c (      >0@-@-_        _      ,Arial-pcc!@!@!@!@!@#P@-#P#P@-#P@-#P`#P`#P>-#P#Pg# P@-# P@- ` P ` P*v _Wv2?@  -caRDRDRRR R R R R * P3HIw ' '  'TABLE'1E'Local Limits Determination Based on NPDES Daily Effluent Limits6' ENVIRONMENTAL CRITERIA AND PROCESS DATA BASE' MAXIMUM LOADING  ' INDUSTRIAL^IU Pollut. ^POTW ^Removal ^NPDES' Domestic and'Commercial^Allowable^ Domestic/ ^Allowable  ^Local ' Safety'Pollutant ^Flow ^Flow^Efficiency^Daily Limit ^Conc. ^Flow^Headworks^ Commercial  ^Loading  ^ Limit  ' Factor ^(MGD) ^(MGD) ^(%) ^(mg/l) ^(mg/l) ^(MGD)^(lbs/day)^(lbs/day) ^(lbs/day)  ^ (mg/l)  ' (%) ^(Qind) ^(Qpotw) ^(Rpotw) ^(Ccrit) ^(Cdom) ^(Qdom) ^(Lhw) ^ (Ldom)  ^ (Lind)  ^ (Cind) ' (SF) 'Arsenic(   (K 8   -  @ ;  -(!   (D @   - @  ; -(6 H   -  ; - 'Cadmium(   (K P   -  @ ;  -(!   (D X   - @  ; -(6 `   -  ; - 'Chromium(   (K h   -  @ ;  -(!   (D p   - @  ; -(6 x   -  ; - 'Hex. Chrom.(   (K    -  @ ;  -(!   (D   - @  ; -(6   -  ; - 'Copper(   (K    -  @ ;  -(!   (D   - @  ; -(6   -  ; - 'Cyanide((K  -@;  -(!(D  -@ ;  -(6  - ;  - 'Iron((K  -@;  -(!(D  -@ ;  -(6  - ;  - 'Lead((K  -@;  -(!(D  -@ ;  -(6  - ;  - 'Mercury((K  -@;  -(!(D  -@ ;  -(6   - ;  -'Molybdenum((K  -@;  -(!(D   -@ ;  -(6  - ;  - 'Nickel((K(  -@;  -(!(D 0  -@ ;  -(6 8  - ;  -'Selenium((K@  -@;  -(!(D H  -@ ;  -(6 P  - ;  - 'Silver((KX  -@;  -(!(D `  -@ ;  -(6 h  - ;  - 'Zinc((Kp  -@;  -(!(D x  -@ ;  -(6  - ;  -'(Qind) w'Industrial User total plant discharge flow in Million Gallons per Day (MGD) that contains a particular pollutant.'(Qpotw) *'POTW's average influent flow in MGD.'(Rpotw) 0'Removal efficiency across POTW as percent.'(Ccrit) J'NPDES daily maximum permit limit for a particular pollutant in mg/l.'(Qdom) 1'Domestic/commercial background flow in MGD.'(Cdom) V'Domestic/commercial background concentration for a particular pollutant in mg/l.'(Lhw) \'Maximum allowable headworks pollutant loading to the POTW in pounds per day (lbs/day).'(Ldom) p'Domestic/commercial background loading to the POTW for a particular pollutant in pounds per day (lbs/day).'(Lind) I'Maximum allowable industrial loading to the POTW in pounds per day. '(Cind) E 'Industrial allowable local limit for a given pollutant in mg/l. !'(SF)"!'Safety factor as a percent.  "'8.34"'Unit conversion factor#'Lhw = #'8.34 * Ccrit * Qpotw $' $' 1 - Rpotw%|::&' &'  &'TABLE&'2 & ' ''G''Local Limits Determination Based on NPDES Monthly Effluent Limits=)' ENVIRONMENTAL CRITERIA AND PROCESS DATA BASE)' MAXIMUM LOADING) ' INDUSTRIAL+^IU Pollut. +^POTW +^Removal +^NPDES+' Domestic and+'Commercial+^ Allowable+^ Domestic/+ ^Allowable + ^Local+ ' Safety,'Pollutant ,^Flow ,^Flow,^Efficiency,^Monthly Limit ,^Conc. ,^Flow,^ Headworks,^ Commercial , ^Loading , ^ Limit , ' Factor -^(MGD) -^(MGD) -^(%) -^(mg/l) -^(mg/l) -^(MGD)-^ (lbs/day)-^(lbs/day)- ^(lbs/day) - ^(mg/l) - ' (%) .^(Qind) .^(Qpotw) .^(Rpotw) .^(Ccrit) .^(Cdom) .^(Qdom) .^(Lhw) .