Hydraulic Monitoring Sample Clauses

Hydraulic Monitoring. Hydraulic monitoring is conducted to assess the following: • Hydraulic performance of the system with regard to capture zone development; gradient manipulation and plume trajectory; • Effects due to changes in external hydraulic stresses; and • Potential impacts on adjacent plumes. Consistent with Section 2.5 of the RAWP, NEPCS synoptic measurements are taken quarterly to characterize flow directions and system performance (DOE 2018a). Water level measurements taken from MWs and PZs will provide continuing data to assess gradient development and potential changes in hydraulic stress over time. MWs and PZs used for hydraulic monitoring are listed in Table 4 and shown in Figure 2.
Sample 1
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Hydraulic Monitoring. Hydraulic monitoring is conducted to verify the hydraulic performance of the system with regard to capture zone development, gradient manipulation and plume trajectory, assessment of effects due to changes in system operations or external hydraulic stresses, assessment of potential impacts on adjacent plumes, provide a basis for groundwater flow model refinement and/or recalibration, and refinement and optimization of system operation, if necessary.
Sample 1
Hydraulic Monitoring. Hydraulic monitoring is conducted to verify the hydraulic performance of the system with regard to capture zone development, gradient manipulation and plume trajectory, assessment of effects due to changes in system operations or external hydraulic stresses, assessment of potential impacts on adjacent plumes, provide a basis for groundwater flow model refinement and/or recalibration, and refinement and optimization of system operation, if necessary. Hydraulic monitoring consists of water level measurements made in a network of monitoring xxxxx (MWs). The spatial distribution of the xxxxx was determined in part using the three-dimensional groundwater flow 1 Are we mitigating the spread of the highest concentration portions of the plume? If field data from the NWPGS well field and mathematical modeling of the plume indicate that the NWPGS is not mitigating the spread of the highest TCE and 99Tc concentration portions of the Northwest Plume, then NWPGS operations will be evaluated and appropriate actions taken. Field data will be collected from the NWPGS well field.a 2 Are we effectively meeting operational goals of 5 ppb or less TCE and 900 pCi/L or less 99Tc discharging from C-612? If discharge levels of TCE exceed 5 ppb or discharge levels of 99Tc exceed 900 pCi/L, then NWPGS operations will be evaluated and appropriate actions taken. TCE and 99Tc samples will be collected from the NWPGS effluent (HV-171). 3 Are we satisfying the regulatory limit of 81 ppb or less for TCE at Outfall 001? If 81 ppb or greater of TCE is detected at the C-612 effluent, then operations will be shut down, the system will be evaluated, and the appropriate actions taken. TCE samples will be collected at HV-171. 4 What levels of TCE are being discharged into the atmosphere? If the NWPGS exceeds its allocated portion of TCE emissions for environmental remediation activities, NWPGS operations will be evaluated and appropriate actions taken. TCE samples will be collected from the NWPGS influent (HV-082) and effluent (HV-171). Mass balance calculations will be performed using the above data. 5 What levels of 99Tc are being discharged to the atmosphere? These data are required to be collected for annual National Emissions Standards for Hazardous Air Pollutants calculations. Technetium-99 samples will be collected from the NWPGS influent (HV-82), air stripper effluent (HV-014), and effluent (HV-171). 6 Are we meeting the requirements stated in the Facility and Nuclear Safety evaluation?...
Sample 1
Hydraulic Monitoring. Tracers will be used to monitor water movement into and out of the trenches. Tracers will be placed in the cap and on the ground surface to monitor movement of water into the trenches. Tracers will also be added at the bottom of the trenr.hes to determine water movement out of the trenches. For these tests tracers consisting of fluorinated organic anions are to be used. These , , , . .* ~ ' ~. Contract No. NRC-04-81-220 Appendix A Page No. 3 compounds include xx.xx aromatic and aliphatic-ions. The contractor will evaluate analytical techniques for detecting aliphatic fluorinated ions. In conjunction with these advanced tracers, more conventional tracers will ! be used, such as fluorocarbons, inorganic ions including Br- and I- and The conventional tracers will provide- dyes such as fluorescein and rhodamine.
Sample 1

Related to Hydraulic Monitoring

  • Contract Monitoring The criminal background checks required by this rule shall be national in scope, and must be conducted at least once every three (3) years. Contractor shall make the criminal background checks required by Paragraph IV.G.1 available for inspection and copying by DRS personnel upon request of DRS.

  • Project Monitoring The Developer shall provide regular status reports to the NYISO in accordance with the monitoring requirements set forth in the Development Schedule, the Public Policy Transmission Planning Process Manual and Attachment Y of the OATT.

