Water Treatment Sample Clauses

Water Treatment. Proper water treatment for closed loop system must be integrated into the design. The system must address scaling, dissolved solids, biologic growth and corrosion protection.

Water Treatment. 6 ISSUE: Excluding the below districts, XXX agrees with Cal Water’s estimates on 8 and ORA use different forecasting methodologies. As described under District 10 forecasting whereas ORA only escalates the base amount. Redwood Valley’s Lucerne 11 and Unified Districts’ forecasts vary because Cal Water and ORA use different numbers 12 of historical years’ amounts in their respective averages for determining the test-year 13 estimate. 14 RESOLUTION: See below for district specifics. 16 Bear Gulch, Livermore, RDV-Lucerne, and RDV-Unified: Cal Water accepts 17 XXX’s forecasted amounts. Bear Gulch 107.0 106.7 0.3 106.7 Livermore 76.3 75.7 0.6 75.7 RDV-Lucerne 132.1 114.4 17.7 114.4 RDV-Unified 19.9 18.4 1.5 18.4 18

Water Treatment. Sunoco will contract and pay for water treatment services for the Boiler Feed Water and Boiler Blowdown Water, and Sunoco shall be responsible for the purchase of water treatment chemicals reasonably necessary for such services. Each Party shall add and manage the addition of water treatment chemicals to its equipment as recommended by the water treatment service provider at its own expense. Without limiting the foregoing, Sunoco shall install and maintain amine feed and storage equipment at the Chemical Plant at Sunoco’s expense, and shall add amines as recommended by the water treatment service. Unless otherwise agreed to between the Parties, Parties agree to use the same provider for the water treatment services required hereunder.

Water Treatment. The CONCESSIONAIRE is responsible for the provision of drinking water and sanitation services, including the following activities:

Water Treatment a) Employees with certification and performing work at a designated school as determined by Facility Services will receive an allowance as follows: Effective September 1, 2008 – Twenty-two cents ($0.22) per hour. Effective September 1, 2009 – Twenty-three cents ($0.23) per hour. Effective September 1, 2010 – Twenty-four ($0.24) per hour. Effective September 1, 2011 – Twenty-five cents ($0.25) per hour. b) Upon successful completion the Board shall reimburse an employee for License/Certification updating or renewal costs when such employee is required to obtain or maintain the certification.

Water Treatment. The hours of work for part-time or casual water treatment staff shall consist of seven consecutive hours on Saturday between the hours of AM and exclusive of a one (1) hour meal period.

Water Treatment. Similarly to our findings regarding perceptions of cholera, our findings regarding perceptions of water treatment did not vary greatly between regions. The only major differences between regions in regards to household water treatment had to do with product availability, accessibility and price. Even the differences here were mostly superficial. Each region had different amounts and types of products available. The cholera epidemic did affect the price and availability of products in each region as NGOs or MSPP (Ministry of Health) conducted free distributions of various household water treatment products. This in turn affected both a person’s choice of whether or not to use water treatment as well as his or her choice between brands of product. Brand loyalty seemed to be strongest in the Jolivert region, but the Jolivert region also typically had the least number of options for water treatment products and generally fewer free distributions close to their house.