^(Ldom) . ^(Lind) . ^(Cind). ' (SF) /'Arsenic(/ (/ (/ (/ (///(K/ / -//@/; / -(!///(D/ / -/@/ /; / -(6/ / -/ /; / -(/   0'Cadmium(0 (0 (0 (0 (000(K0 0 -00@0; 0 -(!000(D0 0 -0@0 0; 0 -(60 0 -0 0; 0 -(0  1'Chromium(1 (1 (1 (1 (111(K1 1 -11@1; 1 -(!111(D1 1 -1@1 1; 1 -(61 1 -1 1; 1 -(1  2'Hex. Chrom.(2 (2 (2 (2 (222(K2 2 -22@2; 2 -(!222(D2 2 -2@2 2; 2 -(62 2 -2 2; 2 -(2   3'Copper(3 (3 (3 (3 (333(K3 3 -33@3; 3 -(!333(D3 3 -3@3 3; 3 -(63 3 -3 3; 3 -(3   4'Cyanide(4(4(4(4(444(K44 -44@4; 4 -(!444(D4 4 -4@4 4; 4 -(64 4 -4 4; 4 -(4   5'Iron(5(5(5(5(555(K55 -55@5; 5 -(!555(D5 5 -5@5 5; 5 -(65 (5 -5 5; 5 -(5   6'Lead(6(6(6(6(666(K606 -66@6; 6 -(!666(D6 86 -6@6 6; 6 -(66 @6 -6 6; 6 -(6   7'Mercury(7(7(7(7(777(K7H7 -77@7; 7 -(!777(D7 P7 -7@7 7; 7 -(67 X7 -7 7; 7 -(7  8'Molybdenum(8(8(8(8(888(K8`8 -88@8; 8 -(!888(D8 h8 -8@8 8; 8 -(68 p8 -8 8; 8 -(8   9'Nickel(9(9(9(9(999(K9x9 -99@9; 9 -(!999(D9 9 -9@9 9; 9 -(69 9 -9 9; 9 -(9  :'Selenium(:(:(:(:(:::(K:: -::@:; : -(!:::(D: : -:@: :; : -(6: : -: :; : -(:   ;'Silver(;(;(;(;(;;;(K;; -;;@;; ; -(!;;;(D; ; -;@; ;; ; -(6; ; -; ;; ; -(;   <'Zinc(<(<(<(<(<<<(K<< -<<@<; < -(!<<<(D< < -<@< <; < -(6< < -< <; < -(<  ='(Qind) w='Industrial User total plant discharge flow in Million Gallons per Day (MGD) that contains a particular pollutant.>'(Qpotw) *>'POTW's average influent flow in MGD.?'(Rpotw) 0?'Removal efficiency across POTW as percent.@'(Ccrit) L@'NPDES monthly maximum permit limit for a particular pollutant in mg/l.A'(Qdom) 1A'Domestic/commercial background flow in MGD.B'(Cdom) VB'Domestic/commercial background concentration for a particular pollutant in mg/l.C'(Lhw) \C'Maximum allowable headworks pollutant loading to the POTW in pounds per day (lbs/day).D'(Ldom) pD'Domestic/commercial background loading to the POTW for a particular pollutant in pounds per day (lbs/day).E'(Lind) IE'Maximum allowable industrial loading to the POTW in pounds per day.F'(Cind) EF'Industrial allowable local limit for a given pollutant in mg/l. G'(SF)"G'Safety factor as a percent.  H'8.34H'Unit conversion factorI'Lhw = I'8.34 * Ccrit * Qpotw J' J' 1 - RpotwL|::M' M'  M'TABLEM'3 M ' QN' Local Limits Determination Based on Activated Sludge Inhibition Level=P' ENVIRONMENTAL CRITERIA AND PROCESS DATA BASEP' MAXIMUM LOADINGP ' INDUSTRIALR^IU Pollut. R' POTW R^RemovalR'Activated SludgeR' Domestic andR'CommercialR^AllowableR^ Domestic/R ^Allowable R ^LocalR ' SafetyS'Pollutant S^Flow S' FlowS^EfficiencyS'Inhibition Level S^Conc. S^FlowS^HeadworksS^ Commercial S ^Loading S ^ Limit S ' Factor T^(MGD) T' (MGD) T^(%) T^(mg/l) T^(mg/l) T^(MGD)T^(lbs/day)T' (lbs/day)T ^(lbs/day) T ^ (mg/l) T ' (%) U^(Qind) U'(Qpotw) U^(Rprim) U^(Ccrit) U^(Cdom) U^(Qdom) U^(Lhw)U' (Ldom) U ^(Lind) U ^ (Cind)U ' (SF) V'Arsenic(V (V (V (VVV(KVV -VV@V; V -(!VVV(DV V -V@V V; V -(6V V -V V; V -(V   W'Cadmium(W (W (W (WWW(KWW -WW@W; W -(!WWW(DW W -W@W W; W -(6W W -W W; W -(W  X'Chromium(X (X (X (XXX(KXX -XX@X; X -(!XXX(DX X -X@X X; X -(6X X -X X; X -(X  Y'Hex. Chrom.