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W W RESOURCE <br /> `J HYDROGEOLOGIC <br /> SERVICES <br /> development shall continue until turbidity, pH, and specific conductance have reached relative <br /> stabilization and produced development water is in excess of 5 wellbore volumes at each well, provided <br /> the well will yield groundwater at a rate great enough to sustain development production. <br /> MONITORING WELL INSTALLATION DOCUMENTATION <br /> RHS shall prepare complete documentation of the monitoring well installation activities in technical <br /> memorandum or report format for submittal to GCC and subsequently CDRMS including the following: <br /> 1. Description of all monitoring well drilling and completion methodologies for each constructed <br /> monitoring well. <br /> a. Description of any produced water during drilling, including flow rates and field water quality <br /> parameters (temperature, pH, specific conductance) with corresponding depth/formation <br /> documentation. <br /> b. Lithology logs documenting cuttings/core sample by industry-standard descriptions. <br /> c. Industry-standard as-built well completion diagrams. <br /> d. Table of all as-built monitoring well construction information, including survey data. <br /> e. As-built location site map. <br /> 2. Well development methodology and results including field parameters(temperature, pH,specific <br /> conductance, turbidity). <br /> 3. Photos of all as-built twinned monitoring well locations. <br /> Additionally, as noted in the Monitoring Well Permitting section above, the appropriate CDWR GWS-31 <br /> Well Construction and Yield Test Reports shall also be completed and submitted for each monitoring well <br /> to CDWR within 60 days of construction, per CDWR regulations. <br /> GCC Rio GRANDE,INC.PUEBLO PLANT <br /> 2021 MONITORING WELL INSTALLATION PROGRAM WORK PLAN <br /> 9 <br />