Water Treatment. The Walgett Water Treatment Plant (WTP) was built in 2014 and commissioned in the 2015 with a design capacity of 1.5 ML/day. The Walgett WTP treatment process consists of optional pre-chlorination (not normally used) coagulation, flocculation, clarification through a clarifier, and filtration through a single media filter followed by disinfection. The process also included chemical dosing for pH correction and PAC. Treated water is pumped to the 1.4 ML standpipe storage reservoir via town’s reticulation. A list of chemicals for the plant is provided in Table 8. Treated water is both pumped and reticulated through the town via gravity. Treated water not used within the reticulation system is stored in the treated water reservoir. The reservoir helps sustain water pressure for the reticulation system. Namoi Aboriginal Reserve is located approximately 2km from Walgett. The Reserve community comprises 21 houses, 1 outlying dwelling, 1 workshop and has an estimated population of 250 people (peak population of 350). The Namoi Aboriginal Reserve is supplied both potable and raw water from the Walgett water supply systems. Potable water is delivered to a bulk meter connecting to Namoi Aboriginal Reserve drinking water supply and transferred via the rising mains and reticulation systems. Raw water is delivered to the village via a separate bulk meter and pipe networks. Walgett Shire Council is responsible for suppling water to the bulk meter, while the internal reticulation is the responsibility of the Local Aboriginal Land Council. The management of the drinking water supply system within the community is subcontracted. The NSW Government Office of Water developed a Water & Sewerage Management Plan for Namoi in 2011 – as this scheme is operated by Council, the water quality issues for Namoi are the same as for Walgett.

Water Treatment. A. The water treatment contractor shall do the following on their monthly visit: 1. Inspect chemicals 2. Inspect chemical feeders 3. Inspect and verify water condition 4. Inspect and verify the control bleed offs 5. Ensure chemicals are stored in the proper locations based on the MSDS and manufacture guidelines. 6. Maintain water treatment records and test results. 7. Ensure proper dosage of chemicals. 8. Test system for proper pH, total amount of dissolved solids, conductivity, scale and corrosion inhibitors. 9. Test supply water for base conditions. 10. Have all water systems tested by a certified laboratory for a complete analysis of water such as pH, aluminum, calcium, copper, bromide, fluoride, molybdenum, nitrite, nitrate, orthophosphate, silica, strontium, iron, lead, magnesium, sodium, chloride, and total suspended solids etc. 11. Monitor and test corrosion coupons as applicable.

Water Treatment. Together with the previous operator and DRMS, Ensero has designed, built, and operated the Water Treatment Plant (WTP) at the Site. Ensero has exclusively performed WTP for CLL since 2018 and previously supported Xxxxxx starting in 2012. Given our longstanding presence at the Site and familiarity with the scope of work, we are best suited to provide dependable water treatment for the Site. The Schwartzwalder WTP process begins with mine water pumped from the workings to the surface by a 60hp Xxxxx’x Model 7CSL mine pump, installed into the Xxxxxxx vent shaft at an elevation of 6,202 feet above mean sea level (amsl), or 400’ below the Xxxxx Level (6,602 feet amsl). The influent pump is locally controlled via Variable Frequency Drive (VFD) located within the interior of the plant and adjusted by the operators as necessary to maintain sufficient Reverse Osmosis (RO) feed pressure. Mine water is pumped downhill through a dual contained 4 inch DR- 11 High Density Polyethylene (HDPE) conveyance line to the plant, where the influent flow rate is measured via PLC connected electromagnetic flow meter prior to treatment unit process. The WTP is staffed by a full-time operator and overseen by a Colorado Certified Water Professional with a Class A licence. Ensero has prepared an estimate consist with our past operating experiences and has included a summary of costs as Table 1- WTP Operations. The value of this work is estimated at $314,356. The costs in this estimate includes: • Labor needed to perform water treatment operations, • Equipment needed to support operations, • Supplies such as chemical reagents and those needed for the maintenance of the RO units, Page 2 Proposal for Schwartzwalder Mine Site Operation • Reasonably anticipated consumable and repair costs, and • Project administrative costs (e.g. utilities, health and safety oversight including radiological occupational monitoring, project management, regulatory inspections with DRMS, etc.) The work would begin no later than May 1, 2023 and consist of de-winterizing the equipment and preparing the WTP for operations. The average refill rate predicts the warning level will be reached on April 1, 2023. The warning level of 175-feet below the Xxxxx xxxx is used to notify operators and management the mine pool is approaching the permit level of 150-feet below the Xxxxx xxxx, and preparations for the resumption of treatment should be initiated. The May 1 start date will allow operators to prepare to restart the...