxxxx.xxx | ||
| if to Xxxxx Xxxxxx: | ||
| Xxxxx Xxxxxx Oilfield Operations, Inc. | ||
| 00000 Xxxxxx Xxxxxxxxx Xxxx | ||
| Xxxxxxx, Xxxxx 00000 | ||
| Attention: | Xxxxxxx X. Xxxxx | |
| Facsimile No.: | (000) 000-0000 | |
| E-mail: | Xxxx.Xxxxx@xxxxxxxxxxx.xxx | |
| with a copy to (which copy will not constitute notice): | ||
| Xxxxx Xxxx & Xxxxxxxx LLP | ||
| 000 Xxxxxxxxx Xxxxxx | ||
| Xxx Xxxx, Xxx Xxxx 00000 | ||
| Attention: | Xxxxx X. Xxxxxxxxx | |
| Fax: | (000) 000-0000 | |
| Email: | xxxxx.xxxxxxxxx@xxxxxxxxx.xxx | |
or to such other address as the Person to whom notice is given may have previously furnished to the others in writing in the manner set forth above.
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9.5 Attorneys’ Fees. In the event an action is brought to enforce or interpret any provision of this Agreement, the prevailing Party will be entitled to recover reasonable attorneys’ fees and costs in an amount to be fixed by the court.
9.6 Governing Law. This Agreement and all disputes related thereto will in all respects be interpreted, construed and governed by and in accordance with the laws of the State of Delaware.
9.7 Submission to Jurisdiction. The Parties hereby irrevocably submit to the jurisdiction of the courts of the State of Delaware and the federal courts of the U.S. located in the State of Delaware solely in respect of the interpretation and enforcement of the provisions of this Agreement or any disputes related thereto, and hereby waive, and agree not to assert, as a defense in any Proceeding for the interpretation or enforcement of this Agreement, that it is not subject thereto or that such Action may not be brought or is not maintainable in said courts or that the venue thereof may not be appropriate or that this Agreement may not be enforced in or by such courts. The Parties hereby consent to and grant any such court jurisdiction over the Person of such Parties and over the subject matter of such dispute and agree that mailing of process or other papers in connection with any such Proceeding in the manner provided in Section 9.4 as permitted by Applicable Law, will be valid and sufficient service thereof. The Parties agree that a final judgment in any such Proceeding shall be conclusive and may be enforced in other jurisdictions by suit on the judgment or in any other manner provided by Applicable Law.
9.8 WAIVER OF JURY TRIAL. EACH OF THE PARTIES HEREBY IRREVOCABLY WAIVES ANY AND ALL RIGHT TO TRIAL BY JURY IN ANY LEGAL PROCEEDING ARISING OUT OF OR RELATED TO THIS AGREEMENT.
9.9 Interpretation; Article and Section References. The descriptive headings herein are inserted for convenience of reference only and are not intended to be part of or to affect the meaning or interpretation of this Agreement. All references in this Agreement to Articles, Sections, subsections and clauses are references to Articles, Sections, subsections and clauses, respectively, in and to this Agreement, unless otherwise specified. All words used in this Agreement will be construed to be of such gender or number as the circumstances require. The words “include” or “including” mean “include, without limitation,” or “including, without
15
limitation,” as the case may be, and the language following “include” or “including” will not be deemed to set forth an exhaustive list. The word “or” will not be limiting or exclusive. References to days are to calendar days; provided, that any action otherwise required to be taken on a day that is not a Business Day will instead be taken on the next Business Day. As used in this Agreement, the singular or plural number will be deemed to include the other whenever the context so requires.
9.10 Counterparts; Electronic Signature. This Agreement may be executed in multiple counterparts, each of which will be deemed to be an original but all of which will constitute one and the same agreement. This Agreement may be executed by facsimile or electronic signature in portable document format (.pdf) and a facsimile or electronic signature in portable document format (.pdf) will constitute an original for all purposes.
9.11 Amendment and Modification. This Agreement may not be amended, modified or supplemented in any manner, whether by course of conduct or otherwise, except by an instrument in writing specifically designated as an amendment hereto, signed by an authorized Representative of each of the Parties.
9.12 Waivers. No failure or delay of a Party in exercising any right or remedy hereunder will operate as a waiver thereof, nor will any single or partial exercise of any such right or power, or any abandonment or discontinuance of steps to enforce such right or power, or any course of conduct, preclude any other or further exercise thereof or the exercise of any other right or power. The rights and remedies of the Parties hereunder are cumulative and are not exclusive of any rights or remedies which they would otherwise have hereunder. Any agreement on the part of any Party to any such waiver will be valid only if set forth in a written instrument executed and delivered by such Party.
9.13 No Presumption Against Drafting Party. The Parties agree that they have been represented by counsel during the negotiation and execution of this Agreement and, therefore, waive the application of any Applicable Law or rule of construction providing that ambiguities in an agreement or other document will be construed against the Party drafting such agreement or document.
9.14 Specific Performance. The Parties agree that irreparable damage would occur if any provision of this Agreement were not performed in accordance with the terms hereof and that the Parties shall be entitled to an injunction or injunctions to prevent breaches of this Agreement or to enforce specifically the performance of the terms and provisions hereof in any court set forth in Section 9.7, in addition to any other remedy to which they are entitled at law or in equity.
9.15 Duty to Effectuate. The Parties agree to perform any lawful additional acts, including the execution of additional agreements, as are reasonably necessary to effectuate the purpose of this Agreement.
9.16 Bankruptcy. All Licenses will be deemed licenses of rights to intellectual property for purposes of Section 365(n) of the U.S. Bankruptcy Code and the Parties acknowledge and agree that if a case under the United States Bankruptcy Code is filed by or
16
against a Licensing Party, and in that case this Agreement is rejected pursuant to Xxxxxxx 000 xx xxx Xxxxxx Xxxxxx Bankruptcy Code, a Licensed Party will retain and may fully exercise all of its rights and elections under the U.S. Bankruptcy Code.
[Signature Page Follows]
17
IN WITNESS WHEREOF, the Parties have caused this Agreement to be duly executed by their respective authorized officers as of the Closing Date.
| BJ Services, LLC | ||||
| By: | /s/ Xxx Xxxxxxx | |||
| Name: | Xxx Xxxxxxx | |||
| Title: | Vice President | |||
| Xxxxx Xxxxxx Incorporated | ||||
| By: | /s/ Xxxxxx Xxxxxxxxx | |||
| Name: | Xxxxxx Xxxxxxxxx | |||
| Title: | Chief Executive Officer | |||
[Signature Page to Intellectual Property License Agreement]
Schedule A
Xxxxx Xxxxxx Patents
See attached Xxxxx Xxxxxx IP License Schedule A.xlsx.
Xxxxx Xxxxxx Xxx
| Country |
BHI Case |
Chemical or |
Subproduct |
Title |
Application |
Application |
Publication |
Publication No. |
Grant Date |
Grant No. | ||||||||||
| U.S.A. | 49181-US-DIV | Chemistry | ACD | Stabilizing Emulsified Acids For Carbonate Acidizing | 28-Feb-13 | 13/781276 | 11-Jul-13 | 20130178400 | 8-Oct-13 | 8551926 | ||||||||||
| U.S.A. | 54687-US-NP | Chemistry | ACD | Method of Using Sophorolipids or Nannosylerythritol Lipids as Acid Corrosion Inhibitors in Well Treatment Operations | 10-Apr-15 | 14/683983 | 22 Oct 2015 | 20150299556 | ||||||||||||
| U.S.A. | 57173-US-NP | Chemistry | ACD | Method for Enhancing Acidizing Treatment of a Formation Having a High Bottom Hole Temperature | 15-May-14 | 14/278550 | ||||||||||||||
| U.S.A. | 58983-US-PSP | Chemistry | ACD | Methods of Improving Acid Fracturing Conductivity | 25-May-16 | 62/341118 | ||||||||||||||
| U.S.A. | 60397-US-PSP | Chemistry | ACD | a mixture of HTO/HF acid to stimulate sandstone formation | 1-Dec-15 | 62/261729 | ||||||||||||||
| U.S.A. | 95016-US-NP | Chemistry | ACD | Organic Hydrofluoric Acid Spearhead System | 21-Jun-00 | 09/599024 | 03 Sep 2002 | 6443230 | ||||||||||||
| Canada | 95023-CA-PCT | Chemistry | ACD | Method of Preventing Gas Breakthrough In An Oil Bearing Formation | 21-Feb-03 | 2418817 | 13-Feb-07 | 2418817 | ||||||||||||
| U.S.A. | 95023-US-NP | Chemistry | ACD | Method of Preventing Gas Breakthrough in an Oil Bearing Formation | 20-Sep-00 | 09/666043 | 16 Jul 2002 | 6419017 | ||||||||||||
| U.S.A. | 95077-US-NP | Chemistry | ACD | Diversion Treatment Method | 3-Mar-00 | 09/519064 | 09 Apr 2002 | 6367548 | ||||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | ACD | Compositions and Methods of Catalyzing the Rate of Iron Reduction During Acid Treatment of Xxxxx | 25-Feb-99 | 2263014 | 17-Apr-07 | 2263014 | ||||||||||||
| Canada | 95091-CA-NP | Chemistry | ACD | Acid Gels for Fracturing Subterranean Formations | 8-Mar-99 | 2264974 | 30-Sep-99 | 11-May-10 | 2264974 | |||||||||||
| U.S.A. | 95091-US-DIV[1] | Chemistry | ACD | Acid gels for fracturing subterranean formations | 29-Sep-99 | 09/408291 | 04 Apr 2000 | 6046140 | ||||||||||||
| U.S.A. | 95091-US-NP | Chemistry | ACD | Acid Gels for Fracturing Subterranean Formations | 31-Mar-98 | 09/052324 | 02 Nov 1999 | 5975206 | ||||||||||||
| U.S.A. | 95123-US-NP | Chemistry | ACD | Asphaltene Absorption Inhibition Treatment | 22-Jan-97 | 08/787124 | 18 Apr 2000 | 6051535 | ||||||||||||
| U.S.A. | 95276-US-NP | Chemistry | ACD | Acidizing Stimulation Method Using a pH Buffered Acid Solution | 22-Jul-03 | 10/624185 | 27-Jan-05 | 20050016731 | 13-Jun-06 | 7059414 | ||||||||||
| U.S.A. | 95291-US-CIP[1] | Chemistry | ACD | Method of Using Viscoelastic Vesicular Fluids to Enhance Productivity of Formations | 14-May-04 | 10/846994 | 17 Feb 2005 | US20050037928 | 05 Dec 2006 | 7144844 | ||||||||||
| U.S.A. | 95291-US-NP | Chemistry | ACD | Acid Diverting System Containing Quaternary Amine | 31-Jan-03 | 10/356210 | 05 Aug 2004 | 20040152604 | 03 Oct 2006 | 7115546 | ||||||||||
| U.S.A. | 95351-US-NP | Chemistry | ACD | Surfactant Based Viscoelastic Fluids | 15-Jan-03 | 10/345104 | 15-Jul-04 | 20040138071 | 29-Dec-09 | 7638468 | ||||||||||
| U.S.A. | 95384-US-CNT[1] | Chemistry | ACD | Method of Acidizing a Subterranean Formation with Diverting Foam or Fluid | 29-Nov-07 | 11/947473 | 29-May-08 | US20080121398 | 31-Mar-09 | 7510009 | ||||||||||
| U.S.A. | 95384-US-NP | Chemistry | ACD | Method of Acidizing a Subterranean Formation with Diverting Foam or Fluid | 12-Jul-04 | 10/888494 | 31 Mar 2005 | US20050067165 | 04 Dec 2007 | 7303018 | ||||||||||
| U.S.A. | 95391-US-NP | Chemistry | ACD | Increasing Reaction Efficiency of Acetic Acid | 18-Jun-04 | 10/871108 | 08 Aug 2006 | 7086469 | ||||||||||||
| Canada | 95420-CA-NP | Chemistry | ACD | Non-Emulsifying Anti-Sludge Composition For Use In The Acid Treatment Of Hydrocarbon Xxxxx | 21-Aug-06 | 2556648 | 21-Apr-07 | 2556648 | 12-Jan-10 | 2556648 | ||||||||||
| U.S.A. | 95420-US-CNT[1] | Chemistry | ACD | Non-Emulsifying Anti-Sludge Composition For Use In The Acid Treatment Of Hydrocarbon Xxxxx | 9-Feb-09 | 12/367588 | 24-Nov-09 | 7622429 | ||||||||||||
| U.S.A. | 95420-US-NP | Chemistry | ACD | Non-Emulsifying Anti-Sludge Composition For Use In The Acid Treatment Of Hydrocarbon Xxxxx | 21-Oct-05 | 11/256230 | 26-Apr-07 | 20070093394 | 24-Mar-09 | 7507695 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | ACD | Matrix Treatment of Damaged Sandstone Formations Using HF-Acid System | 16-Dec-05 | 2530325 | 17-Jun-06 | 2530325 | 31-Mar-09 | 2530325 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | ACD | Naphthenic Acid Solids Dissolver Compositions and Methods Related Thereto | 1-Aug-08 | 2638503 | 1-Feb-10 | 20-Sep-11 | 2638503 | |||||||||||
| Canada | 95507-CA-PCT | Chemistry | ACD | Method and Composition for Controlling Inorganic Fluoride Scales | 17-Dec-14 | 2877138 | ||||||||||||||
| U.S.A. | 95507-US-CIP | Chemistry | ACD | Method and Composition for Controlling Inorganic Fluoride Scales | 26-Jun-12 | 13/533031 | 27 Dec 2012 | 20120325485 | ||||||||||||
| U.S.A. | 95507-US-CNT[1] | Chemistry | ACD | Method and Composition for Controlling Inorganic Fluoride Scales | 23-Aug-10 | 12/861390 | 16 Dec 2010 | US20100314116 | 03 Jul 2012 | 8211836 | ||||||||||
| U.S.A. | 95507-US-NP | Chemistry | ACD | Method and Composition for Controlling Inorganic Fluoride Scales | 18-Sep-07 | 11/901578 | 19 Mar 2009 | US20090075844 | 24 Aug 2010 | 7781381 | ||||||||||
| U.S.A. | 95530-US-NP | Chemistry | ACD | Liquid Breaker for Acid Fracturing Fluids | 25-Jul-08 | 12/179618 | 28 Jan 2010 | US20100018705 | 21 Sep 2010 | 7798228 | ||||||||||
