model.lst fri may 28 17:07:06 2021 1newton.cheme.cmu.edu/interfaces/waternet/model.pdf · 2021. 5....

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GAMS 24.4.1 r50296 Released Dec 20, 2014 LEX-LEG x86 64bit/Linux

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G e n e r a l A l g e b r a i c M o d e l i n g S y s t e m

C o m p i l a t i o n

INCLUDE /var/www/html/interfaces/cgi-bin/waternet/ex1.dat

2 * Example 1 from paper. Process unit 2 Treatment unit 2.

3

INCLUDE /var/www/html/interfaces/cgi-bin/waternet/sets.inc

7 ***************************SETS FOR MODEL*******************************

8

9 SETS

10

11 TU_STC Treating units

12 /T1,T2,T3/

13

14 PU_STC Process units

15 /P1,P2,P3,P4,P5/

16

17 SPL_STC Splitters

18 /S1,

19 S11,S21,S31,S41,S51,

20 SA11,SA21,SA31/

21

22 MXR Mixers

23 /M1,M2,M3,M4,M5

24 M6,M7,M8

25 MF/

26

27 STR_STC Streams

28 /IN

29 1,2,3,4,5,

30 11,12,121*129,

31 21,22,221*229,

32 31,32,321*329,

33 41,42,421*429,

34 51,52,521*529,

35 13,14,141*149,

36 23,24,241*249,

37 33,34,341*349,

38 FP/

39

40 STRF(STR_STC) Feed

41 /IN/;

42

43 sets

44 SPL(SPL_STC) Dynamic set - splitters

45 STR(STR_STC) Dynamic set - streams

46 PU(PU_STC) Dynamic set - process units

47 TU(TU_STC)

48

49 ITU(TU_STC,STR_STC) Treating units input streams

50 /T1.13

51 T2.23

52 T3.33/

53

54 OTU(TU_STC,STR_STC) Treating units output streams

55 /T1.14

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56 T2.24

57 T3.34/

58

59 IPU(PU_STC,STR_STC) Process units input streams

60 /P1.11

61 P2.21

62 P3.31

63 P4.41

64 P5.51/

65 OPU(PU_STC,STR_STC) Process units output streams

66 /P1.12

67 P2.22

68 P3.32

69 P4.42

70 P5.52/

71 ISPL(SPL_STC,STR_STC) Spliters input streams

72 /S1.IN

73 S11.12

74 S21.22

75 S31.32

76 S41.42

77 S51.52

78 SA11.14

79 SA21.24

80 SA31.34 /

81 OSPL(SPL_STC,STR_STC) Splitters output streams

82 /(S1).1*5

83 (S11).121*129

84 (S21).221*229

85 (S31).321*329

86 (S41).421*429

87 (S51).521*529

88 (SA11).141*149

89 (SA21).241*249

90 (SA31).341*349/

91 IMXR(MXR,STR_STC) Mixers input streams

92 /M1.1

93 M1.121,M1.221,M1.321,M1.421,M1.521,M1.141,M1.241,M1.341,

94 M2.2

95 M2.122,M2.222,M2.322,M2.422,M2.522,M2.142,M2.242,M2.342,

96 M3.3

97 M3.123,M3.223,M3.323,M3.423,M3.523,M3.143,M3.243,M3.343,

98 M4.4

99 M4.124,M4.224,M4.324,M4.424,M4.524,M4.144,M4.244,M4.344,

100 M5.5

101 M5.125,M5.225,M5.325,M5.425,M5.525,M5.145,M5.245,M5.345,

102 M6.126,M6.226,M6.326,M6.426,M6.526,M6.146,M6.246,M6.346,

103 M7.127,M7.227,M7.327,M7.427,M7.527,M7.147,M7.247,M7.347,

104 M8.128,M8.228,M8.328,M8.428,M8.528,M8.148,M8.248,M8.348,

105 MF.129,MF.229,MF.329,MF.429,MF.529,MF.149,MF.249,MF.349/

106 OMXR(MXR,STR_STC) Mixers output streams

107 /M1.11

108 M2.21

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109 M3.31

110 M4.41

111 M5.51

112 M6.13

113 M7.23

114 M8.33

115 MF.FP/;

116

117 SETS

118 p process units /1*2/

119 t treatment units /1*2/

120 comp contaminants /a,b/;

121

122 TABLE BETA(TU_STC,COMP) ’% of recovery of each contaminat in each TU’

123

124 A B

125 T1 0.95 0

126 T2 0 0.95

127 ;

128

129 TABLE L(PU_STC,COMP) ’load of contaminant inside process unit kg/h’

130

131 A B

132 P1 1 1.5

133 P2 1 1

134 ;

135

136 TABLE Cmax(PU_STC,COMP) Maximun inlet concentration contaminat j Process Unit p (ppm)

137

138 A B

139 P1 0 0

140 P2 50 50

141 ;

142

143 PARAMETER MAX_P(PU_STC) ’Maximum flowrate for process units [ton/h]’

144 /P1 = 40

145 P2 = 50/

146

147 OCT(TU_STC) operating cost coefficient for treatment unit t

148 /T1 = 1

149 T2 = 0.0067/

150

151 ICT(TU_STC) investment cost coefficient for treatment unit t

152 /T1 = 16800

153 T2 = 12600/

154

155 exp(TU_STC) cost function exponent

156 /T1 = 0.7

157 T2 = 0.7/

158 ;

159 SCALARS

160 hours hours of plant operation per annum /8000/

161 AR annualized factor for investment on treatment units/0.1/

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162 Cout environmental discharge limit for contaminants A and B (ppm) /10/;

