Laserfiche WebLink
2. the turbidity probe with Monized water then place in the standud solution. <br /> 3. Adjust the meter for appropriate aWidity,scale dm read the turbidity. <br /> . If te` 4ustmeat on the mew to convct the; instr=eot to read <br /> e correct turbidity. <br /> e caHbration process will be recorded ~on a turbidity calibration log. A Sample Calibradon " <br /> S is located via Appendix C Copies of calibration logs for each individualinstrument_ are dept <br /> in a binder At the office. The logs am twvivxiod periodically top a==whedter the iastrurnent is <br /> becomingdifficult to calikate and therefore needs 4ustrnew by the ,manu&cUver, or if <br /> new probes am require& <br /> Equipment Decontarninadon <br /> To reduce the potential for g core a:;aCh=ts or tangy sampty sampling <br /> Buz Ont that is y at differtnt wdls (wi -lina Mm.maters) will be vizished in a <br /> pho c solutzox tdplcrinsed with "o ' Prior to <br /> in 1� <br /> a monitoring vu,--ffi am equipped with dedicated-sarnpling-sys t• <br /> d=*ntamination. S e factory sealed disposable bwlers are used to collect the samples, Bailer <br /> cord is replaced betweenwell <br /> Monitoring Order <br /> Qvundwacr mortikwing will be conducted such*a depth to water measmvmexas and sampling <br /> results). Measurement <br /> s=opling order will then mom fiam l as <br /> to reduce, the potential *at wtUs and samples can be cross cootznin� Groundwater <br /> inonkaring order beginsat -20 aM then MW-12 m&ich the background wells. e <br /> order, to be sampled am MW-1 5, -10, -1 and-3. contain <br /> avid=ce of 41mnieW in The last wells to be'sampled.lived in onler,kctu&MW-1 4,-13 <br /> and -0- Pwposed well 16 will be sa*pledon vbW <br /> mistituents am da ("if ) in the w*ff n the first samprML& Initinfly, MW-16 wMbc <br /> the kstweU sampled� <br /> -49394 Its1 3Z5 A-5 July 14,2000 <br /> CapyftM 2000 x <br />