| U.S.A. | 95534-US-CNT[1] | Chemistry | ACD | Method of Inhibiting Corrosion with An Alkyl Sarcosinate | 25-May-11 | 13/115742 | 15-Sep-11 | 20110224111 | 22-Jan-13 | 8357640 | ||||||||||
| U.S.A. | 95534-US-NP | Chemistry | ACD | Method of Treating an Alloy Surface with an Alkyl Sarcosinate | 1-Apr-08 | 12/060335 | 01 Oct 2009 | 20090247431 | 09 Aug 2011 | 7994102 | ||||||||||
| Canada | 95664-CA-PCT | Chemistry | ACD | Method of Using Phthalic and Terepthalic Acids and Derivatives Thereof in Well Treatment Operations | 22-Dec-14 | 2877708 | ||||||||||||||
| U.S.A. | 95664-US-CIP | Chemistry | ACD | Method of Using Phthalic and Terepthalic Acids and Derivatives Thereof in Well Treatment Operations | 15-Aug-14 | 14/461123 | 04 Dec 2014 | 20140352959 | ||||||||||||
| U.S.A. | 95664-US-NP | Chemistry | ACD | Method of Using Phthalic and Terepthalic Acids and Derivatives Thereof in Well Treatment Operations | 26-Jun-13 | 13/928006 | 26 Dec 2013 | 20130341025 | ||||||||||||
| U.S.A. | 50917-US-NP | Chemistry | CM | Apparatus and Method for Cementing a Borehole | 7-Oct-11 | 13/268115 | 11-Apr-13 | 20130087333 | 13-May-14 | 8720560 | ||||||||||
| U.S.A. | 51903-US-CIP | Chemistry | CM | Reconfigurable Cement Composition, Articles Made Therefrom and Method of Use | 20-Sep-11 | 13236686 | 3-Jan-13 | 20130000903 | 26-May-15 | 9038719 | ||||||||||
| U.S.A. | 54241-US-NP | lab equipment | CM | Shear bond tester | 21-Dec-12 | 13/723456 | 26-Jun-14 | 20140174192 | 5-Jan-16 | 9228993 | ||||||||||
| Canada | 54247-CA-NP | equipment | CM | Method of Real Time Monitoring of Well Operations Using Self-Sensing Treatment Fluids | 10-May-13 | 2815589 | 30-Oct-14 | 2815589 | 5-Jan-16 | 2815589 | ||||||||||
| U.S.A. | 54247-US-NP | equipment | CM | Method of Real Time Monitoring of Well Operations Using Self-Sensing Treatment Fluids | 25-Apr-14 | 14/262450 | 30-Oct-14 | 20140318783 | ||||||||||||
| U.S.A. | 54711-US-CIP | Chemistry | CM | Method to Enhance Cement Additives to Ensure Slurry Stability for Horizontal Xxxxx | 23-Mar-15 | 14/665977 | 16-Jul-15 | 20150198010 | ||||||||||||
| U.S.A. | 00000-XX-XX | Xxxxxxxxx | XX | Xxxxxx of Using Delayed Hydratable Polymeric Viscosifying Agent in the Treatment of a Well or Subterranean Formation | 17-Sep-13 | 14/029520 | 19-Mar-15 | 20150075792 | ||||||||||||
| U.S.A. | 54733-US-NP | Chemistry | CM | Variable Viscosity Water Based Cement Spacer System | 18 Dec 2014 | 14/575206 | ||||||||||||||
| U.S.A. | 55282-US-DIV | Chemistry | CM | Wellbore Cement Compositions and Wellbore Cementing Methods | 21-Mar-16 | 15/075761 | 14-Jul-16 | US20160200959 | ||||||||||||
| U.S.A. | 55282-US-NP | Chemistry | CM | Wellbore Cement Compositions and Wellbore Cementing Methods | 12-Nov-13 | 14/077554 | 14-May-15 | 20150129217 | 7-Jun-16 | 9359254 | ||||||||||
| U.S.A. | 57018-US-NP | equipment | CM | A Continuous Mechanical-Batch Bulk Blending Method | 21-Mar-15 | 14/664831 | ||||||||||||||
| U.S.A. | 58171-US-NP | Chemistry | CM | CEMENT SPACER SYSTEM FOR WELLBORES, METHODS OF MAKING, AND METHODS OF USE | 10-Mar-15 | 14/643117 | ||||||||||||||
| U.S.A. | 58172-US-NP | Chemistry | CM | Cementing Isolation Fluids for Wellbores, Methods of Making, and Methods of Use | 10-Mar-15 | 14643138 | ||||||||||||||
| U.S.A. | 58176-US-NP | Chemistry | CM | SEGREGATING FLUIDS, METHODS OF MAKING, AND METHODS OF USE | 10-Mar-15 | 14/643152 | ||||||||||||||
| U.S.A. | 58180-US-NP | Chemistry | CM | CEMENT SLURRY COMPOSITIONS, METHODS OF MAKING, AND METHODS OF USE | 10-Mar-15 | 14/643167 | ||||||||||||||
| U.S.A. | 58553-US-NP | Chemistry | CM | Microbial Produced Stone for Replacing Cement in Xxxxx | 31-Jul-15 | 14/814925 | ||||||||||||||
| U.S.A. | 00000-XX-XX | Xxxxxxxxx | XX | XXXX ISOLATION CEMENTING SYSTEM AND METHOD | 26-Oct-15 | 14/922864 | ||||||||||||||
| U.S.A. | 59479-US-NP | Chemistry | CM | WELL CEMENTING METHODS AND APPARATUSES | 26-Feb-16 | 15/054451 | ||||||||||||||
| U.S.A. | 59506-US-NP | Chemistry | CM | Rare Earth Elements to Enhance Cement Performance of Downhole Treatment Compositions | 21-Oct-15 | 14/918637 | ||||||||||||||
| U.S.A. | 59910-US-NP | Chemistry | CM | METHODS OF DELIVERING CALCIUM CARBONATE PRODUCING MICROBES OR ENZYMES DOWNHOLE | 10-Aug-15 | 14/822234 | ||||||||||||||
| U.S.A. | 60220-US-NP | Chemistry | CM | Method of Using Cement Additives to Enhance Spacer Stability for HTHP Xxxxx | 19-Jan-16 | 15/000892 | ||||||||||||||
| U.S.A. | 61095-US-NP | equipment/software | CM | IDENTIFYING A COMPONENT USED IN A WELL OPERATION USING A LEAKY COAXIAL ANTENNA | 9-May-16 | 15/149957 | ||||||||||||||
| U.S.A. | 95012-US-NP | Chemistry | CM | Cement Expansion/Contraction Test Apparatus | 21-Jun-02 | 10/177742 | 20-Feb-03 | US20030033893 | 16-Nov-04 | 6817238 | ||||||||||
| U.S.A. | 95014-US-NP | Chemistry | CM | High Temperature Flexible Cementing Compositions and Methods for Using Same | 6-Feb-02 | 10/068787 | 31-Oct-02 | US20020157575 | 4-May-04 | 6729405 | ||||||||||
| U.S.A. | 95049-US-NP | Chemistry | CM | Mud Suspension Control System | 28-May-97 | 08/864207 | 2-Nov-99 | 5975220 | ||||||||||||
| U.S.A. | 95076-US-NP | Chemistry | CM | Methods and Compositions for Use in Cementing in Cold Environments | 23-Aug-00 | 09/644490 | 30-Sep-03 | 6626243 | ||||||||||||
| U.S.A. | 95094-US-NP | Chemistry | CM | Method and Compositions for Use in Cementing | 12-Dec-97 | 08/989480 | 14-Nov-00 | 6145591 | ||||||||||||
| U.S.A. | 95094-US-XXX | Chemistry | CM | Method and Compositions for Use in Cementing | 19-Jul-07 | 90008755 | 17-Feb-09 | 6145591 | ||||||||||||
| U.S.A. | 00000-XX-XX | Xxxxxxxxx | XX | Xxxxxx Resistant Cement Compositions and Methods for Using Same | 19-Dec-97 | 08/995070 | 15-May-01 | 6230804 | ||||||||||||
| U.S.A. | 95107-US-NP | Chemistry | CM | Storable Liquid Systems for Use in Cementing Oil and Gas Xxxxx | 27-May-98 | 09/085667 | 16-Jan-01 | 6173778 | ||||||||||||
| U.S.A. | 95190-US-CNT[2] | Chemistry | CM | Cementing System for Wellbores | 24-Apr-06 | 11/409725 | 26-Oct-06 | 20060237186 | 6-Jan-09 | 7472753 |
| U.S.A. | 95190-US-DIV[1] | Chemistry | CM | Cementing System for Wellbores | 17-May-04 | 10/847597 | 25-Apr-06 | 7032668 | ||||||||||||
| U.S.A. | 95190-US-NP | Chemistry | CM | Cementing System for Wellbores | 1-Oct-01 | 09/968659 | 3-Apr-03 | 20030062161 | 22-Jun-04 | 6752209 | ||||||||||
| U.S.A. | 95272-US-DIV[1] | Chemistry | CM | Cement Compositions Useful in Oil and Gas Xxxxx | 13-Nov-06 | 11/598382 | 15-Mar-07 | US20070056477 | 28-Oct-08 | 7442249 | ||||||||||
| U.S.A. | 95272-US-NP | Chemistry | CM | Cement Compositions Useful in Oil and Gas Xxxxx | 7-Nov-03 | 10/605946 | 2-Jan-07 | 7156173 | ||||||||||||
| U.S.A. | 95277-US-CIP[1] | equipment | CM | Apparatus and Method for Detecting the Launch of a Device in Oilfield Applications | 22-May-02 | 10/154435 | 16-Oct-03 | US20030192690 | 14-Sep-04 | 0000000 | ||||||||||
| X.X.X. | 95277-US-DIV[2] | equipment | CM | Apparatus and Method for Detecting the Launch of a Device in Oilfield Applications | 13-Sep-04 | 10/939924 | 27-Jun-06 | 7066256 | ||||||||||||
| U.S.A. | 95277-US-NP | equipment | CM | Apparatus and Method of Detecting Interfaces Between Well Fluids | 10-Apr-02 | 10/120201 | 16-Oct-03 | US20030192695 | 12-Oct-04 | 6802373 | ||||||||||
| U.S.A. | 95289-US-NP | Chemistry | CM | Ultra Low Density Cementitious Slurries for Use in Cementing of Oil and Gas Xxxxx | 22-Aug-03 | 10/646147 | 21-Dec-04 | 6832652 | ||||||||||||
| U.S.A. | 95300-US-DIV[1] | Chemistry | CM | Method of Cementing A Well Using Composition Containing Zeolite | 13-Oct-06 | 11/580360 | 8-Feb-07 | 20070029088 | 3-Feb-09 | 7485185 | ||||||||||
| U.S.A. | 00000-XX-XX | Xxxxxxxxx | XX | Xxxxxx of Cementing A Well Using Composition Containing Zeolite | 22-Dec-03 | 10/744978 | 21-Nov-06 | 7137448 | ||||||||||||
| U.S.A. | 95350-US-NP | Chemistry | CM | Polymer Shell Encapsulating Gas as Cement Expansion Additive | 23-Jan-03 | 10/248488 | 29-Jul-04 | 20040147406 | 24-Feb-09 | 7494544 | ||||||||||
| U.S.A. | 95374-US-NP | Chemistry | CM | Testing Apparatus and Method of Deriving Young’s Modulus from Tensile Stress/Strain Relationships | 12-Dec-03 | 10/734873 | 20-Mar-07 | 7191663 | ||||||||||||
| Canada | 95378-CA-NP | Chemistry | CM | Aqueous Storable Cement Spacer System and Method of Making and Using the Same | 25-May-04 | 2468224 | 30-Nov-04 | 22-Mar-11 | 2468224 | |||||||||||
| U.S.A. | 95405-US-NP | lab equipment | CM | High Temperature Fluid Test Instrument | 8-Jan-07 | 11/651089 | 10-Jul-08 | 20080163703 | 29-Jun-10 | 7743674 | ||||||||||
| U.S.A. | 95411-US-CIP | Chemistry | CM | Method of Cementing Using Polymeric Retarder | 16-Jan-12 | 13/351109 | 7-Jun-12 | 20120138300 | 17-Nov-15 | 9187373 | ||||||||||
| U.S.A. | 00000-XX-XX | Xxxxxxxxx | XX | Xxxxxx of Cementing Using Polymeric Retarder | 17-Nov-06 | 11/601512 | 22-May-08 | US20080115938 | 17-Jan-12 | 0000000 | ||||||||||
| X.X.X. | 00000-XX-XX | Xxxxxxxxx | XX | Xxxxxxxx Retrogression Preventer | 19-Aug-05 | 11/207411 | 22-Feb-07 | US20070039734 | 11-Nov-08 | 7448449 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | CM | A Method of Cementing Within a Gas or Oil Well | 26-Apr-07 | 2586346 | 26-Aug-08 | 2586346 | 11-Oct-11 | 2586346 | ||||||||||
| U.S.A. | 95461-US-NP | Chemistry | CM | A Method of Cementing Within a Gas or Oil Well | 26-Feb-07 | 11/711574 | 28-Aug-08 | US20080202752 | 28-Jun-11 | 7967909 | ||||||||||
| U.S.A. | 95462-US-CIP | Chemistry | CM | Self-Sealing Well Cement Composition | 17-Dec-07 | 11/958262 | 1-May-08 | 20080099203 | 19-Jan-10 | 7647970 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | CM | Low Density Cements For Use In Cementing Operations | 14-Sep-07 | 2601902 | 14-Mar-08 | 2601902 | 5-Jul-11 | 2601902 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | CM | Low Density Cements for Use in Oil and Gas Well Cementing Operations | 14-Sep-07 | 2601900 | 14-Mar-08 | 2601900 | 17-Jan-12 | 2601900 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | CM | Low Density Cements for Use in Cementing Operations | 10-Sep-07 | 2600959 | 14-Mar-08 | 2600959 | 29-Nov-11 | 2600959 | ||||||||||
| U.S.A. | 95531-US-CNT | Chemistry | CM | Compositions and Methods to Prevent Corrosion by CO2 on Cement Compositions | 17-Jan-14 | 14/157585 | 15-May-14 | 20140134340 | 3-Feb-15 | 8944166 | ||||||||||
| U.S.A. | 95531-US-NP | Chemistry | CM | Compositions and Methods to Prevent Corrosion by CO2 on Cement Compositions | 28-Jul-08 | 12/180577 | 28-Jan-10 | 20100018435 | 28-Jan-14 | 8636068 | ||||||||||
| U.S.A. | 95614-US-NP | Chemistry | CM | Application of a Specialized Slurry Used for Cementing Tubulars in Xxxxx Producing Synthesis Gas by Underground Coal Gasification | 28-Oct-10 | 12/914890 | 3-May-12 | 20120103611 | 3-Dec-13 | 8596356 | ||||||||||
| Canada | 00000-XX-XXX | Xxxxxxxxx | CM | Use of Methylhydroxyethyl Cellulose as Cement Additive | 10-Apr-12 | 2832602 | ||||||||||||||
| U.S.A. | 95615-US-NP | Chemistry | CM | Use of Methylhydroxyethyl Cellulose as Cement Additive | 19-Apr-11 | 13/090111 | 25-Oct-12 | 20120267108 | 8-Apr-14 | 8689870 | ||||||||||
| Canada | 00000-XX-XXX | Xxxxxxxxx | CM | Cement Retarder and Method of Using the Same | 15-May-12 | 2839346 | ||||||||||||||
| U.S.A. | 95617-US-NP | Chemistry | CM | Cement Retarder and Method of Using the Same | 29-Jun-11 | 13/172534 | 3-Jan-13 | 20130000904 | ||||||||||||
| U.S.A. | 95625-US-NP | Chemistry | CM | Methods for Disposing of Produced Water Recovered During Hydrocarbon Drilling, Production or Related Operations | 24-Nov-10 | 12/953981 | 24-May-12 | 20120128424 | 17-Dec-13 | 8608405 | ||||||||||
| U.S.A. | 95659-US-NP | Chemistry | FRC | Method for Impairing Fluid Flow in Subterranean Formations | 22-Nov-11 | 13/302816 | 23-May-13 | 20130130947 | ||||||||||||
| U.S.A. | 95660-US-DIV | Chemistry | CM | Use of Composite of Lightweight Hollow Core Having Adhered or Embedded Cement in Cementing a Well | 15-May-15 | 14/713558 | ||||||||||||||
| U.S.A. | 95660-US-NP | Chemistry | CM | Use of Composite of Lightweight Hollow Core Having Adhered or Embedded Cement in Cementing a Well | 16-Dec-11 | 13/328032 | 20-Jun-13 | 20130153222 | 19-May-15 | 9033040 | ||||||||||
| U.S.A. | 95670-US-NP | lab equipment | CM | Multi-Function Testing Apparatus for Cement and Methods of Using the Same | 26-Jun-12 | 13/533760 | 26-Dec-13 | 20130340505 | 30-Aug-16 | 9429558 | ||||||||||
| U.S.A. | 54144-US-NP | software/equipment | ENG | Apparatus and Method for Predicting Borehole Parameters | 1-Nov-12 | 13/666455 | 1-May-14 | 20140122047 | ||||||||||||
| Canada | 54224-CA-PCT | equipment | ENG | Fracturing Fluid Process Plant and Method Thereof | 30-Jun-15 | 2895314 | ||||||||||||||
| U.S.A. | 54224-US-NP | equipment | ENG | Fracturing Fluid Process Plant and Method Thereof | 18-Dec-12 | 13/718429 | 19-Jun-14 | 20140169122 | ||||||||||||