INCLUDE /var/www/html/interfaces/cgi-bin/waternet/model.inc

164

165 **************************************************************************

166 ** ** ** ** ** ** ** ** EQUATION FILE FOR WATER ** ** ** ** ** ** ** ** **

167 **************************************************************************

168

169

170 SCALAR

171 FAC ’unit conversion factor (C in ppm and L in kg/h)’ /1E3/;

172

173 POSITIVE VARIABLES

174 F(STR_STC) ’total flowrate of each stream [ton/hr]’

175 C(STR_STC,COMP) ’pollutants concentration in each stream [ppm]’

176

177 ;

178 ALIAS(STR,STR1);

179

180 ** SPLITTERS

181 EQUATIONS

182 SPLFB(SPL_STC,STR_STC) ’mass balance, total flowrates’

183 SPLCB(SPL_STC,STR_STC,COMP) ’mass balance, concentrations’;

184

185

186 SPLFB(SPL,STR) $ISPL(SPL,STR).. F(STR) =E= SUM(STR1 $OSPL(SPL,STR1),F(STR1));

187 SPLCB(SPL,STR,COMP) $OSPL(SPL,STR).. SUM(STR1 $ISPL(SPL,STR1),C(STR1,COMP)) =E= C(STR,CO

MP);

188

189 ** TREATING UNITS

190 EQUATIONS

191 TUMB(TU_STC) ’mass balance to total flowrates’

192 TUCB(TU_STC,COMP) ’mass balance to individual pollutants’;

193

194 TUMB(TU).. SUM(STR $ITU(TU,STR),F(STR)) =E= SUM(STR1 $OTU(TU,STR1),F(STR1));

195 TUCB(TU,COMP).. SUM(STR $(OTU(TU,STR)), C(STR,COMP)) =E= SUM(STR1 $(ITU(TU,STR1)),(1 - B

ETA(TU,COMP)) * C(STR1,COMP));

196

197 ** MIXERS

198 EQUATIONS

199 MXRMB(MXR,STR_STC) ’mass balance to total flowrates’

200 MXRCB(MXR,STR_STC,COMP) ’mass balance to individual concentrations’;

201

202 MXRMB(MXR,STR) $OMXR(MXR,STR).. F(STR) =E= SUM(STR1 $IMXR(MXR,STR1),F(STR1));

203 MXRCB(MXR,STR,COMP) $OMXR(MXR,STR).. F(STR) * C(STR,COMP) =E= SUM(STR1 $IMXR(MXR,STR1),F

(STR1) * C(STR1,COMP));

204

205 ** PROCESS UNITS

206 EQUATIONS

207 PUMB(PU_STC) ’mass balance to total flowrates’

208 PUCB(PU_STC,COMP) ’mass balance to individual concentrations’;

209

210 PUMB(PU).. SUM(STR $IPU(PU,STR),F(STR)) =E= SUM(STR1 $OPU(PU,STR1),F(STR1));

211 PUCB(PU,COMP).. SUM(STR $(OPU(PU,STR)),F(STR)*C(STR,COMP))- SUM(STR1 $(IPU(PU,STR1)),F(S

TR1)*C(STR1,COMP))- L(PU,COMP)*FAC =E= 0;

212

213

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214 ** INITIALIZATION OF SETS

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215 STR(STR_STC) = YES;

216 SPL(SPL_STC) = YES;

217 PU(PU_STC) = YES;

218 TU(TU_STC) = YES;

219

220 * Overall Relaxation

221 EQUATIONS

222

223 REL(COMP);

224

225 REL(COMP).. sum(PU,L(PU,COMP)*FAC) =E= F(’FP’)*C(’FP’,COMP) + SUM((TU,STR)$(ITU(TU,STR)

),BETA(TU,COMP)*(F(STR)*C(STR,COMP)));

226

227 ***stream restrictions for model

228 if ((card(t) eq 2 and card(p) eq 2),

229 STR(’3’) = NO; STR(’4’) = NO; STR(’5’) = NO;

230 STR(’123’) = NO; STR(’124’) = NO; STR(’125’) = NO; STR(’128’) = NO;




234 PU(’P3’) = NO; PU(’P4’) = NO; PU(’P5’) = NO;


236 STR(’321’) = NO; STR(’322’) = NO; STR(’323’) = NO; STR(’324’) = NO; STR(’325’) = NO;

STR(’326’) = NO; STR(’327’) = NO; STR(’329’) = NO;


STR(’346’) = NO; STR(’347’) = NO; STR(’348’) = NO; STR(’349’) = NO;

238 STR(’41’) = NO; STR(’42’) = NO; STR(’421’) = NO; STR(’422’) = NO; STR(’423’) = NO; STR(’

424’) = NO; STR(’425’) = NO; STR(’426’) = NO;



524’) = NO; STR(’525’) = NO; STR(’526’) = NO;

241 STR(’527’) = NO; STR(’528’) = NO; STR(’529’) = NO; TU(’T3’) = NO; spl(’s31’) = no; spl(

’s41’)=no; spl(’s51’)=no; spl(’sa31’)=no;

242 );

243








251 PU(’P3’) = NO; PU(’P4’) = NO; PU(’P5’) = NO;

252 STR(’23’) = NO; STR(’24’) = NO;



STR(’326’) = NO; STR(’327’) = NO; STR(’329’) = NO;


STR(’346’) = NO; STR(’347’) = NO; STR(’348’) = NO; STR(’349’) = NO;


424’) = NO; STR(’425’) = NO; STR(’426’) = NO;



