NR 233.04(1)(b)
(b) The effluent limitations representing BAT by July 1, 1984.
NR 233.04(2)
(2) Any new source subject to this chapter which discharges to waters of the state shall achieve NSPS at the commencement of discharge.
NR 233.04(3)
(3) Any existing source subject to subchs.
II and
III which introduces process wastewater pollutants into a POTW shall achieve PSES by September 28, 1996.
NR 233.04(3e)
(3e) Any existing source subject to subchs.
IV and
VI which introduces process wastewater pollutants into a POTW shall achieve PSES by November 6, 1999.
NR 233.04(4)
(4) Any new source subject to this chapter which introduces process wastewater pollutants into a POTW shall achieve PSNS at the commencement of discharge.
NR 233.04 History
History: Cr.
Register, March, 1997, No. 495, eff. 4-1-97; am. (3), cr. (3e),
Register, May, 2001, No. 545, eff. 6-1-01.
NR 233.10
NR 233.10 Applicability; description of the organic pesticide chemicals manufacturing subcategory. NR 233.10(1)(1)
For the purpose of calculating and applying effluent limitations for COD, BOD
5, and TSS, and applying pH limits under BPT in s.
NR 233.12, BCT in s.
NR 233.13, and NSPS in s.
NR 233.15:
NR 233.10(1)(a)
(a) This subchapter applies to discharges resulting from the manufacture of organic pesticide active ingredients and organo-tin pesticide active ingredients except those listed in par.
(b).
Allethrin Naphthalene acetic acid
Benzyl benzoate Propargite
Bisethlyxanthogen 1,8 Naphthalic anhydride
Chlorophacinone Quinmethionate
Coumafuryl Rotenone
Dimethyl phthalate Sulfoxide
Diphacinone Triazine compounds, both
Endothall acid symmetrical and EXD (Herbisan) asymmetrical
Gibberellic acid Warfarin and similar
Glyphosate anticoagulants.
NR 233.10(1)(c)
(c) The effluent limitations of this subchapter for BOD
5 and TSS, but not COD, apply to the manufacturers of the following:
Ametryn Prometryn
Atrazine Propazine
Cyanazine Simazine
Glyphosate Terbuthylazine
Hexazinone Terbutryn
Prometon
NR 233.10(2)
(2) For the purpose of calculating BPT effluent limitations in s.
NR 233.12 for organic pesticide chemicals, this subchapter applies to discharges resulting from the manufacture of the following organic active ingredients:
2,4-D Fenuron
2,4,5-T Fenuron-TCA
Aldrin Heptachlor
Aminocarb Lindane
Azinphos methyl Linuron
Barban Malathion
BHC Methiocarb
Captan Methoxychlor
Carbaryl Mexacarbate
Chlordane Mirex
Chlorpropham Monuron
Diazinon Monuron-TCA
DDD Neubron
DDE Parathion ethyl
DDT Parathion methyl
Demeton-O PCNB
Demeton-S Perthane
Dicamba Propham
Dichloran Propoxur
Dicofol Siduron
Dieldrin Silvex
Disulfoton Swep
Diuron Toxaphene
Endosulfan Trifluralin
Endrin
NR 233.10(3)
(3) This subchapter does not apply to the intermediates used to manufacture the active ingredients, and active ingredients used solely in experimental pesticides. BPT coverage in this subchapter does not apply to insecticidal pathogenic organisms such as bacillus thuringiensis, insect growth hormones, plant extracts such as pyrethrins, sex attractants and botanicals such as Rotenone.
NR 233.10(4)
(4) A plant that manufactures a pesticide active ingredient listed in Table 1 shall comply with the BAT effluent limitations, new source performance standards, and pretreatment standards both for that ingredient listed in Table 2 or Table 3, and for priority pollutants listed in Tables 4, 5 and 6. The limitations apply as follows:
NR 233.10(4)(a)
(a) Table 4 - BAT and NSPS - applies to existing and new direct discharge point sources that use end-of-pipe biological treatment.
NR 233.10(4)(b)
(b) Table 5 - BAT and NSPS - applies to existing and new direct discharge point sources that do not use end-of-pipe biological treatment.
NR 233.10(4)(c)
(c) Table 6 - PSES and PSNS - applies to existing and new sources that discharge to POTWs.
NR 233.10(5)(a)(a) The discharge quantity for lead and total cyanide shall be determined by multiplying the concentrations listed in the applicable tables times the flow from the non-complexed lead-bearing waste streams for lead and times the flow from non-complexed cyanide-bearing waste streams for total cyanide.
NR 233.10(5)(b)
(b) This subchapter does not apply to discharges of cyanide in cyanide-bearing waste streams if:
NR 233.10(5)(b)1.
1. The department or control authority determines that the cyanide limitations and standards are not achievable due to elevated levels of non-amenable cyanide, that is not oxidized by chlorine treatment, that result from the unavoidable complexing of cyanide at the process source of the cyanide-bearing waste stream and establishes an alternative total cyanide or amenable cyanide limitation that reflects the best available technology economically achievable.
NR 233.10(5)(b)2.
2. The determination under subd.
1. shall be based upon a review of relevant engineering, production, and sampling and analysis information, including measurements of both total and amenable cyanide in the waste stream.
NR 233.10(5)(b)3.
3. An analysis of the extent of complexing in the waste stream, based on the information in subds.
1. and
2., and its impact on cyanide treatability shall be set forth in writing and, for direct dischargers, be contained in the fact sheet required by
40 CFR 124.8.
NR 233.10 History
History: Cr.
Register, March, 1997, No. 495, eff. 4-1-97.
NR 233.11
NR 233.11 Specialized definitions. The following definitions apply to the terms used in this subchapter:
NR 233.11(1)
(1) “Organic active ingredients" means carbon-containing active ingredients used in pesticides, excluding metallo-organic active ingredients.
NR 233.11(2)
(2) “Organic pesticide chemicals" means the sum of all organic active ingredients listed in s.
NR 233.10 (2) which are manufactured at a facility subject to this subchapter.
NR 233.11(3)
(3) “Total organic active ingredients" means the sum of all organic active ingredients covered by s.
NR 233.10 (1) which are manufactured at a facility subject to this subchapter.
NR 233.11(4)(a)(a) “Process wastewater flow" means the sum of the average daily flow from the following wastewater streams:
Process stream and product washes
Equipment and floor washers
Water used as solvent for raw materials
Water used as reaction medium
Spent acids
Spent bases
Contact cooling water
Water of reaction
Air pollution control blowdown
Stream jet blowdown
Vacuum pump water
Pump seal water
Safety equipment cleaning water
Shipping container cleanout
Safety shower water
Contaminated storm water
Product/process laboratory quality control wastewater