| U.S.A. | 54915-US-NP | equipment | ENG | Apparatus and Methods for Providing Natural Gas to Multiple Engines Disposed Upon Multiple Carriers (Bifuel) | 14-Mar-13 | 13/803359 | 18-Sep-14 | 20140261695 | 17-Nov-15 | 9187982 | ||||||||||
| Canada | 55266-CA-PCT | EQUIPMENT | ENG | Viscous Fluid Dilution System and Method Thereof | 21-Sep-15 | 0000000 | ||||||||||||||
| X.X.X. | 55266-US-NP | EQUIPMENT | ENG | Viscous Fluid Dilution System and Method Thereof | 6-Jun-13 | 13/911296 | 11-Dec-14 | 20140364346 | ||||||||||||
| Canada | 55380-CA-PCT | EQUIPMENT | ENG | Tubless Proppant Blending System for High and Low Pressure Blending | 21-Sep-15 | 2907772 | ||||||||||||||
| U.S.A. | 55380-US-CIP | EQUIPMENT | ENG | Tubless Proppant Blending System for High and Low Pressure Blending | 3-May-16 | 15/145523 | ||||||||||||||
| U.S.A. | 58753-US-NP | EQUIPMENT | ENG | Dry Bulk Pneumatic Metering System | 13-Jun-16 | 15/180,757 | ||||||||||||||
| U.S.A. | 58886-US-NP | EQUIPMENT | ENG | Bulk Solid Container Pass-through | 6-May-16 | 15/148723 | ||||||||||||||
| U.S.A. | 60130-US-NP | EQUIPMENT | ENG | Downhole Zonal Isolation Detection System having Conductor and Method | 27-Oct-15 | 14/924611 | ||||||||||||||
| U.S.A. | 60449-US-PSP | equipment/software | ENG | Process to detect cracks in high pressure treating iron for fracturing operations using acoustic emission. | 12-Jan-16 | 62/277695 | ||||||||||||||
| U.S.A. | 61093-US-NP | equipment/software | ENG | High Pressure Piping Wear Monitoring System | 9-May-16 | 15/149946 | ||||||||||||||
| U.S.A. | 61280-US-NP | equipment/software | ENG | Job site equipment health monitoring with local wireless network | 17-Jun-16 | 15/185309 | ||||||||||||||
| U.S.A. | 95024-US-NP | software/equipment | ENG | Wireless Network System | 26-Apr-00 | 09/558890 | 10-Jan-06 | 6985750 | ||||||||||||
| U.S.A. | 95302-US-NP | lab equipment | ENG | Density Measuring Apparatus Containing a Densimeter and a Method of Using the Same in a Pipeline | 7-Oct-03 | 10/680306 | 6-Nov-07 | 7290447 | ||||||||||||
| U.S.A. | 44706-US-CIP | Chemistry | FRC | Use of Nano-Sized Phyllosiciliate Minerals In Viscoelastic Surfactant Fluids | 06 Sep 2011 | 13/226328 | 1-Mar-12 | 20120048548 | 29-Sep-15 | 9145510 | ||||||||||
| U.S.A. | 44706-US-DIV | Chemistry | FRC | Use of Nano-Sized Phyllosiciliate Minerals In Viscoelastic Surfactant Fluids | 23 Sep 2015 | 14/862311 | 14-Jan-16 | 20160009982 | ||||||||||||
| 51230-CA-PCT | Chemistry | FRC | High permeability frac proppant | 29-Mar-12 | 2830409 | 16-Feb-16 | 2830409 | |||||||||||||
| 51230-US-NP | chemistry | FRC | High permeability frac proppant | 26-Mar-12 | 13/430184 | 4-Oct-12 | 20120247765 | 21-Apr-12 | 9010424 | |||||||||||
| U.S.A. | 54012-US-NP | Chemistry | FRC | Well Treatment Fluids Containing an Ylide for a Vitamin B and Methods of Using the Same | 9-Aug-12 | 13/570485 | 13-Feb-14 | 20140041877 | 28-Jul-15 | 9090814 | ||||||||||
| Canada | 54210-CA-PCT | Chemistry | FRC | Method of Fracturing with Liquefied Natural Gas | 27-Aug-15 | 2901405 | ||||||||||||||
| U.S.A. | 54210-US-NP | Chemistry | FRC | Method of Fracturing with Liquefied Natural Gas | 21-Feb-14 | 14/186643 | 4-Sep-14 | 20140246199 | ||||||||||||
| U.S.A. | 54223-US-NP | software/equipment | FRC | Automated Additive Inventory and Delivery Logistics Control System and Method Thereof | 17-May-13 | 13/896813 | 20-Nov-14 | 20140344117 | ||||||||||||
| U.S.A. | 54411-US-NP | Chemistry | FRC | Fracturing Fluids and Methods for Treating Hydrocarbon-bearing Formations | 18-Dec-12 | 13/718844 | 2-Jan-14 | 20140000896 | ||||||||||||
| U.S.A. | 54439-US-NP | Chemistry | FRC | Proppants with Improved Flow Back Capacity | 30-Oct-13 | 14/066918 | 30-Apr-15 | 20150114641 | ||||||||||||
| U.S.A. | 54514-US-NP | Chemistry | FRC | Well Stimulation Methods and Proppant | 25-Sep-13 | 14/036423 | 26-Mar-15 | 20150083418 | ||||||||||||
| U.S.A. | 54550-US-NP | equipment/software | FRC | System and Method to Generate Three-Dimensional Mapping of a Tubular Component Layout | 9-Jan-13 | 13/737219 | 10-Jul-14 | 20140191904 | ||||||||||||
| Canada | 54790-CA-PCT | Chemistry | FRC | Method for Enhancing Productivity of Hydrocarbon Formations Using Fluid Containing Organometallic Crosslinking Agent and Scale Inhibitor | 5-Feb-16 | 2920668 | ||||||||||||||
| U.S.A. | 54790-US-NP | Chemistry | FRC | Method for Enhancing Productivity of Hydrocarbon Formations Using Fluid Containing Organometallic Crosslinking Agent and Scale Inhibitor | 17-Sep-13 | 14/015660 | 5-Mar-15 | 20150060062 | ||||||||||||
| Canada | 54813-CA-PCT | Chemistry | FRC | Foamed Fracturing Fluids and Methods for Treating Hydrocarbon-Bearing Formations | 5-Aug-15 | 2900307 | ||||||||||||||
| U.S.A. | 54813-US-NP | Chemistry | FRC | Foamed Fracturing Fluids and Methods for Treating Hydrocarbon-Bearing Formations | 11-Mar-13 | 13/793787 | 11-Sep-14 | 20140251625 | ||||||||||||
| Canada | 54832-CA-PCT | Chemistry | FRC | Proppants with Improved Strength | 12-Apr-16 | 2927216 | ||||||||||||||
| U.S.A. | 54832-US-NP | Chemistry | FRC | Proppants with Improved Strength | 30-Oct-13 | 14/066893 | 30-Apr-15 | 20150114640 |
| Canada | 54890-CA-PCT | Chemistry | FRC | Method of Enhancing the Complexity of a Fracture Network Within a Subterranean Formation | 6-Mar-14 | 2901517 | ||||||||||||||
| U.S.A. | 54890-US-NP | Chemistry | FRC | Method of Enhancing the Complexity of a Fracture Network Within a Subterranean Formation | 6-Mar-14 | 14/199674 | 11-Sep-14 | 20140251626 | ||||||||||||
| U.S.A. | 55107-US-CIP | Chemistry | FRC | Fracturing Fluids And Methods for Treating Hydrocarbon-Bearing Formations | 18-Dec-12 | 13/718864 | 2-Jan-14 | 20140000897 | ||||||||||||
| Canada | 55144-CA-PCT | Chemistry | FRC | Delayed Viscosity Well Treatment Methods and Fluids | 2-Feb-16 | 2920352 | ||||||||||||||
| U.S.A. | 55144-US-NP | Chemistry | FRC | Delayed Viscosity Well Treatment Methods and Fluids | 22-Aug-13 | 13/973756 | 26-Feb-15 | 20150053409 | ||||||||||||
| Canada | 55251-CA-PCT | Chemistry | FRC | Method to Generate Diversion and Distribution for Unconventional Fracturing in Shale | 15-Oct-15 | 2907617 | ||||||||||||||
| U.S.A. | 55251-US-NP | Chemistry | FRC | Method to Generate Diversion and Distribution for Unconventional Fracturing in Shale | 26-Mar-14 | 14/225526 | 9-Oct-14 | 20140299326 | ||||||||||||
| U.S.A. | 55263-US-NP | Chemistry | FRC | Well Treatment Methods and Fluids Containing Synthetic Polymer | 17-Sep-13 | 14/029193 | 19-Mar-15 | 20150075795 | ||||||||||||
| U.S.A. | 55269-US-NP | equipment | FRC | Hydration System and Method Thereof | 6-Jun-13 | 13/911227 | 11-Dec-14 | 20140364344 | ||||||||||||
| U.S.A. | 55308-US-NP | Chemistry | FRC | Well Treatment Fluids and Methods | 7-Aug-13 | 13/961606 | 12-Feb-15 | 20150041139 | ||||||||||||
| Canada | 55324-CA-PCT | Chemistry | FRC | Hydraulic Fracturing Composition, Method for Making and Use of Same | 21-Sep-15 | 2907764 | ||||||||||||||
| U.S.A. | 55324-US-CIP | Chemistry | FRC | Hydraulic Fracturing Composition, Method for Making and Use of Same | 31-Jan-14 | 14/169698 | 13-Nov-14 | 20140332214 | ||||||||||||
| U.S.A. | 55324-US-NP | Chemistry | FRC | Hydraulic Fracturing Composition, Method for Making and Use of Same | 7-May-13 | 13/888457 | 13-Nov-14 | 20140332213 | ||||||||||||
| Canada | 55338-CA-PCT | Chemistry | FRC | Well Treatment Fluids Containing Biodegradable Zirconium Crosslinker and Methods of Using the Same | 19-Apr-16 | 2926618 | ||||||||||||||
| U.S.A. | 55338-US-NP | Chemistry | FRC | Well Treatment Fluids Containing Biodegradable Zirconium Crosslinker and Methods of Using the Same | 23-Oct-13 | 14/061485 | 23-Apr-15 | 20150107844 | ||||||||||||
| U.S.A. | 55380-US-NP | EQUIPMENT | FRC | Tubless Proppant Blending System for High and Low Pressure Blending | 8-Apr-13 | 13/858732 | 9-Oct-14 | 20140299321 | 10-May-16 | 9334720 | ||||||||||
| U.S.A. | 55458-US-NP | lab equipment | FRC | Shale Fracture Flow Simulation Apparatus | 19-Mar-14 | 14/219853 | 2-Oct-14 | 20140290937 | ||||||||||||
| Canada | 55485-CA-PCT | lab equipment | FRC | Method of Increasing Fracture Network Complexity and Conductivity | 18-Sep-15 | 2907615 | 2907615 | |||||||||||||
| U.S.A. | 55485-US-NP | CHEMISTRY | FRC | Method of Increasing Fracture Network Complexity and Conductivity | 26-Mar-14 | 14/226512 | 9-Oct-14 | 20140299318 | ||||||||||||
| Canada | 55984-CA-PCT | CHEMISTRY | FRC | Method of Optimizing Conductivity in a Hydraulic Fracturing Operation | 3-Mar-16 | 2923232 | ||||||||||||||
| U.S.A. | 55984-US-NP | CHEMISTRY | FRC | Method of Optimizing Conductivity in a Hydraulic Fracturing Operation | 23-Sep-14 | 14/494030 | 26-Mar-15 | 20150083420 | ||||||||||||
| U.S.A. | 55985-US-NP | chemistry | FRC | Well Treatment Methods and Fluids | 24-Feb-14 | 14/187544 | 27-Aug-15 | 20150240149 | 19-Jul-16 | 9394476 | ||||||||||
| U.S.A. | 56043-US-NP | Chemistry | FRC | Hydrocarbon Well Treatment Methods and Fluids | 01 Dec 2014 | 14/557041 | ||||||||||||||
| U.S.A. | 56183-US-NP | Chemistry | FRC | Method of Stabilizing Viscosifying Polymers in Well Treatment Fluid | 2-Apr-14 | 14/243668 | 8-Oct-15 | US20150284624 | ||||||||||||
| U.S.A. | 56468-US-NP | Chemistry | FRC | Composition and Method for Treating Subterranean Formations Using a Gel Composition Containing Nanoparticles | 31-Mar-15 | 14/675191 | 8-Oct-15 | 20150284625 | ||||||||||||
| U.S.A. | 56472-US-NP | CHemistry | FRC | Folded or Crumpled Proppants With Increased Material Strength for Hydraulic Fracturing, Gravel Packing and Frac Packing | 22-Apr-14 | 14/258457 | 22-Oct-15 | 20150299559 | ||||||||||||
| CA | 56479-CA-PCT | EQUIPMENT | FRC | System and Method for Re-fracturing Multizone Horizontal Wellbores | 13-Nov-14 | 2931186 | ||||||||||||||
| U.S.A. | 56479-US-NP | EQUIPMENT | FRC | System and Method for Re-fracturing Multizone Horizontal Wellbores | 27-Nov-13 | 14/091677 | 28-May-15 | 20150144347 | 14-Jun-16 | 9366124 | ||||||||||
| U.S.A. | 56588-US-NP | Chemistry | FRC | Fluid Diversion through Selective Fracture Extension | 29-Sep-14 | 14/499543 | 31-Mar-16 | 20160090829 | ||||||||||||
| U.S.A. | 57304-US-NP | EQUIPMENT | FRC | for Re-fracturing Horizontal Multizone Wellbores | 3-Jul-14 | 14/323804 | 7-Jan-16 | 20160003021 | 14-Jun-16 | 9394779 | ||||||||||
| U.S.A. | 57586-US-NP | Chemistry | FRC | Self-Breaking Fracturing Fluid and Methods for Treating Hydrocarbon-Bearing Formations | 13-May-16 | 15/153876 | ||||||||||||||
| U.S.A. | 57615-US-NP | Chemistry | FRC | Delay Additive for Oil Gels | 8-Sep-15 | 14/847883 | ||||||||||||||
| U.S.A. | 57793-US-NP | CHEMISTRY | FRC | Compositions and Methods of Improving Hydraulic Fracture Network | 16-Dec-15 | 14/971139 | ||||||||||||||
| Canada | 58020-CA-NP | EQUIPMENT | FRC | High Pressure Proppant Blending System for a Compressed Gas Fracturing System | 2-Sep-15 | 2903694 | 2903694 | |||||||||||||
| U.S.A. | 58020-US-NP | EQUIPMENT | FRC | High Pressure Proppant Blending System for a Compressed Gas Fracturing System | 15-Dec-14 | 14/570048 | ||||||||||||||
| U.S.A. | 58065-US-NP | CHEMISTRY | FRC | Superabsorbent Polymer (SAP)-Based Well Treatment Fluids | 30-Mar-16 | 15/084795 | ||||||||||||||
| U.S.A. | 58073-US-CIP | CHEMISTRY | FRC | Hydraulic Fracturing Composition, Method for Making and Use of Same | 15-Dec-14 | 14/570003 | 9-Apr-15 | 20150096751 | ||||||||||||
| U.S.A. | 58137-US-NP | CHEMISTRY | FRC | Method of Pumping Aqueous Fluid Containing Surface Modifying Treatment Agent into a Well | 10-Mar-15 | 14643245 | 22-Oct-15 | 20150299561 | ||||||||||||
| U.S.A. | 58145-US-NP | Chemistry | FRC | Brazos Particle Gel in Frac Fluids Diversion Application | 30-Mar-16 | 15/084598 | ||||||||||||||
| U.S.A. | 58152-US-NP | Chemistry | FRC | Energized Fracturing Fluid with Super Absorbent Polymer based fluids | 30-Mar-16 | 15/084567 | ||||||||||||||
| U.S.A. | 58175-US-NP | Chemistry | FRC | FRACTURING FLUIDS AND METHODS OF TREATING HYDROCARBON FORMATIONS | 30-Mar-16 | 15/084833 | ||||||||||||||
| U.S.A. | 58405-US-CIP | Chemistry | FRC | Method of Using Diverter and Proppant Mixture | 10-Oct-14 | 14/512232 | 12-Feb-15 | 20150041132 | ||||||||||||
| U.S.A. | 58568-US-NP | Chemistry | FRC | Fluids and Methods for Treating Hydrocarbon-Bearing Formations | 13-May-16 | 15/153870 | ||||||||||||||
| U.S.A. | 58583-US-NP | Chemistry | FRC | Biodegradable, bio based polymer for diversion and zonal isolation | 18-Sep-15 | 14/859050 | ||||||||||||||
| U.S.A. | 58943-US-PSP | Chemistry | FRC | Hydraulic Fracture Initiation and Boosting by Air Shock Wave Propagation | 27-Oct-15 | 62/246879 | ||||||||||||||
| U.S.A. | 59962-US-NP | Chemistry | FRC | Light weight Proppant Based on Cashew Nut Oil Resin | 6-Jun-16 | 15/173851 | ||||||||||||||
| U.S.A. | 60033-US-NP | Chemistry | FRC | Rare Earth Materials Method to Enhance Surface Properties of Minerals and Ceramics | 5-Jan-16 | 14/987831 | ||||||||||||||