524’) = NO; STR(’525’) = NO; STR(’526’) = NO;

259 STR(’527’) = NO; STR(’528’) = NO; STR(’529’) = NO; TU(’T2’) = NO; TU(’T3’) = NO; spl(’s3

1’) = no; spl(’s41’)=no; spl(’s51’)=no; spl(’sa21’)=no; spl(’sa31’)=no;

model.lst Fri Aug 20 07:36:53 2021 8

260 );

261


263 STR(’4’) = NO; STR(’5’) = NO;

264 STR(’124’) = NO; STR(’125’) = NO; STR(’127’) = NO; STR(’128’) = NO; STR(’144’) = NO; STR

(’145’) = NO; STR(’147’) = NO;STR(’148’) = NO;STR(’224’) = NO; STR(’225’) = NO; STR(’227’) =

NO; STR(’228’) = NO; STR(’244’) = NO; STR(’241’) = NO; STR(’242’) =

NO; STR(’243’) = NO; STR(’246’) = NO; STR(’245’) = NO; STR(’247’) = NO; STR(’248’) =

NO; STR(’249’) = NO;

265 PU(’P4’) = NO; PU(’P5’) = NO; TU(’T3’) = NO; TU(’T2’) = NO;

266 STR(’324’) = NO; STR(’325’) = NO; STR(’327’) = NO; STR(’328’) = NO; STR(’344’) = NO; S

TR(’345’) = NO; STR(’348’) = NO; STR(’341’) = NO; STR(’342’) = NO; STR(’343’) = NO; STR(’346’)

= NO; STR(’347’) = NO; STR(’349’) = NO;

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267 STR(’23’) = NO; STR(’24’) = NO;

268 STR(’33’) = NO; STR(’34’) = NO;

269 STR(’41’) = NO; STR(’42’) = NO; STR(’421’) = NO; STR(’422’) = NO; STR(’423’) = NO; STR(

’424’) = NO; STR(’425’) = NO; STR(’426’) = NO;



524’) = NO; STR(’525’) = NO; STR(’526’) = NO;


273

274 );

275


277 STR(’4’) = NO; STR(’5’) = NO;


(’148’) = NO; STR(’224’) = NO; STR(’225’) = NO; STR(’228’) = NO; STR(’244’) = NO; STR(’245’) =

NO; STR(’248’) = NO;

279 PU(’P4’) = NO; PU(’P5’) = NO; TU(’T3’) = NO;

280 STR(’324’) = NO; STR(’325’) = NO; STR(’328’) = NO; STR(’344’) = NO; STR(’345’) = NO; S

TR(’348’) = NO; STR(’341’) = NO; STR(’342’) = NO; STR(’343’) = NO; STR(’346’) = NO; STR(’347’)

= NO; STR(’349’) = NO;

281 STR(’33’) = NO; STR(’34’) = NO;


’424’) = NO; STR(’425’) = NO; STR(’426’) = NO;



524’) = NO; STR(’525’) = NO; STR(’526’) = NO;


286

287 );

288



291 PU(’P5’) = NO; STR(’325’) = NO; STR(’345’) = NO; STR(’425’) = NO; STR(’51’) = NO; STR(’5

2’) = NO; STR(’521’) = NO; STR(’522’) = NO; STR(’523’) = NO; STR(’524’) = NO; STR(’525’) = NO;

STR(’526’) = NO;


293 );

294



148’) = NO; STR(’225’) = NO; STR(’227’) = NO; STR(’228’) = NO; STR(’241’) = NO; STR(’242’) = N

O;STR(’243’) = NO; STR(’244’) = NO;


298 PU(’P5’) = NO; STR(’33’) = NO; STR(’34’) = NO; STR(’325’) = NO; STR(’327’) = NO; STR(’32

8’) = NO; STR(’341’) = NO; STR(’342’) = NO; STR(’343’) = NO; STR(’344’) = NO; STR(’345’) = NO;

STR(’346’) = NO; STR(’347’) = NO; STR(’348’) = NO; STR(’349’) = NO

;



524’) = NO; STR(’525’) = NO;STR(’526’) = NO;

301 STR(’527’) = NO; STR(’528’) = NO; STR(’529’) = NO; TU(’T2’)= NO; TU(’T3’)= NO;

302

303 );


305 STR(’128’) = NO; STR(’148’) = NO; STR(’228’) = NO; STR(’248’) = NO; STR(’33’) = NO; ST

R(’34’) = NO; STR(’328’) = NO; STR(’341’) = NO; STR(’342’) = NO; STR(’343’) = NO; STR(’344’) =

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NO; STR(’345’) = NO; STR(’346’) = NO; STR(’347’) = NO; STR(’348’)

= NO; STR(’349’) = NO; STR(’428’) = NO; STR(’528’) = NO; TU(’T3’)= NO;

306 );

307




311 STR(’23’) = NO; STR(’24’) = NO;

312 STR(’33’) = NO; STR(’34’) = NO;

313 STR(’327’) = NO; STR(’328’) = NO;


(’246’) = NO; STR(’247’) = NO; STR(’248’) = NO; STR(’249’) = NO;



316 STR(’427’) = NO; STR(’428’) = NO;

317 STR(’527’) = NO; STR(’528’) = NO; TU(’T2’)= NO; TU(’T3’)= NO;

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318 );

319



322 STR(’4’) = NO; STR(’5’) = NO;


(’225’) = NO; STR(’244’) = NO; STR(’245’) = NO; PU(’P4’) = NO; PU(’P5’) = NO;