(Y (Y (Y (YYY(KY Y -YY@Y; Y -(!YYY(DY (Y -Y@Y Y; Y -(6Y 0Y -Y Y; Y -(Y   Z'Copper(Z (Z (Z (ZZZ(KZ8Z -ZZ@Z; Z -(!ZZZ(DZ @Z -Z@Z Z; Z -(6Z HZ -Z Z; Z -(Z   ['Cyanide([([([([[[(K[P[ -[[@[; [ -(![[[(D[ X[ -[@[ [; [ -(6[ `[ -[ [; [ -([   \'Iron(\(\(\(\\\(K\h\ -\\@\; \ -(!\\\(D\ p\ -\@\ \; \ -(6\ x\ -\ \; \ -(\   ]'Lead(](](](]]](K]] -]]@]; ] -(!]]](D] ] -]@] ]; ] -(6] ] -] ]; ] -(]   ^'Mercury(^(^(^(^^^(K^^ -^^@^; ^ -(!^^^(D^ ^ -^@^ ^; ^ -(6^ ^ -^ ^; ^ -(^  _'Molybdenum(_(_(_(___(K__ -__@_; _ -(!___(D_ _ -_@_ _; _ -(6_ _ -_ _; _ -(_   `'Nickel(`(`(`(```(K`` -``@`; ` -(!```(D` ` -`@` `; ` -(6` ` -` `; ` -(`  a'Selenium(a(a(a(aaa(Kaa -aa@a; a -(!aaa(Da a -a@a a; a -(6a a -a a; a -(a   b'Silver(b(b(b(bbb(Kbb -bb@b; b -(!bbb(Db 8b -b@b b; b -(6b @b -b b; b -(b   c'Zinc(c(c(c(ccc(KcHc -cc@c; c -(!ccc(Dc Pc -c@c c; c -(6c Xc -c c; c -(c  d'(Qind) wd'Industrial User total plant discharge flow in Million Gallons per Day (MGD) that contains a particular pollutant.e'(Qpotw) *e'POTW's average influent flow in MGD.f'(Rprim) Df'Removal efficiency across across primary treatment as percent.g'(Ccrit) 8g'Activated sludge threshold inhibition level, mg/l.h'(Qdom) 1h'Domestic/commercial background flow in MGD.i'(Cdom) Vi'Domestic/commercial background concentration for a particular pollutant in mg/l.j'(Lhw) \j'Maximum allowable headworks pollutant loading to the POTW in pounds per day (lbs/day).k'(Ldom) pk'Domestic/commercial background loading to the POTW for a particular pollutant in pounds per day (lbs/day).l'(Lind) Il'Maximum allowable industrial loading to the POTW in pounds per day.m'(Cind) Em'Industrial allowable local limit for a given pollutant in mg/l. n'(SF)"n'Safety factor as a percent.  o'8.34o'Unit conversion factorp'Lhw = p'8.34 * Ccrit * Qpotw q' q' 1 - Rprims|::t' u' u'  u'TABLEu'4 u ' Rv' Local Limits Determination Based on Nitrification Inhibition Level=x' ENVIRONMENTAL CRITERIA AND PROCESS DATA BASEx' MAXIMUM LOADINGx ' INDUSTRIALz^IU Pollut. z^POTW z^Removalz' Nitrificationz^ Domestic andz'Commercialz^Allowablez^ Domestic/z ' Allowable z ^Localz ' Safety{'Pollutant {^Flow {^Flow{^Efficiency{'Inhibition Level {^Conc. {^Flow{^Headworks{^ Commercial { ^Loading { ^ Limit { ' Factor |^(MGD) |^(MGD) |^(%) |^(mg/l) |^(mg/l) |^(MGD)|^(lbs/day)|^(lbs/day)| ^(lbs/day) | ^(mg/l) | ' (%) }^(Qind) }^(Qpotw) }^(Rsec) }^(Ccrit) }^(Cdom) }^(Qdom) }^(Lhw) }^(Ldom) } ^(Lind) } ^(Cind)} ' (SF) ~'Arsenic(~ (~ (~ (~~~(K~`~ -~~@~; ~ -(!~~~(D~ h~ -~@~ ~; ~ -(6~ p~ -~ ~; ~ -(~   'Cadmium( ( ( ((Kx -@;  -(!(D  -@ ;  -(6  - ;  -(  'Chromium( ( ( ((K -@;  -(!(D  -@ ; -(6  - ; -(  'Hex. Chrom.( ( ( ((K -@;  -(!(D  -@ ; -(6  - ; -(   'Copper( ( ( ((K -@;  -(!(D  -@ ; -(6  - ; -(   'Cyanide(((((K -@;  -(!(D  -@ ; -(6  - ; -(   'Iron(((((K -@;  -(!(D  -@ ; -(6  - ; -(   'Lead(((((K -@;  -(!(D  -@ ; -(6  - ; -(   'Mercury(((((K  -@;  -(!(D ( -@ ; -(6 0 - ; -(  'Molybdenum(((((K8 -@;  -(!