  • Infrastructure Infrastructure serves as the foundation and building blocks of an integrated IT solution. It is the hardware which supports Application Services (C.3.2) and IT Management Services (C.3.3); the software and services which enable that hardware to function; and the hardware, software, and services which allow for secure communication and interoperability between all business and application service components. Infrastructure services facilitate the development and maintenance of critical IT infrastructures required to support Federal government business operations. This section includes the technical framework components that make up integrated IT solutions. One or any combination of these components may be used to deliver IT solutions intended to perform a wide array of functions which allow agencies to deliver services to their customers (or users), whether internal or external, in an efficient and effective manner. Infrastructure includes hardware, software, licensing, technical support, and warranty services from third party sources, as well as technological refreshment and enhancements for that hardware and software. This section is aligned with the FEA/DoDEA Technical Reference Model (TRM) which describes these components using a vocabulary that is common throughout the entire Federal government. A detailed review of the TRM is provided in Section J, Attachment 5. Infrastructure includes complete life cycle support for all hardware, software, and services represented above, including planning, analysis, research and development, design, development, integration and testing, implementation, operations and maintenance, information assurance, and final disposition of these components. The services also include administration and help desk functions necessary to support the IT infrastructure (e.g., desktop support, network administration). Infrastructure components of an integrated IT solution can be categorized as follows:

  • Program Monitoring The Contractor will make all records and documents required under this Agreement as outlined here, in OEC Policies and NHECC Policies available to the SRO or its designee, the SR Fiscal Officer or their designee and the OEC. Scheduled monitoring visits will take place twice a year. The SRO and OEC reserve the right to make unannounced visits.

  • Moonlighting Employment as a physician in a professional capacity outside of what is outlined in this Agreement, whether temporary special medical activity (“TSMA”) or external moonlighting, must be approved in writing, in advance, by the Departmental Chair, Program Director and Director of Graduate Medical Education (or designee). Even if approved, professional and general liability insurance as outlined in Section 5.4 is not provided to Trainee engaged in external moonlighting. Trainee acknowledges he or she has the responsibility to obtain insurance for such engagement. TSMA and external moonlighting must be included and reported as part of Trainee's hours spent on clinical experience and education. Trainee shall not be required to engage in any outside work.

  • Monitoring In each case in which the Foreign Custody Manager maintains Foreign Assets with an Eligible Foreign Custodian selected by the Foreign Custody Manager, the Foreign Custody Manager shall establish a system to monitor (i) the appropriateness of maintaining the Foreign Assets with such Eligible Foreign Custodian and (ii) the contract governing the custody arrangements established by the Foreign Custody Manager with the Eligible Foreign Custodian. In the event the Foreign Custody Manager determines that the custody arrangements with an Eligible Foreign Custodian it has selected are no longer appropriate, the Foreign Custody Manager shall notify the Board in accordance with Section 3.2.5 hereunder.

  • Dewatering (a) Where the whole of a site is so affected by surface water following a period of rain that all productive work is suspended by agreement of the Parties, then dewatering shall proceed as above with Employees so engaged being paid at penalty rates as is the case for safety rectification work. This work is typically performed by Employees engaged within CW1, CW2 or CW3 classifications. When other Employees are undertaking productive work in an area or areas not so affected then dewatering will only attract single time rates. (b) Where a part of a site is affected by surface water following a period of rain, thus rendering some areas unsafe for productive work, consistent with the Employer’s obligations under the OH&S Act, appropriate Employees shall assist in the tidying up of their own work site or area if it is so affected. Where required, appropriate Employees will be provided with the appropriate PPE. Such work to be paid at single time rates. Productive work will continue in areas not so affected. (c) To avoid any confusion any ‘dewatering’ time which prevents an Employee from being engaged in their normal productive work is not included in any calculation for the purposes of determining whether an Employee is entitled to go home due to wet weather (refer clauses 32.4 and 32.5)

  • Fabrication Making up data or results and recording or reporting them.

  • Irrigation An irrigation reduced pressure zone (hereinafter referred to as “RPZ”) is required for any irrigation systems and must be installed by the Developer and/or eventual lot owner and tested in accordance with the Minnesota Department of Health Guidelines for Designing Backflow Prevention Assembly Installations (hereinafter referred to as “Guidelines”). The initial test results and certification shall be submitted to the City of Maple Grove Public Works Department. Subsequently, the RPZ must be tested, per the Guidelines, at least annually by a certified tester with the results reported to the City of Maple Grove Building Department and the RPZ must be rebuilt as needed in accordance with the Guidelines. Test/rebuilt reports shall be mailed or faxed to the City of Maple Grove Building Department at (000) 000-0000. The irrigation system shall be designed, and the Plans shall be modified accordingly, prior to the issuance of any permits for the development of the Property, to accommodate a 1-inch water meter and a maximum flow of 50 gallons per minute.

  • Systems The details of any systems work will be determined after a thorough business analysis. System's work will be billed on a time and material basis. Investors Bank provides an allowance of 10 systems hours for data extract set up and reporting extract set up. Additional hours will be billed on a time and material basis.

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