324 STR(’324’) = NO; STR(’325’) = NO;STR(’344’) = NO; STR(’345’) = NO;


’424’) = NO; STR(’425’) = NO; STR(’426’) = NO;



524’) = NO; STR(’525’) = NO; STR(’526’) = NO;


329

330 );





335 PU(’P5’) = NO;

336 STR(’33’) = NO; STR(’34’) = NO;

337 STR(’325’) = NO; STR(’328’) = NO;



339 STR(’425’) = NO; STR(’428’) = NO;


524’) = NO; STR(’525’) = NO;STR(’526’) = NO;

341 STR(’527’) = NO; STR(’528’) = NO; STR(’529’) = NO; TU(’T3’)= NO;

342 );

343

344

345 * Shared Variable Bounds

346 F.fx(’11’) = MAX_P(’P1’);

347 F.fx(’21’) = MAX_P(’P2’);

348 F.fx(’31’) = MAX_P(’P3’);

349 F.fx(’41’) = MAX_P(’P4’);

350 F.fx(’51’) = MAX_P(’P5’);

351

352 F.fx(’12’) = MAX_P(’P1’);

353 F.fx(’22’) = MAX_P(’P2’);

354 F.fx(’32’) = MAX_P(’P3’);

355 F.fx(’42’) = MAX_P(’P4’);

356 F.fx(’52’) = MAX_P(’P5’);

357

358 F.up(’IN’) = SUM(PU,MAX_P(PU));

359 F.up(’1’) = MAX_P(’P1’);

360 F.up(’2’) = MAX_P(’P2’);

361 F.up(’3’) = MAX_P(’P3’);

362 F.up(’4’) = MAX_P(’P4’);

363 F.up(’5’) = MAX_P(’P5’);

364

365 F.up(’121’) = 0;

366 F.up(’122’) = MAX_P(’P1’);

367 F.up(’123’) = MAX_P(’P1’);

368 F.up(’124’) = MAX_P(’P1’);

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369 F.up(’125’) = MAX_P(’P1’);

370 F.up(’126’) = MAX_P(’P1’);

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371 F.up(’127’) = MAX_P(’P1’);