(D @ -@ ; -(6 H - ; -(   'Nickel(((((KP -@;  -(!(D X -@ ; -(6 ` - ; -(  'Selenium(((((Kh -@;  -(!(D p -@ ; -(6 x - ; -(   'Silver(((((K -@;  -(!(D  -@ ; -(6  - ; -(   'Zinc(((((K -@;  -(!(D  -@ ; -(6  - ; -(   '(Qind)w'Industrial User total plant discharge flow in Million Gallons per Day (MGD) that contains a particular pollutant.'(Qpotw) *'POTW's average influent flow in MGD.'(Rsec) T'Removal efficiency across primary treatment and secodary treatment as percent.'(Ccrit) 5'Nitrification threshold inhibition level, mg/l.'(Qdom) 1'Domestic/commercial background flow in MGD.'(Cdom) V'Domestic/commercial background concentration for a particular pollutant in mg/l.'(Lhw) \'Maximum allowable headworks pollutant loading to the POTW in pounds per day (lbs/day).'(Ldom) p'Domestic/commercial background loading to the POTW for a particular pollutant in pounds per day (lbs/day).'(Lind) I'Maximum allowable industrial loading to the POTW in pounds per day.'(Cind) E'Industrial allowable local limit for a given pollutant in mg/l. '(SF)"'Safety factor as a percent.  '8.34'Unit conversion factor'Lhw = '8.34 * Ccrit * Qpotw ' ' 1 - Rsec|::' '  'TABLE '5 ' ]' Local Limits Determination Based on USEPA 503 Sludge Regulations=' ENVIRONMENTAL CRITERIA AND PROCESS DATA BASE ' MAXIMUM LOADING  ' INDUSTRIAL^IU Pollut. ^POTW ^Sludge ^Percent ^Removal^503 Sludge' Domestic and'Commercial ^Allowable ^ Domestic/ ' Allowable ^Local ' Safety'Pollutant ^Flow ^Flow ^Flow ^Solids^Efficiency^Criteria ^Conc. ^Flow ^Headworks ^ Commercial ^Loading ^ Limit  ' Factor ^(MGD) ^(MGD) ^(MGD) ^(%) ^(%) ^(mg/kg) ^(mg/l) ^(MGD) ^(lbs/day) ^(lbs/day) ' (lbs/day) ^(mg/l) ' (%) ^(Qind) ^(Qpotw) ^(Qsldg) ^(PS) ^(Rpotw)^(Cslcrit) ^(Cdom) ^(Qdom) ^(Lhw) ^(Ldom) ^(Lind) ^(Cind) ' (SF) 'Arsenic( ( ( ( ((S  -; -(! (D  - @  ; -(7  - ; -(   'Cadmium( ( ( ( ((S  -; -(! (D  - @  ; -(7  - ; -(  'Chromium( ( ( ( ((S  -; -(! (D  - @  ; -(7  - ; -(  'Hex. Chrom.( ( ( ( ((S  -; -(! (D  - @  ; -(7  - ; -(   'Copper( ( ( ( ((S  -; -(! (D  - @  ; -(7  - ; -(   'Cyanide((((((S ( -; -(! (D 0 - @  ; -(7 8 - ; -(   'Iron((((((S @ -; -(! (D H - @  ; -(7 P - ; -(   'Lead((((((S X -; -(! (D ` - @  ; -(7 h - ; -(   'Mercury((((((S p -; -(! (D x - @  ; -(7  - ; -(  'Molybdenum((((((S  -; -(! (D  - @  ; -(7  - ; -(   'Nickel((((((S  -; -(! (D  - @  ; -(7  - ; -(  'Selenium((((((S  -; -(! (D  - @  ; -(7  - ; -(   'Silver((((((S  -; -(! (D  - @  ; -(7  - ; -(   'Zinc((((((S  -; -(! (D  - @  ; -(7  - ; -(  '(Qind) w'Industrial User total plant discharge flow in Million Gallons per Day (MGD) that contains a particular pollutant.'(Qpotw) *'POTW's average influent flow in MGD. '(Qsldg)%'Sludge flow to disposal in MGD. '(PS)+'Percent solids of sludge to disposal.'(Rpotw) 2'Removal efficiency across POTW as a percent.'(Cslcrit) .'503 sludge criteria in mg/kg dry sludge.'(Qdom) 1'Domestic/commercial background flow in MGD.'(Cdom) V'Domestic/commercial background concentration for a particular pollutant in mg/l.'