| U.S.A. | 60073-US-CIP [4] | Chemistry | FRC | Surface Treatment Method of Sand to Reduce Silica Dust Generation | 5-Oct-15 | 14/875326 | ||||||||||||||
| U.S.A. | 60635-US-NP | Chemistry | FRC | Using Polysaccharides and Derivatives to Enhance Swelling of Superabsorbents for Fracturing Applications | 15-Mar-16 | 15/070131 | ||||||||||||||
| U.S.A. | 60806-US-PSP | Chemistry | FRC | Optimal Particle Size of Preformed Particle Gel Fluid | 5-Jan-16 | 62/274930 | ||||||||||||||
| U.S.A. | 60848-US-PSP | equipment/software | FRC | Waterblock Cleanup Chemical Evaluation Tool & Method | 17-Dec-15 | 62/268782 | ||||||||||||||
| U.S.A. | 61237-US-NP | CHEMISTRY | FRC | Hydraulic Fracturing Conductivity Enhancement from the Creation of Post Frac Channel Formation within the Fracture | 21 May 2016 | 15/161226 | ||||||||||||||
| Canada | 95003-CA-PCT | Chemistry | FRC | Fracturing Using Gel With Ester Delayed Breaking | 16-Jun-03 | 2432160 | 13-Apr-10 | 2432160 | ||||||||||||
| U.S.A. | 95003-US-NP | Chemistry | FRC | Fracturing Using Gel With Ester Delayed Breaking | 8-Jan-02 | 10/041511 | 12-Sep-02 | 20020125012 | 21-Sep-04 | 6793018 | ||||||||||
| U.S.A. | 95021-US-NP | Chemistry | FRC | Breaker System for Fracturing Fluids Used in Fracturing Oil Bearing Formations | 22-Feb-01 | 09/791042 | 27-Jul-04 | 6767868 | ||||||||||||
| Canada | 95036-CA-NP | Chemistry | FRC | Foamed Fluid for Fracturing Subterranean Formations | 31-Dec-98 | 2257697 | 20-May-03 | 2257697 | ||||||||||||
| U.S.A. | 95036-US-NP | Chemistry | FRC | Foamed Fluid for Fracturing Subterranean Formations | 29-Dec-99 | 09/474149 | 25-Jun-02 | 6410489 | ||||||||||||
| U.S.A. | 95038-US-NP | Chemistry | FRC | Method and Composition for Treating a Subterranean Formation with Splittable Foams | 20-Dec-04 | 11/017548 | 22-Jun-06 | US20060131021 | 10-Apr-07 | 7201227 | ||||||||||
| Canada | 95039-CA-NP | Chemistry | FRC | Fluid for Fracturing Subterranean Formations | 31-Dec-98 | 2257699 | 22-Jul-03 | 2257699 | ||||||||||||
| Canada | 95039-CA-NP[1] | Chemistry | FRC | Fluid for Fracturing Subterranean Formations | 30-Oct-01 | 2360626 | 10-Feb-09 | 2360626 | ||||||||||||
| U.S.A. | 95039-US-CIP[1] | Chemistry | FRC | Fluid for Fracturing Subterranean Formations | 30-Oct-01 | 09/984584 | 5-Apr-05 | 6875728 | ||||||||||||
| U.S.A. | 95039-US-NP | Chemistry | FRC | Fluid for Fracturing Subterranean Formations | 29-Dec-99 | 09/474164 | 22-Oct-02 | 6468945 | ||||||||||||
| Canada | 95040-CA-PCT[1] | Chemistry | FRC | Foamed Nitrogen in Liquid CO2 for Fracturing | 14-Sep-01 | 2356081 | 8-May-07 | 2356081 | ||||||||||||
| U.S.A. | 95040-US-PCT | Chemistry | FRC | Foamed Nitrogen in Liquid CO2 for Fracturing | 10-Dec-99 | 09/857827 | 4-May-04 | 6729409 | ||||||||||||
| Canada | 95085-CA-PCT | Chemistry | FRC | Lightweight Compositions and Methods for Well Treating | 5-Mar-01 | 2400597 | 9-Sep-08 | 2400597 | ||||||||||||
| U.S.A. | 95085-US-CIP | Chemistry | FRC | Lightweight Compositions and Methods for Well Treating | 25-May-00 | 09/579147 | 2-Apr-02 | 6364018 | ||||||||||||
| U.S.A. | 95086-US-CIP | Chemistry | FRC | Lightweight Methods and Compositions for Sand Control | 25-May-00 | 09/579146 | 15-Jun-04 | 6749025 | ||||||||||||
| Canada | 95088-CA-DIV[3] | Chemistry | FRC | Formation Treatment Method Using Deformable Particles | 21-Feb-01 | 2634581 | 3-Sep-01 | 27-Nov-12 | 2634581 | |||||||||||
| Canada | 95088-CA-NP[2] | Chemistry | FRC | Formation Treatment Method Using Deformable Particles | 21-Feb-01 | 2337554 | 7-Oct-08 | 2337554 |
| Canada | 95088-CA-PCT | Chemistry | FRC | Formation Treatment Method Using Deformable Particles | 27-May-98 | 2308372 | 3-Jun-99 | WO99/27229 | 31-Oct-06 | 2308372 | ||||||||||
| U.S.A. | 95088-US-CIP | Chemistry | FRC | Formation Treatment Method Using Deformable Particles | 27-May-98 | 09/085416 | 9-May-00 | 6059034 | ||||||||||||
| U.S.A. | 95088-US-CIP[2] | Chemistry | FRC | Formation Treatment Method Using Deformable Particles | 6-Mar-00 | 09/519238 | 18-Dec-01 | 6330916 | ||||||||||||
| U.S.A. | 95089-US-NP | Chemistry | FRC | Viscous Fluid Applicable for Treating Subterranean Formations | 14-Feb-01 | 09/783451 | 10-Dec-02 | 6491099 | ||||||||||||
| U.S.A. | 95099-US-NP | Chemistry | FRC | Pre-Treatment Methods for Polymer-Containing Fluids | 7-Dec-98 | 09/207118 | 31-Oct-00 | 6138760 | ||||||||||||
| U.S.A. | 95106-US-NP | Chemistry | FRC | Derivatization of Polymers and Well Treatments Using the Same | 27-Mar-98 | 09/049610 | 14-May-02 | 6387853 | ||||||||||||
| Canada | 95118-CA-PCT | Chemistry | FRC | Improved Polymer Expansion for Oil and Gas Recovery | 15-May-98 | 2291245 | 25-Nov-08 | 2291245 | ||||||||||||
| U.S.A. | 95118-US-CNT[1] | Chemistry | FRC | Improved Polymer Expansion for Oil and Gas Recovery | 13-Nov-98 | 09/191336 | 25-Jan-00 | 6017855 | ||||||||||||
| U.S.A. | 95118-US-CNT[2] | Chemistry | FRC | Improved Polymer Expansion for Oil and Gas Recovery | 3-Dec-99 | 09/454687 | 7-May-02 | 6383990 | ||||||||||||
| U.S.A. | 95118-US-CNT[3] | Chemistry | FRC | Polymer Expansion for Oil and Gas Recovery | 15-Feb-01 | 09/784695 | 18-Nov-03 | 6649572 | ||||||||||||
| U.S.A. | 95118-US-CNT[4] | Chemistry | FRC | Oil and Gas Recovery from Subterranean Formations | 5-Sep-03 | 10/655907 | 11-Mar-04 | 20040048750 | 14-Mar-06 | 7012044 | ||||||||||
| U.S.A. | 95235-US-CIP | Chemistry | FRC | Lightweight Particulate Materials and Uses Therefore | 1-Apr-02 | 10/113844 | 5-Jun-03 | US20030102128 | 10-Aug-04 | 6772838 | ||||||||||
| U.S.A. | 95296-US-NP | Chemistry | FRC | Well Treatment Method Using Fluid Containing Lactic Acid or Salt Thereof | 15-Jan-04 | 10/758410 | 5-Aug-04 | 20040152602 | 17-Apr-07 | 7205264 | ||||||||||
| Canada | 00000-XX-XXX | Xxxxxxxxx | FRC | Method of Treating Subterranean Formations Using Mixed Density Proppants or Sequential Proppant Stages | 20-Nov-08 | 2644213 | 30-Sep-04 | 2644213 | 15-Oct-13 | 2644213 | ||||||||||
| Canada | 95301-CA-PCD[1] | Chemistry | FRC | Method of Treating Subterranean Formations Using Mixed Density Proppants or Sequential Proppant Stages | 18-Mar-04 | 2795417 | 15-Oct-13 | 2795417 | ||||||||||||
| Canada | 95301-CA-PCT[2] | Chemistry | FRC | Method of Treating Subterranean Formations Using Mixed Density Proppants or Sequential Proppant Stages | 14-Sep-05 | 2519144 | 30-Sep-04 | WO2004/083600 | 23-Dec-08 | 2519144 | ||||||||||
| U.S.A. | 95301-US-CNT[3] | Chemistry | FRC | Method of Treating Subterranean Formations Using Mixed Density Proppants or Sequential Proppant Stages | 20-Feb-07 | 11/708597 | 7-Feb-08 | 20080032898 | 6-Jan-09 | 7472751 | ||||||||||
| U.S.A. | 95301-US-CNT[4] | Chemistry | FRC | Method of Treating Subterranean Formations Using Mixed Density Proppants or Sequential Proppant Stages | 31-Dec-08 | 12/347671 | 30-Apr-09 | US20090107674 | 5-Apr-11 | 7918277 | ||||||||||
| U.S.A. | 95301-US-CNT[5] | Chemistry | FRC | Method of Treating Subterranean Formations Using Mixed Density Proppants or Sequential Proppant Stages | 4-Apr-11 | 13/079636 | 28-Jul-11 | 20110180260 | 6-Mar-12 | 8127850 | ||||||||||
| U.S.A. | 95301-US-NP[2] | Chemistry | FRC | Method of Treating Subterranean Formations Using Mixed Density Proppants or Sequential Proppant Stages | 18-Mar-04 | 10/803258 | 1-May-07 | 7210528 | ||||||||||||
| Canada | 00000-XX-XXX | Xxxxxxxxx | FRC | Methods of Treating Subterranean Formations with Porous Particulate Materials | 19-Aug-10 | 2713734 | 18-Mar-04 | 2713734 | 17-Dec-13 | 2713734 | ||||||||||
| Canada | 95343-CA-PCT | Chemistry | FRC | Methods of Treating Subterranean Formations with Porous Particulate Materials | 2-Sep-03 | 2497276 | 00-Xxx-00 | 0-Xxx-00 | 0000000 | |||||||||||
| X.X.X. | 95343-US-CNT[3] | Chemistry | FRC | Methods of Treating Subterranean Formations with Porous Particulate Materials | 16-Sep-08 | 12/211768 | 16-Apr-09 | US20090095473 | 28-Dec-10 | 7857057 | ||||||||||
| U.S.A. | 95343-US-CNT[4] | Chemistry | FRC | Methods of Treating Subterranean Formations with Porous Particulate Materials | 16-Sep-08 | 12/211741 | 8-Jan-09 | US20090008094 | 4-Jan-11 | 7861780 | ||||||||||
| U.S.A. | 95343-US-CNT[5] | Chemistry | FRC | Methods of Treating Subterranean Formations with Porous Particulate Materials | 10-May-10 | 12/777184 | 2-Sep-10 | US20100222243 | 16-Aug-11 | 7998907 | ||||||||||
| U.S.A. | 95343-US-CNT[6] | Chemistry | FRC | Methods of Treating Subterranean Formations with Porous Particulate Materials | 3-Jan-11 | 12/983722 | 28-Apr-11 | US20110094740 | 28-Feb-12 | 8122957 | ||||||||||
| U.S.A. | 95343-US-DIV[2] | Chemistry | FRC | Methods of Treating Subterranean Formations with Porous Particulate Materials | 14-Apr-04 | 10/824217 | 14-Oct-04 | 20040200617 | 11-May-10 | 7713918 | ||||||||||
| U.S.A. | 95343-US-NP | Chemistry | FRC | Methods of Treating Subterranean Formations with Porous Particulate Materials | 2-Sep-03 | 10/653521 | 4-Mar-04 | US20040040708 | 23-Sep-08 | 7426961 | ||||||||||
| U.S.A. | 95348-US-NP | Chemistry | FRC | Carbon Dioxide Compatible Non-Aqueous Crosslinked Fracturing Fluids and Methods for Their Use | 9-Oct-02 | 10/267686 | 15-Apr-04 | 20040072700 | 23-May-06 | 7049436 | ||||||||||
| U.S.A. | 95364-US-CNT[1] | Chemistry | FRC | Method of Fracturing Using Lightweight Polyamide Particulates | 14-Feb-11 | 13/027023 | 9-Jun-11 | US20110132604 | 6-Mar-12 | 8127849 | ||||||||||
| U.S.A. | 95364-US-NP | Chemistry | FRC | Method of Fracturing Using Lightweight Polyamide Particulates | 8-Mar-06 | 11/370768 | 13-Sep-07 | US20070209795 | 26-Apr-11 | 7931087 | ||||||||||
| U.S.A. | 95369-US-CNT | Chemistry | FRC | Galactomannan Based Well Treating Fluids | 23-Oct-14 | 14/522326 | 5-Mar-15 | 20150060067 | ||||||||||||
| U.S.A. | 95369-US-NP | Chemistry | FRC | Galactomannan Based Well Treating Fluids | 3-Jun-05 | 11/144567 | 8-Dec-05 | 20050272612 | 25-Nov-14 | 8895480 | ||||||||||
| U.S.A. | 95370-US-DIV[1] | Chemistry | FRC | Methods and Compositions of a Storable Relatively Lightweight Proppant Slurry for Hydraulic Fracturing and Gravel Packing Applications | 5-Dec-07 | 11/951229 | 17-Apr-08 | US20080087429 | 5-Jul-11 | 7971643 | ||||||||||
| Canada | 95373-CA-NP | Chemistry | FRC | Method of Enhancing Hydraulic Fracturing Using Ultra Lightweight Proppants | 20-Sep-05 | 2520217 | 30-Mar-06 | 2520217 | 30-Dec-08 | 2520217 | ||||||||||
| U.S.A. | 95373-US-NP | Chemistry | FRC | Method of Enhancing Hydraulic Fracturing Using Ultra Lightweight Proppants | 30-Sep-04 | 10/954398 | 30-Mar-06 | 20060065398 | 1-Jun-10 | 7726399 | ||||||||||
| Canada | 95389-CA-DIV[1] | Chemistry | FRC | Method of Stimulating Oil and Gas Xxxxx Using Deformable Proppants | 22-May-05 | 2715597 | 12-Jul-06 | 2715597 | 2-Dec-14 | 2715597 | ||||||||||
| Canada | 95389-CA-NP | Chemistry | FRC | Method of Stimulating Oil and Gas Xxxxx Using Deformable Proppants | 22-Feb-05 | 2497948 | 12-Jul-06 | 2497948 | 10-May-11 | 2497948 | ||||||||||
| U.S.A. | 95389-US-CNT[1] | Chemistry | FRC | Method of Stimulating Oil and Gas Xxxxx Using Deformable Proppants | 28-Jan-08 | 12/021089 | 15-May-08 | US20080110623 | 7-Sep-10 | 7789147 | ||||||||||
| U.S.A. | 95389-US-CNT[2] | Chemistry | FRC | Method of Stimulating Oil and Gas Xxxxx Using Deformable Proppants | 3-Sep-10 | 12/875730 | 6-Jan-11 | 20110000667 | ||||||||||||
| U.S.A. | 95389-US-NP | Chemistry | FRC | Method of Stimulating Oil and Gas Xxxxx Using Deformable Proppants | 12-Jan-05 | 11/034388 | 13-Jul-06 | US20060151170 | 29-Jan-08 | 7322411 | ||||||||||
| U.S.A. | 95413-US-CNT[1] | Chemistry | FRC | Method of Treating a Well With a Gel Stabilizer | 20-Jul-09 | 12/506122 | 21-Jan-10 | US20100016182 | 3-Aug-10 | 7767630 | ||||||||||
| U.S.A. | 95413-US-NP | Chemistry | FRC | Method of Treating a Well With a Gel Stabilizer | 18-Jul-05 | 11/184054 | 11-Aug-09 | 7572757 | ||||||||||||
| U.S.A. | 95418-US-NP | Chemistry | FRC | Method for Reducing Fluid Loss During Hydraulic Fracturing or Sand Control Treatment | 13-Feb-07 | 11/706030 | 14-Aug-08 | 20080190619 | 20-Apr-10 | 7699106 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | FRC | Structured Composite Compositions for Treatment of Subterranean Xxxxx | 12-May-06 | 2546765 | 12-Nov-06 | 2546765 | 4-Aug-09 | 2546765 | ||||||||||
| U.S.A. | 95425-US-NP | Chemistry | FRC | Structured Composite Compositions for Treatment of Subterranean Xxxxx | 8-May-06 | 11/430296 | 16-Nov-06 | 20060258546 | 5-May-09 | 7528096 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | FRC | Coated Plastic Beads and Methods of Using Same to Treat a Wellbore or Subterranean Formation | 5-Mar-07 | 2580304 | 8-Sep-07 | 2580304 | 20-Jul-10 | 2580304 | ||||||||||
| U.S.A. | 95432-US-NP | Chemistry | FRC | Coated Plastic Beads and Methods of Using Same to Treat a Wellbore or Subterranean Formation | 8-Mar-06 | 11/371139 | 13-Sep-07 | 20070209794 | 24-Feb-09 | 7494711 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | FRC | Porous Composites Containing Hydrocarbon-Soluble Well Treatment Agents and Methods for Using the Same | 22-Jan-07 | 2574808 | 26-Jul-07 | 2574808 | 14-Dec-10 | 2574808 | ||||||||||