372 F.up(’128’) = MAX_P(’P1’);

373 F.up(’129’) = MAX_P(’P1’);

374

375 F.up(’221’) = MAX_P(’P1’);

376 F.up(’222’) = 0;

377 F.up(’223’) = MAX_P(’P2’);

378 F.up(’224’) = MAX_P(’P2’);

379 F.up(’225’) = MAX_P(’P2’);

380 F.up(’226’) = MAX_P(’P2’);

381 F.up(’227’) = MAX_P(’P2’);

382 F.up(’228’) = MAX_P(’P2’);

383 F.up(’229’) = MAX_P(’P2’);

384

385 F.up(’321’) = MAX_P(’P1’);

386 F.up(’322’) = MAX_P(’P2’);

387 F.up(’323’) = 0;

388 F.up(’324’) = MAX_P(’P3’);

389 F.up(’325’) = MAX_P(’P3’);

390 F.up(’326’) = MAX_P(’P3’);

391 F.up(’327’) = MAX_P(’P3’);

392 F.up(’328’) = MAX_P(’P3’);

393 F.up(’329’) = MAX_P(’P3’);

394

395 F.up(’421’) = MAX_P(’P1’);

396 F.up(’422’) = MAX_P(’P2’);

397 F.up(’423’) = MAX_P(’P3’);

398 F.up(’424’) = 0;

399 F.up(’425’) = MAX_P(’P4’);

400 F.up(’426’) = MAX_P(’P4’);

401 F.up(’427’) = MAX_P(’P4’);

402 F.up(’428’) = MAX_P(’P4’);

403 F.up(’429’) = MAX_P(’P4’);

404

405 F.up(’521’) = MAX_P(’P1’);

406 F.up(’522’) = MAX_P(’P2’);

407 F.up(’523’) = MAX_P(’P3’);

408 F.up(’524’) = MAX_P(’P4’);

409 F.up(’525’) = 0;

410 F.up(’526’) = MAX_P(’P5’);

411 F.up(’527’) = MAX_P(’P5’);

412 F.up(’528’) = MAX_P(’P5’);

413 F.up(’529’) = MAX_P(’P5’);

414

415 *IN TREATMENTS

416 F.up(’13’) = SUM(PU,MAX_P(PU));



419

420 *OUT TREATMENTS




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424

425 F.up(’141’) = MAX_P(’P1’);

426 F.up(’142’) = MAX_P(’P2’);

427 F.up(’143’) = MAX_P(’P3’);

428 F.up(’144’) = MAX_P(’P4’);

429 F.up(’145’) = MAX_P(’P5’);

430 F.up(’146’) = 0;

431 F.up(’147’) = SUM(PU,MAX_P(PU));

432 F.up(’148’) = SUM(PU,MAX_P(PU));

433 F.up(’149’) = SUM(PU,MAX_P(PU));

434

435 F.up(’241’) = MAX_P(’P1’);

436 F.up(’242’) = MAX_P(’P2’);

437 F.up(’243’) = MAX_P(’P3’);

438 F.up(’244’) = MAX_P(’P4’);

439 F.up(’245’) = MAX_P(’P5’);

440 F.up(’246’) = SUM(PU,MAX_P(PU));

441 F.up(’247’) = 0;

442 F.up(’248’) = SUM(PU,MAX_P(PU));

443 F.up(’249’) = SUM(PU,MAX_P(PU));

444

445 F.up(’341’) = MAX_P(’P1’);

446 F.up(’342’) = MAX_P(’P2’);

447 F.up(’343’) = MAX_P(’P3’);

448 F.up(’344’) = MAX_P(’P4’);

449 F.up(’345’) = MAX_P(’P5’);

450 F.up(’346’) = SUM(PU,MAX_P(PU));

451 F.up(’347’) = SUM(PU,MAX_P(PU));

452 F.up(’348’) = 0;

453 F.up(’349’) = SUM(PU,MAX_P(PU));

454

455 F.up(’FP’) = SUM(PU,MAX_P(PU));

456

457 F.lo(’IN’) = SMIN(PU,MAX_P(PU));

458 F.lo(’FP’) = SMIN(PU,MAX_P(PU));

459

460 C.up(’11’,COMP) = Cmax(’P1’,COMP);





465

466 C.lo(’11’,COMP) = 0;

467 C.lo(’21’,COMP) = 0;

468 C.lo(’31’,COMP) = 0;

469 C.lo(’41’,COMP) = 0;

470 C.lo(’51’,COMP) = 0;

471

472 C.fx(’IN’,COMP) = 0;

473 C.fx(’1’,COMP) = 0;

474 C.fx(’2’,COMP) = 0;

475 C.fx(’3’,COMP) = 0;

476 C.fx(’4’,COMP) = 0;

model.lst Fri Aug 20 07:36:53 2021 15


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477 C.fx(’5’,COMP) = 0;

478

479 C.up(’FP’,COMP) = Cout;

480

481 C.up(’12’,COMP) = Cmax(’P1’,COMP) + L(’P1’,COMP)*FAC/MAX_P(’P1’);


483

484 C.lo(’12’,COMP) = L(’P1’,COMP)*FAC/MAX_P(’P1’);


486











497











508

509 C.up(’13’,comp) = SMAX(PU,(Cmax(PU,COMP) + L(PU,COMP)*FAC/MAX_P(PU)));


511



514






520

521






527

528

529

model.lst Fri Aug 20 07:36:53 2021 16


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530

531 ****************bounds p3t3



534

535 C.fx(’IN’,COMP) = 0;

536 C.fx(’1’,COMP) = 0;

537 C.fx(’2’,COMP) = 0;

538 C.fx(’3’,COMP) = 0;

539 C.fx(’4’,COMP) = 0;

540 C.fx(’5’,COMP) = 0;

541



544



547







554

555 C.up(’143’,COMP) = SMAX(PU,(Cmax(PU,COMP) + L(PU,COMP)*FAC/MAX_P(PU)));

556


558







565

566 );

567



570

571 C.fx(’IN’,COMP) = 0;

572 C.fx(’1’,COMP) = 0;

573 C.fx(’2’,COMP) = 0;

574 C.fx(’3’,COMP) = 0;

575 C.fx(’4’,COMP) = 0;

576 C.fx(’5’,COMP) = 0;

577



580



model.lst Fri Aug 20 07:36:53 2021 17


08/20/21 07:36:52 Page 12



583







590


592


594


596







603

604 );

605


607



610





615



618







625







632



635

model.lst Fri Aug 20 07:36:53 2021 18


08/20/21 07:36:52 Page 13





638



641



644







651







658

659 );

660


662



665







672







679









688

model.lst Fri Aug 20 07:36:53 2021 19


08/20/21 07:36:52 Page 14











697



700




704




708









717



720









729









738

739 );

740

741

model.lst Fri Aug 20 07:36:53 2021 20


08/20/21 07:36:52 Page 15





744

745 C.fx(’IN’,COMP) = 0;

746 C.fx(’1’,COMP) = 0;

747 C.fx(’2’,COMP) = 0;

748 C.fx(’3’,COMP) = 0;

749 C.fx(’4’,COMP) = 0;

750 C.fx(’5’,COMP) = 0;

751





756





761








769



772



775



778








786


788







model.lst Fri Aug 20 07:36:53 2021 21


08/20/21 07:36:52 Page 16




796

797 );

798

799 ****************bounds p4t2


801



804





809



812








820








828



831



834



837



840








model.lst Fri Aug 20 07:36:53 2021 22


08/20/21 07:36:52 Page 17



848








856

857 );

858

859 ****************bounds p5t3


861




865







872




876








884








892








900

model.lst Fri Aug 20 07:36:53 2021 23


08/20/21 07:36:52 Page 18






904




908




912




916








924








932








940

941 );

942


944




948






model.lst Fri Aug 20 07:36:53 2021 24


08/20/21 07:36:52 Page 19




955




959









968









977









986




990




994




998




1002





model.lst Fri Aug 20 07:36:53 2021 25


08/20/21 07:36:52 Page 20







1011









1020









1029

1030 );

1031

1032


1034




1038









1047





1052








model.lst Fri Aug 20 07:36:53 2021 26


08/20/21 07:36:52 Page 21





1062










1072










1082



1085





1090





1095










1105




1109




model.lst Fri Aug 20 07:36:53 2021 27


08/20/21 07:36:52 Page 22




1114










1124










1134










1144

1145 );

1146

1147

1148 ** OBJECTIVE FUNCTION

1149 VARIABLES

1150 COST ’total flow going through the units [ton/h]’;

1151 EQUATIONS

1152 OBJ ’objective function NLP’;

1153

1154 F.l(STR) = F.up(STR);

1155 C.l(STR,COMP) = C.up(STR,COMP);

1156

1157

1158 OBJ.. COST =E= HOURS*F(’IN’) + AR*(SUM((TU,STR) $ITU(TU,STR),ICT(TU)*F(STR)**EXP(TU)))+

HOURS*(SUM((TU,STR1) $ITU(TU,STR1),OCT(TU)*F(STR1)));