(Lhw) \'Maximum allowable headworks pollutant loading to the POTW in pounds per day (lbs/day).'(Ldom) p'Domestic/commercial background loading to the POTW for a particular pollutant in pounds per day (lbs/day).'(Lind) I'Maximum allowable industrial loading to the POTW in pounds per day.'(Cind) E'Industrial allowable local limit for a given pollutant in mg/l. '(SF)"'Safety factor as a percent.  '8.34'Unit conversion factor'Lhw = ''8.34 * Cslcrit * (PS/100) * Qsldg ' ' Rpotw|::'  'TABLE '6L' Local Limits Determination Based on State Sludge Criteria>' ENVIRONMENTAL CRITERIA AND PROCESS DATA BASE ' MAXIMUM LOADING ' INDUSTRIAL^IU Pollut. ^POTW ^Sludge ^Percent ^Removal^State Sludge'Domestic and'Commercial ^Allowable ^ Domestic/ ^Allowable ^Local ' Safety^Pollutant ^Flow ^Flow ^Flow ^Solids^Efficiency^Criteria ^Conc. ^Flow ^Headworks ^ Commercial ^Loading ^ Limit  ' Factor ^(MGD) ^(MGD) ^(MGD) ^(%) ^(%) ^(mg/kg) ^(mg/l) ^(MGD) ^(lbs/day) ^(lbs/day) ^(lbs/day) ^(mg/l) ' (%) ^(Qind) ^(Qpotw) ^(Qsldg) ^(PS) ^(Rpotw)^(Cslcrit) ^(Cdom) ^(Qdom) ^(Lhw) ^(Ldom) ^(Lind) ^(Cind) ' (SF) 'Arsenic( ( ((( ( ((S  -; -(! (D  - @  ; -(7  - ; -(   'Cadmium( ( ((( ( ((S  -; -(! (D  - @  ; -(7 ( - ; -(  'Chromium( ( ((( ( ((S 0 -; -(! (D 8 - @  ; -(7 @ - ; -(  'Hex. Chrom.( ( ((( ( ((S H -; -(! (D P - @  ; -(7 X - ; -(   'Copper( ( ((( ( ((S ` -; -(! (D h - @  ; -(7 p - ; -(   'Cyanide((((((((S x -; -(! (D  - @  ; -(7  - ; -(   'Iron((((((((S  -; -(! (D  - @  ; -(7  - ; -(   'Lead((((((((S  -; -(! (D  - @  ; -(7  - ; -(   'Mercury((((((((S  -; -(! (D  - @  ; -(7  - ; -(  'Molybdenum((((((((S  -; -(! (D  - @  ; -(7  - ; -(   'Nickel((((((((S  -; -(! (D  - @  ; -(7  - ; -(  'Selenium((((((((S  -; -(! (D  - @  ; -(7  - ; -(   'Silver((((((((S  -; -(! (D ( - @  ; -(7 0 - ; -(   'Zinc((((((((S 8 -; -(! (D @ - @  ; -(7 H - ; -(  'Manganese(((S P -; -(! (D X - @  ; -(7 ` - ; -'Antimony(((S h -; -(! (D p - @  ; -(7 x - ; -'(Qind) w'Industrial User total plant discharge flow in Million Gallons per Day (MGD) that contains a particular pollutant.'(Qpotw) *'POTW's average influent flow in MGD. '(Qsldg)%'Sludge flow to disposal in MGD. '(PS)+'Percent solids of sludge to disposal.'(Rpotw) 2'Removal efficiency across POTW as a percent.'(Cslcrit) 0'State sludge criteria in mg/kg dry sludge. '  ' '(Qdom) 1'Domestic/commercial background flow in MGD. ' '(Cdom) V'Domestic/commercial background concentration for a particular pollutant in mg/l.'(Lhw) \'Maximum allowable headworks pollutant loading to the POTW in pounds per day (lbs/day).'(Ldom) p'Domestic/commercial background loading to the POTW for a particular pollutant in pounds per day (lbs/day).'(Lind) I'Maximum allowable industrial loading to the POTW in pounds per day.'(Cind) E'Industrial allowable local limit for a given pollutant in mg/l. '(SF)"'Safety factor as a percent.  '8.34'Unit conversion factor'Lhw = ''8.34 * Cslcrit * (PS/100) * Qsldg ' ' Rpotw|::'  'TABLE '7I'Local Limits Determination Based on Chronic Water Quality Standards6' ENVIRONMENTAL CRITERIA AND PROCESS DATA BASE ' MAXIMUM LOADING ' INDUSTRIAL^IU Pollut. ^POTW^Upstream^Upstream ^Removal ^Chronic'Domestic and'Commercial ^Allowable ^ Domestic/ ^Allowable ^Local ' Safety^Pollutant ^Flow ^Flow ^Flow ^Conc.^Efficiency ^WQS ^Conc. ^Flow ^Headworks ^ Commercial ^Loading ^ Limit  ' Factor ^(MGD) ^(MGD) ^(MGD) ^(mg/l) ^(%) ^(mg/l) ^(mg/l) ^(MGD) ^(lbs/day) ^(lbs/day) ^(lbs/day) ^ (mg/l) ' (%) ^(Qind) ^(Qpotw) ^(Qstr) ^(Cstr) ^(Rpotw) ^(Ccrit) ^(Cdom) ^(Qdom) ^(Lhw) ^ (Ldom) ^ (Lind) ^ (Cind) ' (SF) 'Arsenic( ( ( ( ((b  -@; -(! (D  - @  ; -(7  - ; -(   'Cadmium( ( ( ( ((b  -@; -(! (D  - @  ; -(7  - ; -(  'Chromium( ( ( ( ((b  -@; -(! (D  - @  ; -(7  - ; -(  'Hex. Chrom.( ( ( ( ((b  -@; -(! (D  - @  ; -(7  - ; -(   'Copper( ( ( ( ((b  -@; -(! (D  - @  ; -(7  - ; -(   'Cyanide((((((b  -@; -(! (D  - @  ; -(7  - ; -(   'Iron((((((b  -@; -(! (D  - @  ; -(7  - ; -(   'Lead((((((b ( -@; -(! (D 0 - @  ; -(7 8 - ; -(   'Mercury((((((b @ -@; -(! (D H - @  ; -(7 P - ; -(  'Molybdenum((((((b X -@; -(! (D ` - @  ; -(7 h - ; -(   'Nickel((((((b p -@; -(! (D x - @  ; -(7  - ; -(  'Selenium((((((b  -@;  -(! (D  - @  ;  -(7  - ;  -(   'Silver((((((b  -@;  -(! (D  - @  ;  -(7  - ;  -(   'Zinc((((((b  -@;  -(! (D  - @  ;  -(7  - ;  -(  '(Qind) w'Industrial User total plant discharge flow in Million Gallons per Day (MGD) that contains a particular pollutant.'(Qpotw) *'POTW's average influent flow in MGD. '(Qstr)3'Receiving stream (upstream) 7Q10 flow in MGD. '(Cstr)0'Receiving stream background level in mg/l.'(Rpotw) 0'Removal efficiency across POTW as percent.'(Ccrit) N'State chronic water quality standard for a particular pollutant in mg/l. '(Qdom) 1 'Domestic/commercial background flow in MGD. '(Cdom) V 'Domestic/commercial background concentration for a particular pollutant in mg/l. '(Lhw) \ 'Maximum allowable headworks pollutant loading to the POTW in pounds per day (lbs/day). '(Ldom) p 'Domestic/commercial background loading to the POTW for a particular pollutant in pounds per day (lbs/day). '(Lind) I 'Maximum allowable industrial loading to the POTW in pounds per day.'(Cind) E'Industrial allowable local limit for a given pollutant in mg/l. '(SF)"'Safety factor as a percent.  '8.34'Unit conversion factor'Lhw = 5'8.34 * (Ccrit * (Qstr + Qpotw) - (Cstr * Qstr)) ' !' 1 - Rpotw|::'  'TABLE '8U' Local Limits Determination Based on Acute Water Quality Standards@' ENVIRONMENTAL CRITERIA AND PROCESS DATA BASE ' MAXIMUM LOADING  ' INDUSTRIAL^IU Pollut. ^POTW^Upstream^Upstream ^Removal ^Acute'Domestic and'Commercial ^Allowable ^ Domestic/ ^Allowable  ^Local ' Safety^Pollutant ^Flow ^Flow ^Flow ^Conc.