|
............
<br /> 23. Bath House and Sanitary Wastewater: Is there a bath house at this facility? No ® ( ¢ ❑ n
<br /> Are there sanitary wastewater facilities or sanitary treatment systems at this facility? No LJ Yes
<br /> If Yes to either question, what is the disposition of any wastewaters and sludge generated?
<br /> Rpt-llrtnr)m i n the rema i n i na 1 am1phnncP fpri 1 i ty _ Nnt ntperat n n a 1
<br /> There is a leach field
<br /> 24. Ditches and Storm Sewers: Is any receiving water indicated in item 22 a ditch or storm sewer? No ® Yes ❑
<br /> If Yes, submit documentation that the owner of the ditch or storm sewer allows this discharge. No Permit will be processed unless
<br /> documentation of approval is received.
<br /> 25. Certified Operator: Do you have a certified operator? No 1E Yes ❑ If Yes, please list nnme(s), certification number(s) and
<br /> level(s). For information regarding required certification, contact the Colorado Plant Operators Certification Board at(303) 692-3500.
<br /> 26. Discharge Quality: Analytical data for the parameters specified in the table beginning below and continuing on the next page,unless waived
<br /> by the Division, shall be submitted for at least one grab sampling of each discharge point which is not solely trade up of surface runoff or
<br /> domestic wastewater as well as state waters upstream of each discharge. Upstream data should be from non-runoff periods, to the extent
<br /> possible. Instream sampling is not required if upstream flow is intermittent or representative instream data exists on file. For new mines,
<br /> please submit a minimum of one year data for those parameters listed below. Such data must have been obtained on at least a quarterly basis
<br /> and must be reflective of the water quality prior to any mining activity. See instructions. If this is an application for renewal,reduced
<br /> sampling may be appropriate,contact the Industrial Unit at(303) 692-3590.
<br /> PARAMETER DETECTION PARAMETER DETECTION
<br /> LEVEL LEVEL
<br /> Total Dissolved Solids, mg/1 10 Total Recoverable Manganese,mg/1 0.05
<br /> Flow, MGD NA Dissolved Manganese,mg/1 0.05
<br /> pH, s.u. NA Total Mercury,mg/1 0.00025
<br /> Ott and Grease, mg/1 5 Total Recoverable Nickel, mg/1 0.05.
<br /> Dissolved Oxygen, mg/1 NA Potentially Dissolved Nickel, mg/1 0.05
<br /> Alkalinity, mg/1 10 Total Recoverable Silver, mg/1 0.0002
<br /> Total Suspended Solids, mg/1 10 Potentially Dissolved Silver, mg/1 0.0002
<br /> Hardness,mg/1 as CaCO3 10 Total Recoverable Uranium, mg/1 0.03
<br /> Total Ammonia, mg/1 0.05 Total Recoverable Zinc, mg/1 0.05
<br /> Temperature, "C-Winter NA Potentially Dissolved Zinc, mg/1 0.05
<br /> Temperature. 'C-Summer NA Total Residual Chlorine, mg/1 0.05
<br /> Biochemical Oxygen Demand, mg/1 1 Fecal Coliform, No./100 mi NA
<br /> Chemical Oxygen Demand, mg/1 30 Nitrate, mg/1 as N 0.1
<br /> Dissolved Aluminum, mg/I 0.1 Nitrite, mall as N 0.002
<br /> Total Arsenic, mg/1 0.05 Sulfide mg/1 as H_S 0.1
<br /> Total Recoverable Cadmium, mg/1 0.0004 Boron, mg/l 0.05
<br /> He xavalent Chromium, mg/1 0.025 Chloride, mg/1 5
<br /> Trivalent Chromium, mg/1 0.05 Sulfate, mg/1 5
<br /> Total Chromium, mg/1 0.005 Total Cyanide,mg/f 0.01
<br /> Total Recoverable Copper,mg/1 0.005 Total Recoverable Selenium, mg/1 0.002
<br /> Potendally Dissolved Copper, mg/1 0.005 Total Cobalt, mg/1 0.006
<br /> Total R..:..overable Iron, mg/I 0.3 Gross Alpha, pCi/1 0.3
<br /> Dissolved Iron, mg/l 0.3 Total Radium 226 + 228, pCi/f 8
<br /> Total Recoverable Lead, mg/I 0.005 Total Fluoride, mg/I 0.1
<br /> PoL=rially Dissolved Lead, mg/1 0.005 Weak Acid Dissociable Cyanide, mg/1 0.01
<br /> Total Phenols, mg/1 0.100 Total Phosphorus, mg/1 as P 0.05
<br /> Total Oroanic Nitrogen, m /1 as N 0.05
<br />
|