1159

1160

1163

1164

1165 OPTION LIMROW=0;

1166 OPTION LIMCOL=0;

1167 option NLP = BARON;

model.lst Fri Aug 20 07:36:53 2021 28


08/20/21 07:36:52 Page 23



1168 OPTION optcr = 0.03;

1169 OPTION RESLIM = 40000;

1170

1171 MODEL water /ALL/;

1172

1173 solve water USING NLP MINIMIZING COST;

1174

1175 *DISPLAY C.L, C.UP, C.LO, F.UP, str;

INCLUDE /var/www/html/interfaces/cgi-bin/waternet/sumres.inc

1177 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **

1178

1179

1180

1181 * sumres.inc file for the creation of the Summary of Results and

1182

1183 * data for the graphic display of solution.

1184

1185

1186

1187 ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** ** **

1188

1189

1190

1191 FIlE RES1 /"../../waternet/output.html"/

1192

1193 *print OUTF ’file res100 /"../../water/output.html"/ ’;

1194

1195 PUT RES1 "<html><head><title>OUTPUT</title>"/;

1196

1197 PUT RES1 ’<style type="text/css">’/;

1198

1199 PUT RES1 " HR {"/;

1200

1201 PUT RES1 " border : thick outset #800000;"/;

1202

1203 PUT RES1 " font-color: #800000;"/;

1204

1205 PUT RES1 " }"/;

1206

1207

1208

1209 PUT RES1 " TD.ref {"/;

1210

1211 PUT RES1 " border : thick outset #FFFF130;"/;

1212

1213 PUT RES1 " background-color : #C0C0C0;"/;

1214

1215 PUT RES1 " padding-left : 1ex;"/;

1216

1217 PUT RES1 " width : 50%;"/;

1218

1219 PUT RES1 " font-size : small;"/;

1220

model.lst Fri Aug 20 07:36:53 2021 29


08/20/21 07:36:52 Page 24



1221 PUT RES1 " font-color: #800000;"/;

1222

1223 PUT RES1 " padding-top : 6px;"/;

1224

1225 PUT RES1 " padding-right : 6px;"/;

1226

1227 PUT RES1 " padding-bottom : 6px;"/;

1228

1229 PUT RES1 " padding-left : 6px;"/;

1230

1231 PUT RES1 " text-align : 1em;"/;

1232

1233 PUT RES1 " vertical-align : top;"/;

1234

1235 PUT RES1 " font-weight : bold;"/;

1236

1237 PUT RES1 " }"/;

1238

1239 PUT RES1 "</style>"/;

1240

1241 PUT RES1 "</head><body alink=#800000 link=#800000>"/;

1242

1243 PUT RES1 "<hr> <b>Waternet Interface</b></hr><hr></hr>"//;

1244

1245 PUT RES1 "<h4> Optimal Design of Integrated Water Systems</h4><br>"///;

1246

1247 PARAMETER IND,a;

1248 a=1;

1249

1250 PUT RES1 "<table align=center border =4 bordercolor=#800000><th colspan =4 bgcolor=#C0C

0C0>** ** ** DATA ** ** ** "///;

1251

1252 PUT RES1 "<tr><br><th <b>Number of Process Units : "card(p):2:0 " </b>"/;

1253

1254

1255 PUT RES1 "<br><br><table border =1 bordercolor=#800000>"/;

1256

1257 PUT RES1 "<tr><th colspan=4>Process Unit Data<tr><td>Unit<td>Flowrate<br><center>(t/h)</

center><td>Discharge Load of Contaminant<br> <center>(Kg/h)</center> <td>Maximum Inlet Contami

nant Concentration <br> <center>(ppm)</center>";

1258

1259 loop(pu_stc$(pu(pu_stc)),

1260

1261 PUT RES1 "<tr><td><center>" ord(pu_stc):3:0 ;

1262

1263 PUT RES1 "<td><center>" max_p(pu_stc):4:0 ""//;

1264

1265 PUT RES1 "<td>"//;

1266

1267 loop (comp,

1268

1269 PUT RES1 "<center>" comp.TL ":" l(pu_stc,comp):5:2 " <br>"//;

1270 );

1271

1272 PUT RES1 "<td>"//;

1273

model.lst Fri Aug 20 07:36:53 2021 30

model.lst Fri Aug 20 07:36:53 2021 31


08/20/21 07:36:52 Page 25



1274

1275 loop (comp,

1276 PUT RES1 "<center>" comp.TL ":" cmax(pu_stc,comp):6:2 " <br>"//;

1277 );

1278 );

1279

1280 PUT RES1 "</table><p>"/;

1281

1282 PUT RES1 "<tr>"//;

1283

1284 PUT RES1 "<br><br><br><th <b>Number of Treatment Units : " card(t):2:0 " </b><br>"//;

1285

1286

1287


1289

1290 PUT RES1 "<tr><th colspan=5>Treatment Unit Data<tr><td>Unit<td>Operating Cost Coefficien

t<br><center>($/t)<td>Investment Cost Coefficient<br> <center>($/t) <td>Cost Function Exponent

<td>Removal Ratio<br> <center> (%)";