| Canada | 95446-CA-NP | Chemistry | FRC | A Method for Fracture Stimulating Well Bores | 10-Jun-05 | 2509780 | 29-Oct-06 | 2509780 | 13-Oct-09 | 2509780 | ||||||||||
| U.S.A. | 95446-US-NP | Chemistry | FRC | A Method for Fracture Stimulating Well Bores | 29-Apr-05 | 11/118231 | 2-Nov-06 | US20060243437 | 18-Nov-08 | 7451820 | ||||||||||
| Canada | 95450-CA-PCT | Chemistry | FRC | Compositions and Methods of Treating High Temperature Subterranean Formations | 20-Jun-12 | 2849248 | 2849248 | |||||||||||||
| U.S.A. | 95450-US-CIP | Chemistry | FRC | Compositions and Methods of Treating High Temperature Subterranean Formations | 19-Sep-11 | 13/236378 | 12-Jan-12 | 20120006551 | 8-Apr-14 | 8691734 | ||||||||||
| U.S.A. | 95450-US-NP | Chemistry | FRC | Compositions and Methods of Treating High Temperature Subterranean Formations | 28-Jan-08 | 12/020671 | 30-Jul-09 | US20090192058 | 20-Sep-11 | 8022015 | ||||||||||
| U.S.A. | 95451-US-NP | Chemistry | FRC | Well Treatment Operations Using Spherical Cellulosic Particulates | 13-Aug-08 | 12/191255 | 19-Feb-09 | US20090044942 | 2-Oct-12 | 8276664 | ||||||||||
| U.S.A. | 95463-US-CIP[3] | Chemistry | FRC | Method of Fracturing a Subterranean Formation at Optimized and Pre-Determined Conditions | 25-May-12 | 13/480733 | 27-Sep-12 | 20120241152 | 28-Jul-15 | 9091161 | ||||||||||
| U.S.A. | 95463-US-DIV[1] | Chemistry | FRC | Method of Fracturing a Subterranean Formation at Optimized and Pre-Determined Conditions | 18-Jan-10 | 12/688959 | 13-May-10 | US20100116500 | 8-Nov-11 | 8051911 | ||||||||||
| U.S.A. | 95463-US-DIV[2] | Chemistry | FRC | Method of Fracturing a Subterranean Formation at Optimized and Pre-Determined Conditions | 23-Sep-11 | 13/243650 | 19-Jan-12 | US20120012323 | 8-May-12 | 8171992 | ||||||||||
| U.S.A. | 95463-US-DIV[3] | Chemistry | FRC | Method of Fracturing a Subterranean Formation at Optimized and Pre-Determined Conditions | 23-Sep-11 | 13/243753 | 19-Jan-12 | US20120012313 | 29-May-12 | 8186431 | ||||||||||
| U.S.A. | 95463-US-DIV[4] | Chemistry | FRC | Method of Fracturing a Subterranean Formation at Optimized and Pre-Determined Conditions | 23-Sep-11 | 13/243867 | 19-Jan-12 | US20120012324 | 1-May-12 | 8167039 | ||||||||||
| U.S.A. | 95463-US-NP | Chemistry | FRC | Method of Fracturing a Subterranean Formation at Optimized and Pre-Determined Conditions | 13-Feb-07 | 11/706033 | 14-Aug-08 | 20080190603 | 2-Mar-10 | 7669655 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | FRC | Method of Enhancing Fracture Conductivity | 6-Oct-09 | 2681703 | 9-Apr-10 | 2681703 | 2681703 | |||||||||||
| U.S.A. | 95469-US-CIP[2] | Chemistry | FRC | Method of Enhancing Fracture Conductivity | 22-May-14 | 14/285355 | 11-Sep-14 | 20140251610 | ||||||||||||
| U.S.A. | 95469-US-CNT | Chemistry | FRC | Method of Enhancing Fracture Conductivity | 8-Jun-12 | 13/491837 | 27-Sep-12 | 20120241153 | 2-Apr-13 | 8408305 | ||||||||||
| U.S.A. | 95469-US-CNT[2] | Chemistry | FRC | Method of Enhancing Fracture Conductivity | 1-Mar-13 | 13/782952 | 11-Jul-13 | 20130175032 | 3-Jun-14 | 8739878 | ||||||||||
| U.S.A. | 95469-US-NP | Chemistry | FRC | Method of Enhancing Fracture Conductivity | 9-Oct-08 | 12/248773 | 15-Apr-10 | US20100089580 | 26-Jun-12 | 8205675 | ||||||||||
| Canada | 95483-CA-NP | Chemistry | FRC | Method of Treating a Well with Viscoelastic Surfactant And Viscosification Activator | 21-Nov-07 | 2611803 | 22-May-08 | 2611803 | 19-Mar-13 | 2611803 | ||||||||||
| U.S.A. | 95483-US-NP | Chemistry | FRC | Method of Treating a Well with Viscoelastic Surfactant And Viscosification Activator | 21-Nov-07 | 11/943748 | 24-Jul-08 | 20080176773 | 28-Apr-15 | 9018146 | ||||||||||
| U.S.A. | 95495-US-NP | Chemistry | FRC | Method of Treating a Well and a Subterranean Formation with Alkali Nitrate Brine | 13-Feb-08 | 12/030614 | 13-Aug-09 | US20090203554 | 23-Aug-11 | 8003578 |
| U.S.A. | 95496-US-CNT[1] | Chemistry | FRC | A Method of Stimulating Using Hollow, Non-Spherical Particulates | 24-May-11 | 13/114766 | 15-Sep-11 | US20110220355 | 29-May-12 | 8186434 | ||||||||||
| U.S.A. | 95496-US-CNT[2] | Chemistry | FRC | A Method of Stimulating Using Hollow, Non-Spherical Particulates | 27-Apr-12 | 13/457595 | 16-Aug-12 | 20120205100 |
9-Jun-15 | 9051512 | ||||||||||
| U.S.A. | 95496-US-DIV[2] | Chemistry | FRC | Method of Treating a Subterranean Formation with Non-Spherical Proppants | 15-May-15 | 14/713703 | 17-Sep-15 | 20150259593 | ||||||||||||
| U.S.A. | 95496-US-NP | Chemistry | FRC | Non-Spherical Well Treating Particulates and Methods of Using the Same | 14-Jan-08 | 12/013775 | 16-Jul-09 | US20090178807 | 31-May-11 | 7950455 | ||||||||||
| Canada | 95501-CA-NP | Chemistry | FRC | Aqueous Alcohol Well Treatment Fluid and Method of Using the Same | 30-Mar-07 | 2583105 | 18-Nov-07 | 2583105 | 4-May-10 | 2583105 | ||||||||||
| Canada | 95525-CA-NP | Chemistry | FRC | Methods for Reducing Fluid Loss of a Viscoelastic Surfactant Gel Into a Subterranean Formation | 8-Dec-08 | 2645938 | 8-Jun-10 | 2645938 | 18-Oct-11 | 2645938 | ||||||||||
| U.S.A. | 95525-US-NP | Chemistry | FRC | Methods for Reducing Fluid Loss of a Viscoelastic Surfactant Gel Into a Subterranean Formation | 8-Dec-08 | 12/329727 | 10-Jun-10 | 20100144560 | 17-Mar-15 | 8980800 | ||||||||||
| Canada | 95532-CA-PCT | Chemistry | FRC | Well Servicing Fluid | 27-Sep-12 | 2794772 | 12-May-15 | 2794772 | ||||||||||||
| U.S.A. | 95532-US-CNT | Chemistry | FRC | Well Servicing Fluid | 21-Feb-14 | 14/186655 | 11-Sep-14 | 20140251624 | 8-Dec-15 | 9206679 | ||||||||||
| U.S.A. | 95532-US-NP | Chemistry | FRC | Well Servicing Fluid | 31-Mar-10 | 12/751899 | 6-Oct-11 | 20110245114 | 11-Mar-14 | 8669213 | ||||||||||
| Canada | 00000-XX-XXX | Xxxxxxxxx | FRC | Compositions Useful For The Hydrolysis of Guar in High pH Environments and Methods Related Thereto | 11-Jan-13 | 2861254 | 2861254 | |||||||||||||
| U.S.A. | 95536-US-CIP | Chemistry | FRC | Compositions Useful For The Hydrolysis of Guar in High pH Environments and Methods Related Thereto | 16-Jan-12 | 13/351137 | 10-May-12 | 20120111568 | 30-Sep-14 | 8844629 | ||||||||||
| U.S.A. | 95536-US-NP | Chemistry | FRC | Compositions Useful For The Hydrolysis of Guar in High pH Environments and Methods Related Thereto | 21-Nov-08 | 12/275951 | 27-May-10 | US20100126726 | 17-Jan-12 | 8096360 | ||||||||||
| U.S.A. | 95541-US-NP | Chemistry | FRC | Method for Treating Subterranean Formation With Enhanced Viscosity Foam | 29-May-08 | 12/129478 | 3-Dec-09 | 20090298719 | 18-May-10 | 7718582 | ||||||||||
| Canada | 00000-XX-XXX | Xxxxxxxxx | FRC | Surfactant Based Viscoelastic Fluids and Methods of Using the Same | 30-Apr-12 | 2779412 | 26-May-11 | 2779412 | 8-Apr-14 | 2779412 | ||||||||||
| U.S.A. | 95546-US-NP | Chemistry | FRC | Surfactant Based Viscoelastic Fluids and Methods of Using the Same | 17-Nov-09 | 12/620442 | 19-May-11 | US20110114322 | 12-Jun-12 | 8196662 | ||||||||||
| Canada | 95548-CA-NP | Chemistry | FRC | Method of Fracturing Using Ultra Lightweight Proppant Suspensions and Gaseous Streams | 29-Jul-08 | 2638375 | 25-Jan-10 | 2638375 | 2638375 | |||||||||||
| Canada | 95548-CA-PCT | Chemistry | FRC | Method of Fracturing Using Ultra Lightweight Proppant Suspensions and Gaseous Streams | 4-Feb-13 | 2860028 | 2860028 | |||||||||||||
| U.S.A. | 95548-US-CIP | Chemistry | FRC | Method of Fracturing Using Ultra Lightweight Proppant Suspensions and Gaseous Streams | 6-Feb-12 | 13/367106 | 7-Feb-13 | 20130032346 | 22-Mar-16 | 9291045 | ||||||||||
| U.S.A. | 95548-US-CNT[1] | Chemistry | FRC | Method of Fracturing Using Ultra Lightweight Proppant Suspensions and Gaseous Streams | 28-Mar-11 | 13/073886 | 14-Jul-11 | US20110168396 | 7-Feb-12 | 8109336 | ||||||||||
| U.S.A. | 95548-US-NP | Chemistry | FRC | Method of Fracturing Using Ultra Lightweight Proppant Suspensions and Gaseous Streams | 25-Jul-08 | 12/180219 | 28-Jan-10 | US20100018707 | 29-Mar-11 | 7913762 | ||||||||||
| U.S.A. | 95551-US-NP | equipment | FRC | Method for Blending of Concentrations for Dilution on the Fly | 25-Aug-08 | 12/198062 | 25-Feb-10 | US20100046316 | 28-Aug-12 | 8251570 | ||||||||||
| Canada | 95569-CA-PCT | Chemistry | FRC | Method of Fracturing Using Mannanohydrolase Enzyme Breaker | 26-Mar-12 | 2775446 | 21-Apr-11 | 2775446 | 2775446 | |||||||||||
| Canada | 95569-CA-PCT[2] | Chemistry | FRC | Method of Fracturing Using Mannanohydrolase Enzyme Breaker | 9-Nov-12 | 2850106 | 2850106 | |||||||||||||
| U.S.A. | 95569-US-CIP | Chemistry | FRC | Method of Fracturing Using Mannanohydrolase Enzyme Breaker | 10-Nov-11 | 13/294082 | 8-Mar-12 | 20120055670 | 16-Jul-13 | 8486867 | ||||||||||
| U.S.A. | 95569-US-NP | Chemistry | FRC | Method of Fracturing Using Mannanohydrolase Enzyme Breaker | 15-Oct-09 | 12/579771 | 21-Apr-11 | 2011/0092397 | 15-Nov-11 | 8058212 | ||||||||||
| Canada | 95589-CA-NP | Chemistry | FRC | Thermothickener Polymer and Surfactant Composition and Methods of Employing the Composition | 16-Dec-09 | 2688745 | 13-Aug-10 | 2688745 | 30-Oct-12 | 2688745 | ||||||||||
| U.S.A. | 95589-US-CNT | Chemistry | FRC | Thermothickener Polymer and Surfactant Composition and Methods of Employing the Composition | 20-Nov-12 | 13/682647 | 4-Apr-13 | 20130081816 | 20-May-14 | 8726999 | ||||||||||
| U.S.A. | 95589-US-NP | Chemistry | FRC | Thermothickener Polymer and Surfactant Composition and Methods of Employing the Composition | 13-Feb-09 | 12/371395 | 19-Aug-10 | 20100206569 | 18-Dec-12 | 8333242 | ||||||||||
| U.S.A. | 95591-US-NP | Chemistry | FRC | Oil Field Treatment Fluids with Viscosified Brines | 4-Feb-09 | 12/365673 | 5-Aug-10 | US20100197530 | 7-Jun-11 | 7956012 | ||||||||||
| Canada | 95593-CA-PCT | Chemistry | FRC | Well Servicing Fluid | 23-Nov-12 | 2800873 | 15-Dec-15 | 2800873 | ||||||||||||
| U.S.A. | 95593-US-DIV | Chemistry | FRC | Well Servicing Fluid | 9-Jul-15 | 14/795504 | 29-Oct-15 | 20150307771 | ||||||||||||
| U.S.A. | 95593-US-NP | Chemistry | FRC | Well Servicing Fluid | 28-May-10 | 12/790577 | 1-Dec-11 | 20110290491 | 14-Jul-15 | 9080097 | ||||||||||
| Canada | 95595-CA-PCT | Chemistry | FRC | Method of Re-fracturing Using Borated Galactomannan Gum | 22-Aug-12 | 2790840 | 2-Dec-14 | 2790840 | ||||||||||||
| U.S.A. | 95595-US-CIP | Chemistry | FRC | Method of Re-fracturing Using Borated Galactomannan Gum | 27-Jan-14 | 14/165427 | 22-May-14 | 20140138087 | ||||||||||||
| U.S.A. | 95595-US-NP | Chemistry | FRC | Method of Re-fracturing Using Borated Galactomannan Gum | 12-Mar-10 | 12/723509 | 15-Sep-11 | 20110220363 | 28-Jan-14 | 8636066 | ||||||||||
| Canada | 00000-XX-XXX | Xxxxxxxxx | FRC | Oil Field Treatment Fluids Comprising Zwitterionic Betaine-Group-Containing Polymers | 26-Mar-13 | 2812850 | 3-Feb-15 | 2812850 | ||||||||||||
| U.S.A. | 95612-US-NP | Chemistry | FRC | Oil Field Treatment Fluids Comprising Zwitterionic Betaine-Group-Containing Polymers | 19-Nov-10 | 12/950756 | 19-Apr-12 | 22-May-12 | 8183181 | |||||||||||
| Canada | 95621-CA-PCT | Chemistry | FRC | Method of Fracturing Subterranean Formations With Crosslinked Fluid | 5-Jun-12 | 2783471 | 9-Dec-14 | 2783471 | ||||||||||||
| Canada | 95621-CA-PCT[1] | Chemistry | FRC | Method of Fracturing Subterranean Formations With Crosslinked Fluid | 24-Jul-15 | 2899331 | 2899331 | |||||||||||||
| U.S.A. | 95621-US-CIP | Chemistry | FRC | Method of Fracturing Subterranean Formations With Crosslinked Fluid | 11-Feb-13 | 13/764638 | 20-Jun-13 | 20130153233 | 24-Nov-15 | 9194223 | ||||||||||
| U.S.A. | 95621-US-CIP[2] | Chemistry | FRC | Method of Fracturing Subterranean Formations With Crosslinked Fluid | 18-Nov-15 | 14/945174 | ||||||||||||||
| U.S.A. | 95621-US-NP | Chemistry | FRC | Method of Fracturing Subterranean Formations With Crosslinked Fluid | 18-Dec-09 | 12/642662 | 23-Jun-11 | 20110146996 | 12-Feb-13 | 8371383 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | FRC | Viscoelastic Fluids Containing Hydroxyethyl Cellulose | 11-Dec-09 | 2688202 | 11-Jun-11 | 2688202 | 13-Nov-12 | 2688202 | ||||||||||
| Canada | 95627-CA-PCT | Chemistry | FRC | A Method of Slickwater Fracturing | 6-Jun-12 | 2841418 | 2841418 | |||||||||||||
| U.S.A. | 95627-US-NP | Chemistry | FRC | A Method of Slickwater Fracturing | 29-Jul-11 | 13/194739 | 31-Jan-13 | 20130025867 | ||||||||||||
| U.S.A. | 95629-US-NP | Chemistry | FRC | Method of Using Asparaginase as a Polyacrylamide Enzyme Breaker | 9-May-12 | 13/467906 | 15-Nov-12 | 20120285685 | 28-Jul-15 | 9090815 | ||||||||||
| Canada | 95636-CA-PCT | Chemistry | FRC | Well Servicing Fluid | 19-Jul-11 | 2805615 | 16-Feb-12 | 2805615 | 1-Dec-15 | 2805615 | ||||||||||
| U.S.A. | 95636-US-NP | Chemistry | FRC | Well Servicing Fluid | 13-Aug-10 | 12/855894 | 16-Feb-12 | 20120037371 | 8-Oct-13 | 8550165 | ||||||||||
| U.S.A. | 95637-US-NP | Chemistry | FRC | Sulfates and Phosphates as Allosteric Effectors in Mannanohydrolase Enzyme Breakers | 8-Mar-11 | 13/043349 | 13-Sep-12 | 20120227971 | 16-Sep-14 | 8833457 | ||||||||||
