Seismic Sample Clauses

Seismic gravimetric and magnetometric interpretation report, together with all interpreted sections profiles and maps submitted in accordance with ECOPETROL standards for this type of information.

Seismic. Burlington will conduct, at its sole risk and expense, a seismic program to acquire new seismic data as set forth in this Article 2 and identified in red on Exhibit "A" within the Gamma Ray Unitized Area. Burlington will acquire approximately 23 line miles of new seismic data as part of its Seismic Commitment within the Gamma Ray Unitized Area. Burlington will pay for all costs and will own the data. Burlington will attempt to permit, shoot and acquire such seismic data no later than November 15, 2001. Burlington shall complete the, processing and interpretation of the acquired seismic data by February 1, 2002. In the event Burlington is unable to permit, shoot and acquire the 2-D seismic data in its entirety by November 15, 2001 because of delays in permitting and winter range stipulations, Burlington will resume acquisition of the seismic data as soon as possible after April 30, 2002 and complete acquisition of the remaining data by June 15, 2002. Burlington shall complete the processing and interpretation of any seismic data acquired after April 30, 2002, if any, by August 30, 2002. Burlington will advise the Participants, in writing, of contemplated parameters prior to acquisition and processing of the data. Burlington will manage all phases of the seismic program and will present prints, Mylar and tapes of the final stack seismic sections and migrated versions; copies of all field data, including digital field reels, observers note, surveyors notes, and shot hole drill logs (if dynamite sourced to each of the Participants within 30 days after Burlington's receipt thereof. Upon fourteen (14) days written request Participant shall have the right to review and receive a copy of Burlington's current interpretation of the seismic results. All data provided under the Unitized Area shall include a complete image, whether stacked or migrated. The Participants' use of such data will be governed by the License Agreement attached hereto as Exhibit "B." The Participants agree that the information and data furnished hereunder shall not be disclosed, traded, transferred, sold, loaned or otherwise made available in any form to any third party, provided that: (a) data may be made available by a Participants to contractors, consultants, and engineering firms hired by such Participants for the purpose of evaluation of the data for the Participant's internal use; (b) data may be made available by a Participants in the Participant's offices to a third party evaluating th...

Seismic. Seller shall, and shall cause Fxxxx Administrative to, cooperate with any reasonable requests of Purchaser (and, after the Closing, the Company) in connection with Purchaser’s (or, after the Closing, the Company’s) obtaining one or more licenses to seismic data currently licensed by Fxxxx Administrative and relating to the Company Oil and Gas Properties; provided, that this Section 6.28 shall not require Seller or Fxxxx Administrative to incur any out of pocket fees or expenses or breach the terms of any contract relating to seismic data.

Seismic. All Base Stations will be BELLCORE Zone 4 Compliant per TR-NWT-000063. This specification applies to the Cabinet or Frame structure. Optional bracing may be required in Zone 4 areas to provide support of the Cabinet or Frame for indoor applications.

Seismic. 2.01 Reprocessing: ANEC represents and warrants that it possesses 3D Seismic which has been reprocessed using pre-stacked time and pre-stacked depth migration techniques with respect to an area encompassing approximately 23.138 square miles as shown by the red outline on Exhibit "A" hereto.

Seismic. The structural and nonstructural components of all enclosures, free standing structures, and structural equipment supports shall be designed and constructed to withstand the effects of earthquake motions and seismic loading in accordance with the requirements of the State of Washington Building Code and ASCE 7-16 with supplements No. 1 & 2, and adhering to the site specific geotechnical report with the following parameters: • Risk Category IV • Seismic Design Category D • Site Soil Class D, unless otherwise determined by the Geotechnical Engineer • Importance Factor is 1.5 • All material, methods and equipment shall be designed to the ‘High Seismic Qualification Level’ in accordance with IEEE 693 Standard. • Seller shall provide typical anchorage drawings and indicate if anchorage is included in scope. • The BESS shall meet all applicable Occupational Safety and Health Administration (OSHA), National Electric Code (NEC), National Electrical Safety Code (NESC) IEEE, ANSI, and National Fire Protection Association (NFPA) requirements for electrical and fire safety. • The XXXX shall be designed to minimize footprint and volume. The XXXX may also be designed to include subsurface components or modules, provided relevant operating and environmental factors normally addressed for submersible equipment are considered to assure full life-cycle performance requirements are met. • The XXXX components located outdoors shall be contained within weatherproof, tamper resistant, metal enclosures suitable for mounting outdoors on concrete foundations with a minimum NEMA 3R rating. • The enclosures shall be rust-resistant. • Any enclosures shall be dust tight to at least the NEMA 3R rating, except as designed to allow forced air exchange with the atmosphere. Screen vents with metal screens to prevent ingress of insects and xxxxxxx. Plug conduits with duct seal for same as well as water ingress. • The BESS shall be designed to operate with minimal maintenance for the specified life of the Facility. A nameplate shall be provided including: o Manufacturer Name o Connection diagram x XXXX ratings; Power, energy, voltage, BIL o Specimen data; serial number, date of manufacture o The nameplate shall meet the requirements of IEEE C57.12.00 • All necessary safety signs and warnings as described in ANSI Z535-2002 (entire series from Z535.1 through Z535.6) shall be included on the building, shelter or each enclosure. All necessary signs and warnings for identification of hazardous ma...

Seismic. A seismic program has been acquired at an estimated cost of $150,000 which will form part of the AFE raised for the drilling of the test well and Farmee will be responsible for its proportionate share of the actual costs. a) Upon completion of the drilling, testing and completing of the Test Well and further provided the Farmee is not in default with respect to Clause 3, 4 or 5 hereof or the Farmout & Royalty Procedure, the Farmee will have earned an interest in the Farmout Lands from surface to the depth drilled by the Test Well such that the interests of the parties will be as follows: Micron 5% 3% 3% Premium et al 95% 97% 97% * Assuming that Payout occurs and Premium elects to convert its royalty to a working interest. b) Farmor herein reserves a Gross Overriding Royalty Interest as provided in Articles 5.00 and 6.00 of the Farmout and Royalty Procedure. (1/23.8365 – 5% to 15% on Oil and 15% on Natural Gas) based on 5% of production Farmor shall have the right to elect within 30 days of notification of payout to convert the Overriding Royalty to the working interest as provided in the table above.

Seismic. Lessor reserves the right to grant non-exclusive seismic permits and/or geophysical permits to third parties so long as the exercise of such rights does not unreasonably interfere with the rights of Xxxxxx.

Seismic. To the extent transferrable without payment of a fee or other penalty to any third party (unless Bxxxx agrees to, and does, pay such fees and penalties), all seismic, geological, geochemical or geophysical data (including seismic data), geological data, engineering data, maps, cores, interpretive data, technical evaluations, confidential logs, technical outputs, reserve estimates and other technical data relating to any other Assets.

Seismic. The Pipeline shall be seismically designed using appropriate application of the best practical technology, to prevent integrity issues from the effects of geohazards, including seismic accelerations, ground deformation, and earthquake-induced mass movements.