1291

1292 loop(tu_stc$(tu(tu_stc)),

1293

1294 PUT RES1 "<tr><td><center>" ord(tu_stc):3:0 ;

1295

1296 PUT RES1 "<td><center>" OCT(TU_STC):4:0 " "//;

1297

1298 PUT RES1 "<td><center>" ICT(TU_STC):6:0 " "//;

1299

1300 PUT RES1 "<td><center>" exp(TU_STC):4:1 "<td> "//;

1301

1302 loop (comp,

1303

1304 PUT RES1 "<center>" comp.TL ":" (100*beta(tu_stc,comp)):5:2 " <br>"//;

1305 );

1306

1307 );

1308


1310

1311

1312

1313 PUT RES1 "</table></table><br>"//;

1314

1315 PUT RES1 "<table align=center border =4 bordercolor=#800000><th colspan =4 bgcolor=#C

0C0C0>** ** ** RESULTS ** ** ** "///;

1316

1317 IND=COST.L;

1318

1319 PUT RES1 "<br><tr><td><tr><th colspan =4>Total Network Cost : " ind:10:2 " $/year"/;

1320

1321

1322


1324

1325 PUT RES1 "<tr><th colspan=4>Concentrations of Contaminants<tr><td><td>actual<td>max ";

1326

model.lst Fri Aug 20 07:36:53 2021 32

model.lst Fri Aug 20 07:36:53 2021 33


08/20/21 07:36:52 Page 26



1327 loop (comp,

1328

1329 PUT RES1 "<tr><td>Contaminant ";

1330

1331 PUT RES1 comp.TL ":<td>" (cout):8:2 " ppm "//;

1332

1333 PUT RES1 "<td>" (cout):8:2 " ppm"/;

1334

1335 );

1336


1338

1339

1340

1341

1342

1343 ** INLET SPLITTERS

1344

1345 PUT RES1 "<table align=center border =1 bordercolor=#800000><th colspan =3 bgcolor=#A

DD8E6> SPLITTERS"/;

1346 PUT RES1 "<tr><th bgcolor=#FFFFCC>Unit<th bgcolor=#FFFFCC><center>Stream Distribution<th

bgcolor=#FFFFCC>Concentration of Contaminants</th>"/;

1347 PUT RES1 "<tr><b><th bgcolor=#CCFFFF>Splitter 1: </b>";

1348

1349 PUT RES1 "<tr><td>Inlet "/;

1350

1351 PUT "<td>" F.l(’in’):10:2 " ton/hr from feed" /;

1352

1353 PUT RES1 "<td>"/;

1354

1355 loop (str_stc$(str(str_stc)),

1356 loop (comp,

1357 PUT$ISPL(’s1’,str_stc) RES1 "<center> " comp.TL ": " c.l(str_stc,comp):3:2 ;

1358 );

1359 );

1360

1361 PUT RES1 "<tr><td>Outlet<td>"/;

1362


1364

1365 PUT$((ospl(’s1’,str_stc)) and (f.l(str_stc) ne 0)) RES1 f.l(str_stc):10:2 " ton/hr to m

ixer" a:2:0 "<td>";

1366 a$OSPL(’s1’,STR_STC)=a+1;

1367 *PUT RES1 ;

1368

1369 loop (comp,

1370

1371 PUT$((OSPL(’s1’,STR_STC)) and (f.l(str_stc) ne 0)) RES1 "<center>" comp.TL ": " c.l(st

r_stc,comp):3:2;

1372 );

1373 PUT$((OSPL(’s1’,STR_STC)) and (f.l(str_stc) ne 0)) RES1 "<tr><td><td>"/;

1374 );

1375

1376 PUT RES1 "<tr> "/;

1377

1378 PUT RES1 "<tr><b><th bgcolor=#CCFFFF>Splitter 2 :</b>";

model.lst Fri Aug 20 07:36:53 2021 34

1379

model.lst Fri Aug 20 07:36:53 2021 35


08/20/21 07:36:52 Page 27




1381

1382 PUT "<td>" F.l(’12’):10:2 " ton/hr from Process Unit 1 " /;

1383 PUT RES1 "<td>"/;


1385 loop (comp,

1386 PUT$ISPL(’s11’,str_stc) RES1 " <center> " comp.TL ": " c.l(str_stc,comp):5:2 ;

1387 );

1388 );

1389


1391

1392 a=1;

1393


1395

1396 PUT$((ospl(’s11’,str_stc)) and (f.l(str_stc) ne 0)) RES1 f.l(str_stc):10:2 " ton/hr to

mixer" a:2:0 "<td>";


1398 *PUT RES1 "<td>"/;

1399 loop (comp,

1400


r_stc,comp):5:2 /;

1402 );


1404 );

1405 PUT RES1 "<tr>"/;

1406

1407

1408 PUT RES1 "<tr><b> <th bgcolor=#CCFFFF>Splitter 3 : </b><tr><br>";

1409


1411

1412 PUT "<td>" F.l(’22’):10:2 " ton/hr from Process Unit 2" /;

1413 PUT RES1 "<td>"/;


1415 loop (comp,

1416 PUT$ISPL(’s21’,str_stc) RES1 "<center> " comp.TL ": " c.l(str_stc,comp):5:2 ;

1417 );

1418 );

1419


1421

1422 a=1;

1423


1425


mixer" a:2:0"<td>";


1428 *PUT RES1 "<td>"/;

1429 loop (comp,

1430


r_stc,comp):5:2 /;

model.lst Fri Aug 20 07:36:53 2021 36

1432 );

model.lst Fri Aug 20 07:36:53 2021 37


08/20/21 07:36:52 Page 28




1434 );