| Canada | 00000-XX-XXX | Xxxxxxxxx | FRC | Well Treatment Methods and Systems | 23-Feb-12 | 2826896 | 29-Mar-16 | 2826896 | ||||||||||||
| U.S.A. | 95641-US-NP | Chemistry | FRC | Well Treatment Methods and Systems | 31-Jan-12 | 13/363013 | 13-Sep-12 | 20120231982 | 10-Jun-14 | 8746338 | ||||||||||
| U.S.A. | 95642-US-NP | Chemistry | FRC | Hydraulic Fracturing Methods and Well Casing Plugs | 19-May-11 | 13/111585 | 22-Nov-12 | 20120292031 | 3-Dec-13 | 8596362 | ||||||||||
| U.S.A. | 95648-US-NP | Chemistry | FRC | Oilfield Treatment Fluids | 2-Feb-11 | 13/019375 | 2-Aug-12 | 20120196776 | ||||||||||||
| U.S.A. | 95650-US-NP | Chemistry | FRC | Well Servicing Fluid and Method of Servicing a Well with Fluid | 28-Jul-11 | 13/193152 | 31-Jan-13 | 20130025870 | 17-Mar-15 | 8978762 | ||||||||||
| U.S.A. | 95652-US-NP | Chemistry | FRC | Method of Using Fracturing Fluids Containing Carboxyalkyl Tamarind | 24-Aug-11 | 13/217086 | 28-Feb-13 | 20130048292 | ||||||||||||
| Canada | 95653-CA-PCT | software/equipment | FRC | Method for Determining Fracture Spacing for A First Set of Fractures of a Wellbore | 28-Aug-12 | 2845825 | 2845825 | |||||||||||||
| U.S.A. | 95653-US-NP | software/equipment | FRC | Method for Determining Fracture Spacing for A First Set of Fractures of a Wellbore | 27-Aug-12 | 13/595634 | 14-Mar-13 | 20130062054 | 3-Mar-15 | 8967262 | ||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | FRC | Well Treatment Operations Using a Treatment Agent Coated With Alternating Layers of Polyionic Material | 2-Oct-12 | 2791670 | 27-Apr-13 | 2791670 | 2791670 | |||||||||||
| U.S.A. | 95655-US-CIP | Chemistry | FRC | Well Treatment Operations Using a Treatment Agent Coated With Alternating Layers of Polyionic Material | 4-Mar-13 | 13/784586 | 1-Aug-13 | 20130192835 | 27-Oct-15 | 9168565 | ||||||||||
| U.S.A. | 95655-US-CIP[2] | Chemistry | FRC | Well Treatment Operations Using a Treatment Agent Coated With Alternating Layers of Polyionic Material | 28-Oct-14 | 14/525571 | 19-Feb-15 | 20150047848 | ||||||||||||
| U.S.A. | 95655-US-CIP[3] | Chemistry | FRC | Well Treatment Operations Using a Treatment Agent Coated With Alternating Layers of Polyionic Material | 18-Dec-14 | 14/575737 | 16-Apr-15 | 20150104647 | ||||||||||||
| U.S.A. | 95655-US-NP | Chemistry | FRC | Well Treatment Operations Using a Treatment Agent Coated With Alternating Layers of Polyionic Material | 27-Oct-11 | 13/283405 | 2-May-13 | 20130105154 | 3-May-16 | 9328590 | ||||||||||
| U.S.A. | 95658-US-CIP | Chemistry | FRC | A Method for Improving Isolation of Flow to Completed Perforated Intervals | 1-Dec-14 | 14/556883 | 26-Mar-15 | 20150083423 | ||||||||||||
| U.S.A. | 95658-US-NP | Chemistry | FRC | A Method for Improving Isolation of Flow to Completed Perforated Intervals | 22-Nov-11 | 13/302722 | 23-May-13 | 20130126177 | 2-Dec-14 | 8899332 | ||||||||||
| Canada | 95662-CA-PCT | Chemistry | FRC | A Method of Increasing Efficiency in a Hydraulic Fracturing Operation | 25-Jan-13 | 2860087 | 2860087 | |||||||||||||
| U.S.A. | 95662-US-NP | Chemistry | FRC | A Method of Increasing Efficiency in a Hydraulic Fracturing Operation | 27-Jan-12 | 13/359684 | 1-Aug-13 | 20130192837 | 29-Jul-14 | 8789596 | ||||||||||
| Canada | 95663-CA-PCT | Chemistry | FRC | Method of Delaying Crosslinking in Well Treatment Operation | 31-Jan-13 | 2861119 | 2861119 | |||||||||||||
| U.S.A. | 95663-US-DIV | Chemistry | FRC | Method of Delaying Crosslinking in Well Treatment Operation | 19-Dec-14 | 14/577288 | 16-Apr-15 | 20150101818 |
| Canada | 95665-CA-PCT | Chemistry | FRC | Methods of Improving Hydraulic Fracture Network | 22-Dec-14 | 2877830 | 2877830 | |||||||||||||
| U.S.A. | 95665-US-NP | Chemistry | FRC | Methods of Improving Hydraulic Fracture Network | 26-Jun-13 | 13/927304 | 26-Dec-13 | 20130341030 | ||||||||||||
| Canada | 95666-CA-PCT | Chemistry | FRC | Fracturing Fluids and Methods for Treating Hydrocarbon-Bearing Formations | 12-Jul-12 | 2877676 | 2877676 | |||||||||||||
| U.S.A. | 95666-US-NP | Chemistry | FRC | Fracturing Fluids and Methods for Treating Hydrocarbon-Bearing Formations | 29-Jun-12 | 13/537800 | 2-Jan-14 | 20140000890 | ||||||||||||
| Canada | 95672-CA-PCT | Chemistry | FRC | Method of Increasing the Permeability of a Subterranean Formation by Creating a Multiple Fracture Network | 8-Oct-14 | 2870002 | 2870002 | |||||||||||||
| U.S.A. | 95672-US-NP | Chemistry | FRC | Method of Increasing the Permeability of a Subterranean Formation by Creating a Multiple Fracture Network | 11-Apr-13 | 13/861021 | 16-Jan-14 | 20140014338 | ||||||||||||
| U.S.A. | 21629-US-NP | Chemistry | PE | Bacteria-Based and Enzyme-Based Mechanisms and Products for Viscosity Reduction Breaking of Viscoelastic Fluids | 24-Oct-01 | 10041528 | 20-Jun-02 | 76803 | 30-May-06 | 7052901 | ||||||||||
| U.S.A. | 34187-US-NP | Chemistry | PE | Use of Coated Proppant to Minimize Abrasive Erosion in High Rate Fracturing Operations | 7-Mar-06 | 11369413 | 2-Nov-06 | 20060243441 | 8-Jun-10 | 7730948 | ||||||||||
| U.S.A. | 39302-US-NP | Chemistry | PE | Additives for Hydrate Inhibition in Fluids Gelled with Viscoelastic Surfactants | 31-May-05 | 11141492 | 9-Feb-06 | 0027369 | 1-Feb-11 | 7879767 | ||||||||||
| Canada | 39517-CA-PCT | Chemistry | PE | Metal-Mediated Viscosity Reduction Of Fluids Gelled with Viscoelastic Surfactants | 7-Jun-05 | 2577651 | 25-May-10 | 2577651 | ||||||||||||
| Canada | 39517-CA-PCT[2] | Chemistry | PE | Metal-Mediated Viscosity Reduction Of Fluids Gelled with Viscoelastic Surfactants | 13-Sep-10 | 2771404 | ||||||||||||||
| U.S.A. | 39517-US-CIP | Chemistry | PE | Metal-Mediated Viscosity Reduction Of Fluids Gelled with Viscoelastic Surfactants | 21-Sep-09 | 12563500 | 24-Jan-10 | US20100010106 | 10-May-11 | 7939472 | ||||||||||
| U.S.A. | 39517-US-NP | Chemistry | PE | Metal-Mediated Viscosity Reduction Of Fluids Gelled with Viscoelastic Surfactants | 6-Jun-05 | 11/145630 | 23-Feb-06 | 60041028 | 29-Sep-09 | 7595284 | ||||||||||
| U.S.A. | 41090-US-DIV[2] | Chemistry | PE | Saponified Fatty Acids as Breakers For Viscoelastic Surfactant-Gelled Fluids | 19-Jul-12 | 13552819 | 8-Nov-12 | 20120283154 | 21-Jan-14 | 8633255 | ||||||||||
| U.S.A. | 41090-US-NP | Chemistry | PE | Saponified Fatty Acids as Breakers For Viscoelastic Surfactant-Gelled Fluids | 10-Mar-06 | 11372624 | 21-Sep-06 | 60211775 | 1-Jun-10 | 7728044 | ||||||||||
| U.S.A. | 41275-US-CIP | Chemistry | PE | Use of Oil-Soluble Surfactants as Breaker Enhancers for VES-Gelled Fluids | 4-Sep-07 | 11849799 | 27-Dec-07 | 20070299142 | 13-Apr-10 | 7696135 | ||||||||||
| U.S.A. | 41275-US-DIV[2] | Chemistry | PE | Use of Oil-Soluble Surfactants as Breaker Enhancers for VES-Gelled Fluids | 12-Apr-10 | 12758336 | 5-Aug-10 | 2010197531 | 4-Nov-14 | 8877693 | ||||||||||
| U.S.A. | 41275-US-DIV[3] | Chemistry | PE | Use of Oil-Soluble Surfactants as Breaker Enhancers for VES-Gelled Fluids | 29-Oct-14 | 14/526764 | 26-Feb-15 | 20150057197 | 6-Oct-15 | 9150777 | ||||||||||
| U.S.A. | 41275-US-NP | Chemistry | PE | Use of Oil-Soluble Surfactants as Breaker Enhancers for VES-Gelled Fluids | 10-Mar-06 | 11373044 | 21-Sep-06 | 2006211776 | 12-Jan-10 | 7645724 | ||||||||||
| U.S.A. | 41275-US-NP[2] | Chemistry | PE | Use of Oil-Soluble Surfactants as Breaker Enhancers for VES-Gelled Fluids | 4-Sep-07 | 11849780 | 18-Sep-08 | 20080227672 | 13-Apr-10 | 7696134 | ||||||||||
| U.S.A. | 41794-US-NP | Chemistry | PE | Clean up Additive for Viscoelastic Surfactant Based Fluids | 9-May-06 | 11430655 | 16-Nov-06 | 20060258541 | 2-Feb-10 | 7655603 | ||||||||||
| U.S.A. | 42355-US-CIP | Chemistry | PE | USE OF MINERAL OILS, HYDROGENATED POLYALPHAOLEFIN OILS AND SATURATED FATTY ACIDS FOR BREAKING VES-GELLED FLUIDS | 7-Jan-08 | 11970389 | 1-May-08 | 20080103066 | 10-Nov-09 | 7615517 | ||||||||||
| U.S.A. | 42355-US-CIP[2] | Chemistry | PE | USE OF MINERAL OILS, HYDROGENATED POLYALPHAOLEFIN OILS AND SATURATED FATTY ACIDS FOR BREAKING VES-GELLED FLUIDS | 12 Mar 2008 | 12047090 | 26-Jun-08 | 20080149334 | 28-Jun-11 | 7967068 | ||||||||||
| U.S.A. | 42355-US-CIP[3] | Chemistry | PE | Particles Slurried in Oil for Viscoelastic Surfactant Gelled Fluids | 28 Aug 2012 | 13/596937 | 27-Dec-12 | 20120329685 | 30-Dec-14 | 8921285 | ||||||||||
| U.S.A. | 42355-US-NP | Chemistry | PE | USE OF MINERAL OILS, HYDROGENATED POLYALPHAOLEFIN OILS AND SATURATED FATTY ACIDS FOR BREAKING VES-GELLED FLUIDS | 08 Sep 2006 | 11517688 | 15-Mar-07 | 070056737 | 25-Mar-08 | 7347266 | ||||||||||
| U.S.A. | 42396-US-NP | Chemistry | PE | Friction Loss Reduction in Viscoelastic Surfactant Fracturing Fluids Using Low Molecular Weight Water-Soluble Polymers | 26-Jul-07 | 11828784 | 17-Apr-08 | 20080087432 | 12-May-09 | 7530393 | ||||||||||
| U.S.A. | 42424-US-CIP | Chemistry | PE | Fluid Loss Control in Viscoelastic Surfactant (VES) Fracturing Fluids Using Water Soluble Polymers | 31-Aug-11 | 13222412 | 8-Mar-12 | 20120055676 | 13-Oct-15 | 9157022 | ||||||||||
| U.S.A. | 43505-US-CIP | Chemistry | PE | Fluid Loss Control Agents for Visco-elastic Surfactant Fluids | 30-May-07 | 11755581 | 13-Mar-08 | 20080060812 | 23-Jun-09 | 7550413 | ||||||||||
| U.S.A. | 44011-US-CIP | Chemistry | PE | Nano-Sized Particles For Stabilizing Viscoelastic Surfactant Fluids | 04 Sep 2007 | 11849820 | 28-Feb-08 | 20080051302 | 2-Oct-12 | 8278252 | ||||||||||
| U.S.A. | 44011-US-CIP[2] | Chemistry | PE | Solids Suspension with Nanoparticle Associated Viscoelastic Surfactant Micellar Fluids | 5-Mar-08 | 12042439 | 26-Jun-08 | 20080153720 | ||||||||||||
| U.S.A. | 44387-US-DIV | Chemistry | PE | Viscocity Enhancers for Viscoelastic Surfactant Stimulation Fluids | 09 Jun 2009 | 12481341 | 17-Dec-09 | US20090312203 | 2-Nov-10 | 7825075 | ||||||||||
| U.S.A. | 44387-US-NP | Chemistry | PE | Viscocity Enhancers for Viscoelastic Surfactant Stimulation Fluids | 7-Dec-06 | 11608035 | 12-Jun-08 | 20080139419 | 9-Jun-09 | 7544643 | ||||||||||
| U.S.A. | 44722-US-NP | Chemistry | PE | Compositions and Methods for Water and Gas Shut-off in Subterranean Xxxxx with VES Fluids | 09 Apr 2007 | 11697954 | 9-Oct-08 | US20080248978 | 25-Jan-11 | 7875575 | ||||||||||
| U.S.A. | 44783-US-DIV | Chemistry | PE | Compositions and Methods For Controlling Fluid Loss | 2-Feb-12 | 13364944 | 31-May-12 | 20120135896 | 21-May-13 | 8445414 | ||||||||||
| U.S.A. | 44783-US-NP | Chemistry | PE | Compositions and Methods For Controlling Fluid Loss | 29-May-07 | 11754656 | 27-Dec-07 | US20070298978 | 14-Feb-12 | 8114820 | ||||||||||
| U.S.A. | 44784-US-CIP[1] | Chemistry | PE | Methods of Using Viscoelastic Surfactant Gelled Fluids to Pre-Saturate Underground Formations | 21-Mar-07 | 11/689203 | 5-Jul-07 | 20070151726 | 5-May-09 | 7527102 | ||||||||||
| U.S.A. | 44784-US-CIP[2] | Chemistry | PE | Methods of Using Viscoelastic Surfactant Gelled Fluids to Pre-Saturate Underground Formations | 20-Apr-11 | 13/090433 | 20-Oct-11 | 20110253365 | 31-Dec-13 | 8616284 | ||||||||||
| U.S.A. | 44793-US-NP | Chemistry | PE | Organic Acid Treating Fluids With Viscoelastic Surfactants And Internal Breakers | 23 Jan 2007 | 11626163 | 7-Oct-10 | US20100252266 | 9-Aug-11 | 7992640 | ||||||||||
| U.S.A. | 44885-US-DIV | Chemistry | PE | Methods and Compositions For Fracturing Subterranean Formations | 19 May 2010 | 12/783182 | 14-Oct-10 | US20100261622 | 29-May-12 | 8188015 | ||||||||||
| U.S.A. | 44885-US-NP | Chemistry | PE | Methods and Compositions For Fracturing Subterranean Formations | 26-Feb-07 | 11/679018 | 28-Aug-08 | 20080202744 | 25-May-10 | 7723272 | ||||||||||
| U.S.A. | 45344-US-CIP | Chemistry | PE | Methods and Compositions for Delayed Release of Chemicals and Particles | 16 Mar 2009 | 12404723 | 30-Jul-09 | 20090192053 | 12-May-15 | 9029299 | ||||||||||
| U.S.A. | 45344-US-DIV | Chemistry | PE | Methods and Compositions for Delayed Release of Chemicals and Particles | 28-Apr-15 | 14/697862 | 13-Aug-15 | 20150225640 | ||||||||||||
| U.S.A. | 45847-US-DIV | Chemistry | PE | Mutual Solvent and/or Alcohol Blends-Soluble Particles for Viscoelastic Surfactant Based Fluid | 5-Apr-12 | 13/440756 | 26-Jul-12 | 20120190596 | 18-Feb-14 | 8653012 | ||||||||||
| Canada | 45992-CA-PCT | Chemistry | PE | Re-Use of Surfactant Containing Fluids | 22-May-12 | 2781564 | 14-Jul-11 | 2781564 | 29-Jul-14 | |||||||||||
| U.S.A. | 45992-US-CIP | Chemistry | PE | Re-Use of Surfactant Containing Fluids | 17-Dec-10 | 12971557 | 12-May-11 | 2011018270 | 6-Aug-13 | 8499832 | ||||||||||
| Canada | 46011-CA-PCT | Chemistry | PE | Nano-Sized Particles For Formation Fines Fixation | 23-Oct-08 | 2702936 | 8-Jan-13 | 2702936 | ||||||||||||
| U.S.A. | 46011-US-CIP | Chemistry | PE | Nano-Sized Particles For Formation Fines Fixation | 08 Mar 2012 | 13415505 | 25-Oct-12 | 20120267102 | ||||||||||||