^Efficiency ^WQS ^Conc. ^Flow ^Headworks ^ Commercial  ^Loading  ^ Limit  ' Factor ^(MGD) ^(MGD) ^(MGD) ^(mg/l) ^(%) ^(mg/l) ^(mg/l) ^(MGD) ^(lbs/day) ^(lbs/day) ^(lbs/day)  ^ (mg/l)  ' (%) ^(Qind) ^(Qpotw) ^(Qstr) ^(Cstr) ^(Rpotw) ^(Ccrit) ^(Cdom) ^(Qdom)  ^(Lhw)  ^ (Ldom)  ^ (Lind)  ^ (Cind)  ' (SF) 'Arsenic( ( (( ( ((b  -@;  -(! (D  - @  ;  -(7  - ;  -(   'Cadmium( ( (( ( ((b  -@;  -(! (D  - @  ;  -(7  - ;  -(  'Chromium( ( (( ( ((b  -@;  -(! (D  - @  ;  -(7  - ;  -(   'Hex. Chrom.(  (  ( (  (  (   (b    -     @ ;  -(!    (D    -  @    ;  -(7  (  -   ;  -(    !'Copper(! (! (!(! (! (!!!(b! 0! -!!!!!@!; ! -(!! !!(D! 8! -! @! ! ; ! -(7! @! -! !; ! -(!   "'Cyanide("("("("("("""(b" H" -"""""@"; " -(!" ""(D" P" -" @" " ; " -(7" X" -" "; " -("   #'Iron(#(#(#(#(#(###(b# `# -#####@#; # -(!# ##(D# h# -# @# # ; # -(7# p# -# #; # -(#   $'Lead($($($($($($$$(b$ x$ -$$$$$@$; $ -(!$ $$(D$ $ -$ @$ $ ; $ -(7$ $ -$ $; $ -($   %'Mercury(%(%(%(%(%(%%%(b% % -%%%%%@%; % -(!% %%(D% % -% @% % ; % -(7% % -% %; % -(%  &'Molybdenum(&(&(&(&(&(&&&(b& & -&&&&&@&; & -(!& &&(D& & -& @& & ; & -(7& & -& &; & -(&   ''Nickel('('('('('('''(b' ' -'''''@'; ' -(!' ''(D' ' -' @' ' ; ' -(7' ' -' '; ' -('  ('Selenium(((((((((((((((b( ( -(((((@(; ( -(!( (((D( ( -( @( ( ; ( -(7( ( -( (; ( -((   )'Silver()()()()()()))(b) ) -)))))@); ) -(!) ))(D) ) -) @) ) ; ) -(7) ) -) ); ) -()   *'Zinc(*(*(*(*(*(***(b* * -*****@*; * -(!* **(D* * -* @* * ; * -(7* * -* *; * -(*  +'(Qind) w+'Industrial User total plant discharge flow in Million Gallons per Day (MGD) that contains a particular pollutant.,'(Qpotw) *,'POTW's average influent flow in MGD. -'(Qstr)3-'Receiving stream (upstream) 1Q10 flow in MGD. .'(Cstr)0.'Receiving stream background level in mg/l./'(Rpotw) 0/'Removal efficiency across POTW as percent.0'(Ccrit) L0'State acute water quality standard for a particular pollutant in mg/l.1'(Qdom) 11'Domestic/commercial background flow in MGD.2'(Cdom) V2'Domestic/commercial background concentration for a particular pollutant in mg/l.3'(Lhw) \3'Maximum allowable headworks pollutant loading to the POTW in pounds per day (lbs/day).4'(Ldom) p4'Domestic/commercial background loading to the POTW for a particular pollutant in pounds per day (lbs/day).5'(Lind) I5'Maximum allowable industrial loading to the POTW in pounds per day.6'(Cind) E6'Industrial allowable local limit for a given pollutant in mg/l. 7'(SF)"7'Safety factor as a percent.  8'8.348'Unit conversion factor9'Lhw = 59'8.34 * (Ccrit * (Qstr + Qpotw) - (Cstr * Qstr)) :' !:' 1 - Rpotw;|::<'  <'TABLE <'9W=' Local Limits Determination Based on Anaerobic Digester Inhibition Level6?' ENVIRONMENTAL CRITERIA AND PROCESS DATA BASE?' MAXIMUM LOADING? ' INDUSTRIALA^IU Pollut. A^POTWA^Sludge Flow A^RemovalA^Anaerobic DigesterA'Domestic and A'CommercialA^AllowableA ^ Domestic/A ^Allowable A ^LocalA ' SafetyB^Pollutant B^Flow B^FlowB^to DigesterB^EfficiencyB^Inhibition Level B^Conc. B^FlowB^HeadworksB ^ Commercial B ^Loading B ^ Limit B ' Factor C^(MGD) C^(MGD) C^(MGD) C^(%) C^(mg/l) C^(mg/l) C^(MGD)C^(lbs/day)C ^(lbs/day)C ^(lbs/day) C ^ (mg/l) C ' (%) D^(Qind) D^(Qpotw) D^(Qdig) D^(Rpotw) D^(Ccrit) D^(Cdom) D^(Qdom) D^(Lhw) D ^ (Ldom) D ^ (Lind) D ^ (Cind)D ' (SF) E'Arsenic(E (E (E (E (EEE(DE E -EEE; E -(!E EE(BE (E -E@E E ; E -(8E 0E -E E; E -(E   F'Cadmium(F (F (F (F (FFF(DF8F -FFF; F -(!F FF(BF @F -F@F F ; F -(8F HF -F F; F -(F  G'Chromium(G (G (G (G (GGG(DGPG -GGG; G -(!G GG(BG XG -G@G G ; G -(8G `G -G G; G -(G  H'Hex. Chrom.