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20 October 2011 AGE-NC Project No. 96-0236 Page 6 of 7 • Aluminum, antimony, arsenic, barium, beryllium, cadmium, chromium III, calcium, cobalt, copper, iron, lead, magnesium, manganese, mercury, molybdenum, nickel, potassium, selenium,silver, sodium,thallium, acetone,tungsten,vanadium by EPA method 200.7/8; and • Hexachrome by IC by EPA method E218.6. 4.2. REPORT PREPARATION Following performance of the final week of injection and receipt of laboratory data, a report will be prepared presenting the findings of the pilot test. The report will include a description and results of the work performed. Conclusions, applicable recommendations and maps will be included in the report. The report will be in a format acceptable to the CVRWQCB, and will be reviewed and signed by a California Professional Geologist. 5.0. FIELD PROCEDURES All field procedures will be overseen by an AGE representative and under the supervision of a California Professional Geologist. Procedures forthe collection of background/baseline sampling, preparation of the injection media, injection of the media, weekly sampling, and equipment decontamination are outlined below. 5.1. ISCO SOLUTION PREPARATION AND INJECTION PROCEDURE A 5%solution of hydrogen peroxide will be prepared on-site utilizing a DOT 55-gallon drum and water from an on-site source. The drum will be filled with approximately 35 gallons of clean tap water, which will be metered by a Sensus flow meter. Once the appropriate volume of water has been placed in the drum, approximately 5 gallons of 35% industrial grade hydrogen peroxide will be added to the water to create the 5% mixture of hydrogen peroxide. Additionally, powered (solid) ferrous sulfate and 1 liter of 50 mole hydrochloric (muriatic)acid will be added to the mixture. This mixture will then be gravity fed or pressure injected from the 55-gallon drum into wells DPE-1 and separately into well DP-2. This procedure will be repeated a total of nine times for each injection event utilizing wells. The conclusion of full application will be achieved at a minimum 45 gallons of 35% hydrogen peroxide will have been mixed with 315 gallons of water; creating a 5% mixture above ground. Within the aquifer it is suspected an equal volume of water (315 gallons) will be treated. The treatment volume of water combined with the created above ground solution, Advanced GeoEnAronmental,Inc.