| U.S.A. | 46038-US-CIP | Chemistry | PE | Dual Functional Breaker for Hybrid Fluids of Viscoelastic Surfactant and Polymer | 15-Jun-10 | 12/815796 | 16-Dec-10 | 20100314113 | 26-Feb-13 | 8383557 | ||||||||||
| U.S.A. | 46038-US-DIV | Chemistry | PE | Dual Functional Breaker for Hybrid Fluids of Viscoelastic Surfactant and Polymer | 24 Jan 2013 | 13/749181 | 30-May-13 | 20130137610 | 26-Jan-16 | 9243181 | ||||||||||
| Canada | 46331-CA-PCT | Chemistry | PE | Nano-Sized Particle-Coated Proppants for Formation Fines Fixation In Proppant Packs | 23-Oct-08 | 2702539 | 16-Oct-12 | |||||||||||||
| U.S.A. | 46331-US-CIP | Chemistry | PE | Nano-Sized Particle-Coated Proppants for Formation Fines Fixation In Proppant Packs | 10-May-10 | 12776990 | 11-Nov-10 | 20100286000 | 19-Mar-13 | 8397812 | ||||||||||
| U.S.A. | 46331-US-DIV | Chemistry | PE | Nano-Sized Particle-Coated Proppants for Formation Fines Fixation In Proppant Packs | 20 Feb 2013 | 13771634 | 20-Jun-13 | 20130157906 | ||||||||||||
| U.S.A. | 46331-US-NP | Chemistry | PE | Nano-Sized Particle-Coated Proppants for Formation Fines Fixation In Proppant Packs | 31-Oct-07 | 11931501 | 25-May-10 | 7721803 | ||||||||||||
| U.S.A. | 46920-US-CIP | Chemistry | PE | Multifunctional Nanoparticles for Downhole Formation Treatments | 25-Jul-08 | 12/180111 | 12-Mar-09 | 20090065209 | 27-Apr-10 | 7703531 | ||||||||||
| U.S.A. | 46920-US-CIP[2] | Chemistry | PE | Multifunctional Nanoparticles for Downhole Formation Treatments | 23 Apr 2010 | 12766364 | 21-Oct-10 | 20100263866 | 12-Jun-12 | 8196659 | ||||||||||
| U.S.A. | 47695-US-CIP | Chemistry | XX | Xxxx Stabilization With Nanoparticles | 08 Mar 2012 | 13415204 | 12-Jul-12 | 20120178651 | ||||||||||||
| U.S.A. | 49181-US-NP | Chemistry | PE | Stabilizing Emulsified Acids For Carbonate Acidizing | 13-Oct-10 | 12903802 | 19-Apr-12 | 20120090845 | 26-Mar-13 | 8403051 | ||||||||||
| U.S.A. | 49902-US-NP | Chemistry | PE | Dual-Function Nano-Sized Particles | 18 Jun 2010 | 12818927 | 16-Dec-10 | 20100314108 | ||||||||||||
| U.S.A. | 49994-US-NP | Chemistry | PE | Methods and Compositions for In Situ Microemulsions | 25-Sep-13 | 14/037017 | 3-Apr-14 | 20140090849 | ||||||||||||
| U.S.A. | 50040-US-NP | Chemistry | PE | Increasing the Viscosity of Viscoelastic Fluids | 19-May-10 | 12783190 | 24-Nov-11 | 20110284228 | 30-Apr-13 | 8430165 | ||||||||||
| U.S.A. | 52046-US-NP | Chemistry | PE | Method to Complex Metals in Aqueous Treating Fluids for VES-Gelled Fluids | 10-Oct-11 | 13270025 | 11-Apr-13 | 20130090270 | 27-Oct-15 | 9169431 | ||||||||||
| U.S.A. | 52318-US-NP | Chemistry | PE | Microemulsion and Nanoemulsion Breaker Fluids with Organic Peroxides | 30-May-13 | 13/905775 | 5-Dec-13 | 20130324445 | ||||||||||||
| U.S.A. | 52647-US-NP | Chemistry | PE | Breaking Viscoelastic Surfactant Gelled Fluids Using Breaker Nanoparticles | 24-Jan-12 | 13357400 | 25-Jul-13 | 20130190215 | 15-Jul-14 | 8778852 | ||||||||||
| Canada | 54011-CA-PCT | Chemistry | PE | Acid-in-Oil Emulsion Compositions and Methods for Treating Hydrocarbon-bearing Formations | 10-Mar-15 | 2883675 | ||||||||||||||
| U.S.A. | 54011-US-NP | Chemistry | PE | Acid-in-Oil Emulsion Compositions and Methods for Treating Hydrocarbon-bearing Formations | 11-Sep-12 | 13/610253 | 13-Mar-14 | 20140073540 | 28-Jun-16 | 9376611 | ||||||||||
| Canada | 56125-CA-PCT | Chemistry | PE | Method of Using Surface Modifying Treatment Agents to Treat Subterranean Formations | 29-Feb-16 | 2920687 | ||||||||||||||
| U.S.A. | 56125-US-NP | Chemistry | PE | Method of Using Surface Modifying Treatment Agents to Treat Subterranean Formations | 19-Sep-14 | 14/491772 | 26-Mar-15 | 20150083416 | ||||||||||||
| Canada | 56127-CA-PCT | Chemistry | PE | Method of Using Surface Modifying Metallic Treatment Agents to Treat Subterranean Formations | 26-Feb-16 | 2922692 | ||||||||||||||
| U.S.A. | 56127-US-NP | Chemistry | PE | Method of Using Surface Modifying Metallic Treatment Agents to Treat Subterranean Formations | 19-Sep-14 | 14/491905 | 26-Mar-15 | 20150083417 |
| Canada | 56467-CA-PCT | Chemistry | PE | Composites for Use in Stimulation and Sand Control Operations | 26-Feb-16 | 2922688 | ||||||||||||||
| U.S.A. | 56467-US-NP | Chemistry | PE | Composites for Use in Stimulation and Sand Control Operations | 19-Sep-14 | 14/491944 | 26-Mar-15 | 20150083415 | ||||||||||||
| U.S.A. | 56470-US-NP | software/equipment | PE | Method and System for Delivering Fluids into a Formation to Promote Formation Breakdown | 30-Apr-14 | 14/265810 | 5-Nov-15 | US20150316048 | ||||||||||||
| Canada | 56475-CA-PCT | Chemistry | PE | Organophosphorus Containing Composites for Use in Well Treatment Operations | 26-Feb-16 | 2922717 | ||||||||||||||
| U.S.A. | 56475-US-NP | Chemistry | PE | Organophosphorus Containing Composites for Use in Well Treatment Operations | 19-Sep-14 | 14/491919 | 26-Mar-15 | 20150083414 | ||||||||||||
| Canada | 56477-CA-PCT | Chemistry | PE | Method of Inhibiting Fouling on a Metallic Surface Using a Surface Modifying Treatment Agent | 3-Mar-16 | 2923221 | ||||||||||||||
| U.S.A. | 56477-US-NP | Chemistry | PE | Method of Inhibiting Fouling on a Metallic Surface Using a Surface Modifying Treatment Agent | 19-Sep-14 | 14/491951 | 26-Mar-15 | 20150083397 | ||||||||||||
| U.S.A. | 57201-US-NP | Chemistry | PE | Method of Using Scale Inhibitors as Tracer to Monitor Fracturing Fluid Flowback and Water Production | 02 Jun 2016 | 15/172015 | ||||||||||||||
| U.S.A. | 57303-US-NP | EQUIPMENT | PE | System and Method for Providing Real-time Maintenance, Trouble-Shooting, and Process Assurance for the Oilfield | 16-Jun-14 | 14/305299 | 17-Dec-15 | 20150365635 | ||||||||||||
| U.S.A. | 57347-US-PSP | equipment/software | PE | Methods and Materials for Evaluating and Improving the Production of Geo-Specific Shale Reservoirs | 27 Aug 2015 | 62/210762 | ||||||||||||||
| U.S.A. | 57529-US-NP | Chemistry | PE | Placement and Uses of Kick-off Wellbores and/or Lateral Assisted Wellbores | 30-Sep-15 | 14/870880 | ||||||||||||||
| U.S.A. | 57679-US-NP | equipment/software | PE | WELL SCREEN-OUT PREDICTION AND PREVENTION | 18-Mar-15 | 14/661397 | ||||||||||||||
| U.S.A. | 57680-US-NP | software/equipment | PE | HISTORICAL DATA ANALYSIS FOR CONTROL OF ENERGY INDUSTRY OPERATIONS | 21-Jan-15 | 14/601711 | ||||||||||||||
| U.S.A. | 59903-US-PSP | Chemistry | PE | Microbial Produced Stone for Fine Migration Control | 2-Mar-16 | 62/302209 | ||||||||||||||
| U.S.A. | 60374-US-PSP | Chemistry | PE | Fines fixing agent compatibility with organic complexed borate fracturing fluids | 1-Feb-16 | 62/289768 | ||||||||||||||
| U.S.A. | 60695-US-CIP | Chemistry | PE | Carbon Nanodot Tracers for Production Monitoring | 3-Jun-16 | 15/172335 | ||||||||||||||
| Canada | 95119-CA-NP | Chemistry | PE | Compositions and Methods for Hydraulic Fracturing | 3-Jun-98 | 2239599 | 6-Nov-07 | |||||||||||||
| Canada | 95376-CA-DIV[1] | Chemistry | PE | Method of Acidizing a Subterranean Formation With Diverting Foam or Fluid | 28-Apr-11 | 2738482 | 24-Dec-13 | |||||||||||||
| Canada | 95376-CA-DIV[2] | Chemistry | PE | Method of Acidizing a Subterranean Formation With Diverting Foam or Fluid | 16-Jul-04 | 2805601 | 18-Jan-05 | 2805601 | 16-Sep-14 | |||||||||||
| Canada | 95376-CA-NP | Chemistry | PE | Method of Acidizing a Subterranean Formation With Diverting Foam or Fluid | 16-Jul-04 | 2475004 | 18-Jan-05 | 2475004 | 12-Jul-11 | |||||||||||
| Canada | 95392-CA-NP | Chemistry | PE | Non-Damaging Fracturing Fluids and Methods for Their Use | 17-May-06 | 2547252 | 18-Nov-06 | 2547252 | 19-Jul-11 | |||||||||||
| U.S.A. | 95406-US-NP | lab equipment | PE | Fluid Flow Model and Method of Using the Same | 13-Sep-06 | 11/520549 | 22-Mar-07 | 20070062273 | 20-Oct-09 | 7603896 | ||||||||||
| Canada | 95417-CA-PCT | Chemistry | PE | Use of Anionic Surfactants as Hydration Aid For Fracturing Fluids | 4-May-09 | 2668561 | 15-May-08 | 2668561 | ||||||||||||
| Canada | 00000-XX-XX | Xxxxxxxxx | XX | Gelled Emulsions and Methods of using Same | 28-Feb-08 | 2623469 | 8-Sep-08 | 4-Jan-11 | ||||||||||||
| U.S.A. | 95556-US-NP | lab equipment | PE | Article and Method for Stabilizing a Rock Chip | 23-Jan-09 | 12/359050 | 29-Jul-10 | 20100186488 | 13-Sep-11 | 8015861 | ||||||||||
| U.S.A. | 95565-US-NP | Chemistry | PE | Method of Increasing Lubricity of Brine-Based Drilling Fluids and Completion Brines | 16-Jul-08 | 12/174599 | 21-Jan-10 | US20100016180 | 6-Dec-11 | 8071510 | ||||||||||
| Canada | 95588-CA-DIV | Chemistry | PE | Method of Using Polyquaterniums in Well Treatments | 22-Oct-08 | 2829901 | 5-Jan-16 | |||||||||||||
| Canada | 95588-CA-NP | Chemistry | PE | Method of Using Polyquaterniums in Well Treatments | 22-Oct-08 | 2641479 | 22-Apr-10 | 2641479 | 9-Dec-14 | |||||||||||
| Canada | 95608-CA-NP | Chemistry | PE | Plug and Related Methods for Isolating Open Perforations in Horizontal Wellbores using Ultra Lightweight Proppant and Soluble Material | 13-Mar-09 | 2658472 | 13-Sep-10 | 2658472 | 26-Jun-12 |
Schedule B
Xxxxx Xxxxxx Know-How Exceptions
| 1. | Exceptions regarding software as set forth in Schedule C are hereby incorporated by reference. |
| 2. | Documentation and know-how regarding equipment, chemicals and additives provided by or produced by other Xxxxx Xxxxxx product lines and business units, and that are not produced by the Xxxxx Xxxxxx Contributed Business, will not be provided. |
Schedule C
Software
See attached Xxxxx Xxxxxx IP License Schedule C.xlsx
| Application |
Primary Function |
Tier |
IP Details |
Number of Users |
||||||
| Chemical Management Tool (CMT) | Engineering | 1 | Xxxxx Xxxxxx and Company to have copy of source code. Company must provide infrastructure to host. Only data from Contributed Business will be provided for Company instance of CMT subject to NDA’s with third party data owners. | 50 | ||||||
| JobMaster | Engineering | 1 | Xxxxx Xxxxxx and Company to have copy of source code. | 250 | ||||||
| JServe (iLand, BHI US and BHI Canada Servers) | Engineering | 1 | Xxxxx Xxxxxx and Company to have copy of source code. Company must provide SharePoint infrastructure to host. |
50 | ||||||
| JTrax | Engineering | 1 | Xxxxx Xxxxxx and Company to have copy of source code. | 50 | ||||||
| JView | Engineering | 1 | Xxxxx Xxxxxx and Company to have copy of source code. | 50 | ||||||
| LabQ - Iron Testing for Pressure Pumping | Engineering | 1 | Xxxxx Xxxxxx and Company to have copy of source code. Associatted handheld devices will be transferred to Company. Company must provide back end infrastrcuture to host. | 100 | ||||||
| PowerView (Pressure Pumping) | Sales/Marketing | 1 | Xxxxx Xxxxxx and Company to have copy of source code. Company will receive existing supporting infrastructure. |
340 | ||||||
| PowerVision (PowerPro and PowerTrax) | Sales/Marketing | 1 | Xxxxx Xxxxxx and Company to have copy of source code. Company will receive existing supporting infrastructure. |
600 | ||||||
| PowerVision Data Mapping Layer (DML) User Interface |
Sales/Marketing | 1 | Xxxxx Xxxxxx and Company to have copy of source code. Company will receive existing supporting infrastructure. |
20 | ||||||
| PowerVision to BHWM to SAP integration | Sales/Marketing | 1 | Xxxxx Xxxxxx and Company to have copy of source code. Company will receive existing supporting infrastructure. |
2 | ||||||
| Treatment Engineering (TE) | Sales/Marketing | 1 | Xxxxx Xxxxxx and Company to have copy of source code | 20 | ||||||
| Antech Dongle Master | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 5 | ||||||
| AutoRate | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 0 | ||||||
| Xxxxx Xxxxxx eEHB (V2.10) (Electronic Engineering Handbook) |
Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 600 | ||||||
| BallSealer | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 25 | ||||||
| Canada Data Warehouse (PayZone) | Sales/Marketing | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 45 | ||||||
| CemFACTS | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 600 | ||||||
| CemVision | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 100 | ||||||
| Choke Calculator (Foamed Cement Jobs) (MS Excel) | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 100 | ||||||
| Circa (Including Circa in the Cab and Circa Tools) | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 25 | ||||||
| CrossOver Release | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 25 | ||||||
| CT Life | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 25 | ||||||
| CTRE Components | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 10 | ||||||
| CTTR (Coiled Tubing Treatment Report) | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 25 | ||||||
| Cycle - Coiled Tubing Fatigue Prediction Tool | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 50 | ||||||
| Dtools | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 100 | ||||||
| Engineers Log Assistant (ELA) | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 100 | ||||||