(H (H (H (H (HHH(DHhH -HHH; H -(!H HH(BH pH -H@H H ; H -(8H xH -H H; H -(H   I'Copper(I (I (I (I (III(DII -III; I -(!I II(BI I -I@I I ; I -(8I I -I I; I -(I   J'Cyanide(J(J(J(J(JJJ(DJJ -JJJ; J -(!J JJ(BJ J -J@J J ; J -(8J J -J J; J -(J   K'Iron(K(K(K(K(KKK(DKK -KKK; K -(!K KK(BK K -K@K K ; K -(8K K -K K; K -(K   L'Lead(L(L(L(L(LLL(DLL -LLL; L -(!L LL(BL L -L@L L ; L -(8L L -L L; L -(L   M'Mercury(M(M(M(M(MMM(DMM -MMM; M -(!M MM(BM M -M@M M ; M -(8M M -M M; M -(M  N'Molybdenum(N(N(N(N(NNN(DNN -NNN; N -(!N NN(BN N -N@N N ; N -(8N N -N N; N -(N   O'Nickel(O(O(O(O(OOO(DOO -OOO; O -(!O OO(BO O -O@O O ; O -(8O O -O O; O -(O  P'Selenium(P(P(P(P(PPP(DP(P -PPP; P -(!P PP(BP 0P -P@P P ; P -(8P 8P -P P; P -(P   Q'Silver(Q(Q(Q(Q(QQQ(DQ@Q -QQQ; Q -(!Q QQ(BQ HQ -Q@Q Q ; Q -(8Q PQ -Q Q; Q -(Q   R'Zinc(R(R(R(R(RRR(DRXR -RRR; R -(!R RR(BR `R -R@R R ; R -(8R hR -R R; R -(R  S'(Qind) wS'Industrial User total plant discharge flow in Million Gallons per Day (MGD) that contains a particular pollutant.T'(Qpotw) *T'POTW's average influent flow in MGD. U'(Qdig)%U'Sludge flow to digester in MGD.V'(Rpotw) 0V'Removal efficiency across POTW as percent.W'(Ccrit) <W'Anaerobic digester threshold inhibition level in mg/l.X'(Qdom) 1X'Domestic/commercial background flow in MGD.Y'(Cdom) VY'Domestic/commercial background concentration for a particular pollutant in mg/l.Z'(Lhw) \Z'Maximum allowable headworks pollutant loading to the POTW in pounds per day (lbs/day).['(Ldom) p['Domestic/commercial background loading to the POTW for a particular pollutant in pounds per day (lbs/day).\'(Lind) I\'Maximum allowable industrial loading to the POTW in pounds per day.]'(Cind) E]'Industrial allowable local limit for a given pollutant in mg/l. ^'(SF)"^'Safety factor as a percent.  _'8.34_'Unit conversion factor`'Lhw = `'8.34 * Ccrit * Qdig a' a' Rpotwb' c' B@  BCA:D286  66 Pu ``??P6 u  B 6 H ` l H N B T < N H 0   *  <   %&&''(&' q  q q q qqqqq u qqqqqqqqq  qqqqqqqqq qqqqqqqqq qqqqq  qqqq    qqqqqqqqqD~ u   3 -     B       PPPPPPPPPPPPPPPP PPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPPP#P$P#P PP"PP!PP PPP"P#PPP#P#P%P$P$PP"P#PP$PP#P#P%P$P$PPPPPPPPPPPPPPPP%P$P$PPPPPPPPPPPPPPPPP!PP PPPPPPPPPPPPPPPPPPPPPPP!PPP PPPPPPP"P#PP$P#PP#PP%PP$PP"PPPPPPPPPPPPPPPPP!PP#PP"PP$PP"P#P$P#P#PPP$P"PPP"P#P$P!PPPPP!PPP PP"PP$PP#P%P$P$PP#P%P$P           2 BPB B N @ d     A_  , B@   B@   W  Sreedevi Yedavalli/R5/USEPA/USSreedevi Yedavalli/R5/USEPA/US123123 PropertyDoc Info AuthorDoc Info CommentsDoc Info Editing TimeDoc Info Last RevisorDoc Info ObjectDoc Info Revisions Count  aXc .a *a`saa`";a`"a a Ka  a ]a  "aCMHdra