Groundwater Sampling Sample Clauses

Groundwater Sampling. Water samples from each monitoring well installed under Task 5 will be collected and submitted to a state certified laboratory for general mineral, general physical, and inorganic constituent analyses.

Groundwater Sampling. Project Engineer/Geologist/Scientist hourly $95.00 20 $1,900.00 Senior Engineer/Geologist hourly $125.00 2 $250.00 Disposable Bailers each $13.80 14 $193.20 Interface Probe day $28.75 2 $57.50 Misc. Field Supplies day $28.75 1 $28.75 Absorbent socks each $12.00 2 $24.00 Pickup Truck 1/2 day $73.27 4 $293.08 September 2019 Task total: $2,746.53 September 2020 Task total: $2,746.53 September 2021 Task total: $2,746.53 September 2022 Task total: $2,746.53 page 1 of 2 September 2023 Task total: $2,746.53 Description Unit Basis (1) Rate (1) # Units Estimated Cost Project Engineer/Geologist/Scientist hourly $95.00 20 $1,900.00 Senior Engineer/Geologist hourly $125.00 6 $750.00 Principal/Professional Engineer each $155.00 1 $155.00 Administration day $65.00 2 $130.00 $2,935.00 DES Approved 24 HR Turnaround? Description Unit Basis (1) Rate (1) # Units Y/N Estimated Cost Groundwater - September - VOC 8260 NH Each $120.00 14 NA $1,680.00 Groundwater - September - Subcontractor Markup 15% 1 NA $252.00 Groundwater - May - VOC 8260 NH $120.00 14 NA $1,680.00 Groundwater - May - Subcontractor Markup 15% 1 NA $252.00 Owner's Representative: 10/2/2019 NHDES Approval: (signature/date)

Groundwater Sampling. Prior to the date hereof, Sellers have sampled water from the existing deep well located at the Easton, Pennsylvania facility and have had that sample analyzed for volatile organic compounds. Sellers have provided Buyer with a written report describing the results of such sampling and analytical results and Buyer acknowledges receipt of such report.

Groundwater Sampling. 70 -------------------- Section 5.13. VPI Taxes................................................................................... 70 ---------

Groundwater Sampling. Monitoring ▇▇▇▇▇ W-8, W-10, W-12, MW-15, and MW-16 were sampled by ▇▇▇▇▇▇▇ ▇▇▇▇▇▇ personnel on February 4, 2004 (Plate 1-1). The groundwater sampling event was completed by following the USEPA sampling protocol for Low-Flow Purge and Sampling Techniques. Each sample was collected for volatile organic compounds (VOCs), semi-volatile organic compounds (SVOCs), and metals, and sent to ▇▇▇▇▇▇ ▇▇▇▇▇ Laboratory (STL) in Edison, NJ for analyses. A summary of the detections and exceedances of this sampling event are presented on Table 1. A discussion of the sampling event and the results are presented below. EXHIBIT "A" ----------- [Logo of ▇▇▇▇▇▇▇ ▇▇▇▇▇▇] The USEPA Low-Flow Purge and Sampling Technique used for this sampling event consisted of a 2-inch Grundfos submersible pump. Filed parameters (pH, temperature, specific conductivity, turbidity, dissolved oxygen, and water levels) were measured with a Horiba U-10 Water Quality Indicator and recorded until each parameter had stabilized as defined by the EPA Groundwater Issue: Low-Flow (Minimal draw-down) Ground-water Sampling Procedures, December 1995: EPA540-S-95-504. Copies of the groundwater sample collection logs are provided as Attachment 1. Upon stabilization of the field parameters the sample bottles were filled. The sample containers were placed in an iced cooler to maintain a 4 degree C temperature and delivered via courier to the STL Edison laboratory. A blind duplicate sample (W-DUP) was collected at the W-8 location for Quality Assurance/Quality Control (QA/QC) purposes. A field blank (FB-020404) was collected by pouring laboratory supplied deionized water over the submersible pump equipment and into the appropriate sample containers. A laboratory prepared trip blank accompanied the samples to the laboratory.

Groundwater Sampling. Anticipated groundwater flow direction is estimated to the northwest, and groundwater is estimated at approximately 5 feet below ground surface. Contractor will also collect one (1) grab groundwater samples (GW1) on the southeast area of the site. Samples will be collected and analyzed for the following on a 7-10 day turnaround time.

Groundwater Sampling. Respondent shall sample and analyze groundwater from the nearby Iivestock well DWR6T519, or report the sampling results from another agency if they exist, for uranium and a full metals suite.

Groundwater Sampling. Task Description This Activity Hazard Analysis (AHA) applies to collection of grab groundwater samples. It has been developed and approved by the Director of Health and Safety for Tetra Tech EMI. The AHA contains potential hazards posed by each major step in this task, lists procedures to control hazards, and presents required safety equipment, inspections, and training. Hazards Actions Task Steps Set up equipment at piezometer or well Potential Hazards SLIP/TRIP/FALL BACK STRAIN/SPRAIN Critical Safety Procedures and Controls • Visually inspect the area for slippery spots or debris and correct if found • Wear steel-toed, non-skid boots in accordance with Tetra Tech EMI policy • Use proper lifting techniques (lift with legs not back) Measure depth to water EMPLOYEE EXPOSURE • Use PID or FID as indicated in the site-specific APP/HASP to monitor well head and ambient air • Wear safety glasses and nitrile gloves to protect against splash Measure and insert tube into well LACERATION • Only use retractable safety blade to cut tubing • Cut in a direction away from the face/body Begin extracting water from well EMPLOYEE EXPOSURE • Use PID or FID as indicated in the site-specific APP/HASP to monitor well head and ambient air • Wear safety glasses and nitrile gloves Fill sample bottles with sample material, load coolers and IDW (if appropriate) into vehicle LACERATION • Handle all glass containers carefully • Have a first aid kit on-site available for small cuts • Dispose of all broken shards immediately Store sample containers in coolers and load onto vehicles SLIP/TRIP/FALL BACK STRAIN/SPRAIN • Ensure all debris has been removed from the path of travel • Use proper lifting techniques, including obtaining help with heavy coolers Equipment to be Used • Level D PPE (steel-toed boots, safety glasses, nitrile gloves) • Reflective safety vest if in areas of vehicle traffic • Retractable safety blade • First Aid Kit • PID or FID Inspection Requirements • None Training Requirements • Safe Lifting Procedures • Personal Protective Equipment • Hazardous Waste Operations and Emergency Response (40-hour and current 8-hour update) • CPR/First Aid (one employee on-site must have current CPR/First Aid training) ACTIVITY HAZARD ANALYSIS (AHA) Task Description This Activity Hazard Analysis (AHA) applies to the task listed above. It has been developed and approved by the Health and Safety Department for Tetra Tech EMI. The AHA contains potential hazards posed by each major step in t...

Groundwater Sampling. Groundwater sampling of all on‐site monitor ▇▇▇▇▇ will occur on a quarterly basis. Samples will be analyzed for Total Petroleum Hydrocarbons (TPH), Volatile Organic Compounds (VOCs) and Metals.