| EZ-Treat System | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 100 | ||||||
| IsoVision | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 100 | ||||||
| Matrix Acidizing Design Program | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 25 | ||||||
| Xxxxx Suite (MFast, MFrac, MFrac-Lite, MinFrac, MNPV, MProd, MPwri, MShale, MView, MWell) | Engineering | 2B | Xxxxx Xxxxxx retains source code and Xxxxx Xxxxxx licenses use of the Xxxxx Suite software to Company pursuant to a standard commercial software license | 50 | ||||||
| PassGen | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 10 | ||||||
| Plug Cement Wizard (PCW) | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 75 | ||||||
| Reel Capacity | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 25 | ||||||
| Regulatory Chemical Disclosure Report (Automated through WebFocus; a.k.a. Automated FracFocus Report or Hydraulic Fracturing Chemical Registry Report) (WebFocus) | Sales/Marketing | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 300 | ||||||
| Riser | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 10 | ||||||
| StimTunnel (or Stim Tunneling Program (STP)) | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 100 | ||||||
| String Fleet History | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 25 | ||||||
| TeleLog | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 10 | ||||||
| TMAP (Tubing Movement Analysis Program) | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 50 | ||||||
| Unit Conversion | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 25 | ||||||
| WellTemp (PP) | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 100 | ||||||
| WellWiz | Engineering | 2B | Xxxxx Xxxxxx and Company to have copy of source code | 250 | ||||||
| Acidizing Concepts and Design Manual (Lotus Notes) | Engineering | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| BHOS - Xxxxx Xxxxxx Operating System | Quality | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| BJ DHT (down hole tools) Manual (Lotus Notes) | Engineering | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| BJ PPS Engineering Manual and Working Copy (Lotus Notes) |
Engineering | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| BowTie XP | Sales/Marketing | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content | 50 | ||||||
| Cementing Engineering Support Manual (Lotus Notes) |
Engineering | 3 | Xxxxx Xxxxxx and Company have copies of Contributed Business specific content and Company will not have access to the original application |
0 | ||||||
| Chemical Quality Control Procedure Manual (Lotus Notes) |
Engineering | 3 | Xxxxx Xxxxxx and Company have copies of Contributed Business specific content and Company will not have access to the original application |
0 | ||||||
| Clarity | Sales/Marketing | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 50 | ||||||
| CT Failures (Lotus Notes) | Quality | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| eCRM | Sales/Marketing | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 500 | ||||||
| Equipment Manuals List (Lotus Notes) | Engineering | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| eTAM | Sales/Marketing | 3 | Xxxxx Xxxxxx and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 25 | ||||||
| Friction Pressure Manual (Lotus Notes) | Engineering | 3 | Xxxxx Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| Gravel Pack Manual (Lotus Notes) | Engineering | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| HR: NeoCase (MyHR) | HR | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 10 | ||||||
| HR: OrgLink | HR | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 600 | ||||||
| HR: Talent Exchange | HR | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 10 | ||||||
| Iron Inspection Manual (Lotus Notes) | Engineering | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| Mixing Manual (Lotus Notes) | Engineering | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| Monthly Operations Report (MOR) | Sales/Marketing | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| Peoplelink to MySites (Data Migration) | HR | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 600 | ||||||
| Rainmaker | Sales/Marketing | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 50 | ||||||
| SmarTeam - BJ | Engineering | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| Stimulation Engineering Support Manual (Lotus Notes) |
Engineering | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
| Translplace | Supply Chain | 3 | Baker Hughes and Company will have copies of Contributed Business specific content and Company will not have access to the original application | 0 | ||||||
Schedule D
Company Know-How Exceptions
None.
Schedule E
Contributed Patents
Baker Hughes Transferred Patents
| Title |
Owner |
Country |
Application Serial No. / |
Patent No. / Issue Date | ||||
| Apparatus and Methods for Assisting in Controlling Material Delivered on a Conveyor | Baker Hughes Incorporated |
U.S.A. | 13/740835 14-Jan-13 |
9260253 16-Feb-16 | ||||
| Apparatus and Methods for Measuring and/or Adjusting the Height of Material in the Bin of a Hopper Assembly | Baker Hughes Incorporated |
U.S.A. | 14/039980 27-Sep-13 |
9285260 15-Mar-16 | ||||
| Apparatus and Methods for Assisting in Varying the Amount of Material Delivered from a Conveyor | Baker Hughes Incorporated |
U.S.A. | 15/042638 12-Feb-16 |
|||||
| Apparatus and Methods for Assisting in Controlling the Discharge of Material onto a Conveyor from a Dispenser | Baker Hughes Incorporated |
U.S.A. | 13/568468 7-Aug-12 |
9038865 26-May-15 | ||||
| High Pressure Pump | Baker Hughes Incorporated |
U.S.A. | 13/852274 28-Mar-13 |
9377012 28-Jun-16 | ||||
| Fracturing Pump Assembly and Method Thereof | Baker Hughes Incorporated |
U.S.A. | 13/787378 6-Mar-13 |
9322397 26-Apr-16 | ||||
| Apparatus and Methods for Providing Blended Natural Gas To At Least One Engine | Baker Hughes Incorporated |
U.S.A. | 13/868526 23-Apr-13 |
9133779 15-Sep-15 | ||||
| Apparatus and Methods for Delivering a High Volume of Fluid into an Underground Well Bore from a Mobile Pumping Unit | Baker Hughes Incorporated |
U.S.A. | 13/948483 23-Jul-13 |
9395049 19-Jul-16 | ||||
| Proppant Delivery System and Method | Baker Hughes Incorporated |
U.S.A. | 14/249564 10-Apr-14 |
|||||
| Fixed Frequency High-Pressure High Reliability Pump Drive | Baker Hughes Incorporated |
U.S.A. | 14/254057 16-Apr-14 |
|||||
| Modular Hybrid Low Emissions Power for Hydrocarbon Extraction | Baker Hughes Incorporated |
U.S.A. | 14/298216 6-Jun-14 |
|||||
| Reciprocating Pump Cavitation Detection and Avoidance | Baker Hughes Incorporated |
U.S.A. | 14/458068 12-Aug-14 |
9410546 9-Aug-16 | ||||
| Title |
Owner |
Country |
Application Serial No. / |
Patent No. / Issue Date | ||||
| Three Step Surface Enhancement Process for Carbon Alloy Fluid Ends | Baker Hughes Incorporated |
U.S.A. | 14/510164 9-Oct-14 |
|||||
| Planetary Starting Assist for Electric Well Service Pumps | Baker Hughes Incorporated |
U.S.A. | 14/829556 18-Aug-15 |
|||||
| Pump Assembly and Method For Assessing Valve Conditions in Pump | Baker Hughes Incorporated |
U.S.A. | 14/599622 19-Jan-15 |
|||||
| Fluid End Assembly Integrity detection for well servicing pumps. | Baker Hughes Incorporated |
U.S.A. | 14/871641 30-Sep-15 |
|||||
| Pneumatic Surfactant Coating apparatus | Baker Hughes Incorporated |
U.S.A. | 62/346150 6-Jun-16 |
|||||
| Blender Control System | BJ Services Company |
U.S.A. | 08/815808 12-Mar-97 |
6007227 28-Dec-99 | ||||
| Metering Process and Device for Performing the Process | Baker Hughes Incorporated |
Canada | 2830417 17-Apr-12 |
2830417 07-Jun-16 | ||||
| Metering Process and Device for Performing the Process |
Baker Hughes Incorporated |
U.S.A. | 13/095699 27-Apr-11 |
8955430 17-Feb-15 | ||||
| Oilfield Applications of GLDA | Baker Hughes Incorporated |
U.S.A. | 14/753942 29-Jun-15 |
|||||
| Use of Long Chain Amines and Difunctional Compounds as Tracers | Baker Hughes Incorporated |
U.S.A. | 14/567332 11-Dec-14 |
9297252 29-Mar-16 | ||||
| Fracturing Fluids and Methods of Making and Using the Same | Baker Hughes Incorporated |
Canada | 2451334 21-Jun-2002 |
2451334 9-Sep-08 | ||||
| Fracturing Fluids and Methods of Making and Using the Same | BJ Services Company |
U.S.A. | 10/177983 21-Jun-02 |
6844296 18-Jan-05 | ||||
| Gelled Hydrocarbon Compositions and Methods for Use Thereof | BJ Services Company |
U.S.A. | 09/534655 24-Mar-00 |
6849581 1-Feb-05 | ||||
| Liquid CO2/Hydrocarbon Oil Emulsion Fracturing System | BJ Services Company |
U.S.A. | 09/469428 23-Dec-99 |
6509300 21-Jan-03 | ||||
| Refined Oil Gelling System | BJ Services Company Canada |
Canada | 2237383 12-May-98 |
2237383 19-Aug-03 | ||||
| Boron Crosslinkers for Fracturing Fluids With Appreciably Lower Polymer Loading and Related Methods and Compositions | Baker Hughes Incorporated |
Canada | 2741273 21-Apr-11 |
|||||
| Title |
Owner |
Country |
Application Serial No. / |
Patent No. / Issue Date | ||||
| Methods of Making Polyboronic Compounds and Compositions Related Thereto | Baker Hughes Incorporated |
U.S.A. | 12/580322 16-Oct-09 |
8420577 16-Apr-13 | ||||
| Methods of Making Polyboronic Compounds and Compositions Related Thereto | Baker Hughes Incorporated |
U.S.A. | 12/580352 16-Oct-09 |
8389763 5-Mar-13 | ||||
| Polyboronic Compounds and Processes of Making and Using the Same | Baker Hughes Incorporated |
U.S.A. | 13/736799 8-Jan-13 |
|||||
| A Method of Fracturing using Boron Crosslinkers | Baker Hughes Incorporated |
U.S.A. | 13/458753 27-Apr-12 |
8691735 8-Apr-14 | ||||
| Boron Crosslinkers for Fracturing Fluids With Appreciably Lower Polymer Loading | Baker Hughes Incorporated |
U.S.A. | 12/255125 21-Oct-08 |
8173580 8-May-12 | ||||
| Well Servicing Fluid | Baker Hughes Incorporated |
Canada | 2744620 28-Jun-11 |
2744620 25-Feb-14 | ||||
| Well Servicing Fluid | Baker Hughes Incorporated |
U.S.A. | 14/945298 18-Nov-15 |
|||||
| Well Servicing Fluid | Baker Hughes Incorporated |
U.S.A. | 12/833799 9-Jul-10 |
9217103 22-Dec-15 | ||||
| Use of Hexose Oxidases to Create Hydrogen Peroxide in Aqueous Well Treatment Fluids | Baker Hughes Incorporated |
U.S.A. | 13/960261 6-Aug-13 |
8863838 21-Oct-14 | ||||
| Use of Hexose Oxidases to Create Hydrogen Peroxide in Aqueous Well Treatment Fluids | Baker Hughes Incorporated |
U.S.A. | 12/852915 9-Aug-10 |
8517095 27-Aug-13 | ||||
| Preparation of Boron Crosslinking Agents for Fracturing Fluids | Baker Hughes Incorporated |
U.S.A. | 13/153805 6-Jun-11 |
8921597 30-Dec-14 | ||||
| Oil Gel | BJ Services Company Canada |
Canada | 2216325 19-Sep-97 |
2216325 12-Aug-03 | ||||
| Methods and Compositions for Use in Cementing in Cold Environments | BJ Services Company |
U.S.A. | 09/644490 23-Aug-00 |
6626243 30-Sep-03 | ||||
| Apparatus and Method for Detecting the Launch of a Device in Oilfield Applications | BJ Services Company |
U.S.A. | 10/154435 22-May-02 |
6789619 14-Sep-04 | ||||
| Apparatus and Method for Detecting the Launch of a Device in Oilfield Applications | BJ Services Company |
U.S.A. | 10/939924 13-Sep-04 |
7066256 27-Jun-06 | ||||
| Title |
Owner |
Country |
Application Serial No. / |
Patent No. / Issue Date | ||||
| Apparatus and Method of Detecting Interfaces Between Well Fluids | BJ Services Company |
U.S.A. | 10/120201 10-Apr-02 |
6802373 12-Oct-04 | ||||
| Strength Retrogression Preventer | Baker Hughes Incorporated |
U.S.A. | 11/207411 19-Aug-05 |
7448449 11-Nov-08 | ||||
| Use of Methylhydroxyethyl Cellulose as Cement Additive | Baker Hughes Incorporated |
U.S.A. | 13/090111 19-Apr-11 |
8689870 8-Apr-14 | ||||
| Leaky Coax RFID for Parts Identification | Baker Hughes Incorporated |
U.S.A. | 15/149957 09-May-16 |
|||||
| Well Stimulation Methods and Proppant | Baker Hughes Incorporated |
U.S.A. | 14/036423 25-Sep-13 |
|||||
| Well Screen-Out Prediction and Prevention | Baker Hughes Incorporated |
U.S.A. | 14/661397 18-Mar-15 |
|||||
| Historical Data Analysis for Control of Energy Industry Operations | Baker Hughes Incorporated |
U.S.A. | 14/601711 21-Jan-15 |
|||||
| Naphthenic Acid Solids Dissolver Compositions and Methods Related Thereto | Baker Hughes Incorporated |
Canada | 2638503 01-Aug-08 |
2638503 20-Sep-11 | ||||
| Use of Methylhydroxyethyl Cellulose as Cement Additive | Baker Hughes Incorporated |
Canada | 2832602 10-Apr-12 |
2832602 26-Jul-16 | ||||
| Non-Damaging Fracturing Fluids and Methods for Their Use | Baker Hughes Incorporated |
Canada | 2547252 17-May-06 |
2547252 19-Jul-11 | ||||
| Partner Transferred Patents
|
||||||||
| Title |
Owner |
Country |
Application Serial No. / |
Patent No. / Issue Date | ||||
| SYSTEM AND METHOD FOR BLENDING OF BULK DRY MATERIALS IN OIL WELL CEMENTING | ALTCem, LLC | U.S.A. | 15/245,839 | |||||
| SYSTEM AND METHOD OF CUSTOMIZABLE MATERIAL INJECTION FOR WELL CEMENTING | ALTCem, LLC | U.S.A. | 14/967,824 | |||||