1435

1436 PUT RES1 "<tr> "/;

1437

1438 if ((card(p) eq 3) or (card(p) eq 4) or (card(p) eq 5) ,

1439

1440 PUT RES1 "<tr><b><th bgcolor=#CCFFFF>Splitter 4 : </b><br>";

1441


1443


1445 PUT RES1 "<td>"/;


1447 loop (comp,

1448 PUT$ISPL(’s31’,str_stc) RES1 "<center> " comp.TL ": " c.l(str_stc,comp):5:2 /;

1449 );

1450 );

1451


1453

1454 a=1;

1455


1457




1460 *PUT RES1 "<td>"/;

1461 loop (comp,

1462


r_stc,comp):5:2 /;

1464 );


1466 );

1467 );

1468

1469 if ((card(p) eq 4) or (card(p) eq 5),

1470

1471 PUT RES1 "<tr><b><th bgcolor=#CCFFFF>Splitter 5 : </b>";

1472


1474


1476 PUT RES1 "<td>"/;


1478 loop (comp,


1480 );

1481 );

1482


1484

1485 a=1;

model.lst Fri Aug 20 07:36:53 2021 38


08/20/21 07:36:52 Page 29



1486


1488




1491 *PUT RES1 "<td>"/;

1492 loop (comp,

1493


r_stc,comp):5:2 /;

1495 );


1497 );

1498 );

1499

1500 if ((card(p) eq 5),

1501

1502 PUT RES1 "<tr><b><th bgcolor=#CCFFFF>Splitter 6 : </b>";

1503


1505


1507 PUT RES1 "<td>"/;


1509 loop (comp,


1511 );

1512 );

1513


1515

1516 a=1;

1517


1519




1522 *PUT RES1 "<td>"/;

1523 loop (comp,

1524


r_stc,comp):5:2 /;

1526 );


1528 );

1529 );

1530 PUT RES1 "<tr>";

1531

1532 **********************Second Stage Splitters

1533

1534 PUT$(card(p) eq 2) RES1 "<tr><<b><th bgcolor=#CCFFFF>Splitter 4 : </b>";

1535

1536 PUT$(card(p) eq 3) RES1 "<tr><b><th bgcolor=#CCFFFF>Splitter 5 : </b>";

1537

model.lst Fri Aug 20 07:36:53 2021 39


model.lst Fri Aug 20 07:36:53 2021 40


08/20/21 07:36:52 Page 30



1539


1541


1543

1544 PUT "<td>" F.l(’14’):10:2 " ton/hr from Treatment Unit 1 " /;

1545 PUT RES1 "<td>"/;


1547 loop (comp,

1548 PUT$ISPL(’sa11’,str_stc) RES1 "<center> " comp.TL ": " c.l(str_stc,comp):5:2 /;

1549 );

1550 );

1551


1553

1554 a=1;

1555


1557

1558 PUT$((ospl(’sa11’,str_stc)) and (f.l(str_stc) ne 0)) RES1 f.l(str_stc):10:3 " ton/hr to


1559

1560 a$OSPL(’sa11’,STR_STC)=a+1;

1561 *PUT RES1 "<td>"/;

1562 loop (comp,

1563

1564 PUT$((OSPL(’sa11’,STR_STC)) and (f.l(str_stc) ne 0)) RES1 "<center>" comp.TL ": " c.l(s

tr_stc,comp):5:2 /;

1565 );

1566 PUT$((OSPL(’sa11’,STR_STC)) and (f.l(str_stc) ne 0)) RES1 "<tr><td><td>"/;

1567 );

1568

1569 *PUT RES1 "<tr>";

1570

1571 if ((card(t) eq 2 and card(p) eq 2) or (card(t) eq 2 and card(p) eq 3) or (card(t) eq 3

and card(p) eq 3) or (card(t) eq 2 and card(p) eq 4) or (card(t) eq 3 and card(p) eq 4) or (ca

rd(t) eq 3 and card(p) eq 5) OR (card(t) eq 2 and card(p) eq 5),

1572

1573 PUT$((card(t) eq 2 and card(p) eq 2)) RES1 "<tr><b><th bgcolor=#CCFFFF>Splitter 5 : </b>

"/;

1574


"/;

1576


"/;

1578

1579 PUT$((card(t) eq 2 and card(p) eq 4) or (card(t) eq 3 and card(p) eq 4)) RES1 "<tr><b><t

h bgcolor=#CCFFFF>Splitter 7 : </b>"/;

1580

1581 PUT$((card(t) eq 3 and card(p) eq 5) OR (card(t) eq 2 and card(p) eq 5)) RES1 "<tr><b><t

h bgcolor=#CCFFFF>Splitter 8 : </b>"/;

1582


1584

1585 PUT "<td>" F.l(’24’):10:2 " ton/hr from Treatment Unit 2" /;

model.lst Fri Aug 20 07:36:53 2021 41

1586 PUT RES1 "<td>"/;


1588 loop (comp,

1589 PUT$ISPL(’sa21’,str_stc) RES1 "<center> " comp.TL ": " c.l(str_stc,comp):5:2 ;

1590 );

1591 );

model.lst Fri Aug 20 07:36:53 2021 42


08/20/21 07:36:52 Page 31




1593

1594 a=1;

1595


1597


mixer" a:2:0"<td>";


1600 *PUT RES1 "<td>"/;

1601 loop (comp,

1602


tr_stc,comp):5:2 /;

1604 );


1606 );

1607

1608 );

1609 *PUT "<br><tr>"/;

1610 PUT RES1 "<tr>";

1611

1612 if ((card(t) eq 3 and card(p) eq 3) or (card(t) eq 3 and card(p) eq 4) or ((card(t) eq 3

and card(p) eq 5)) ,

1613 PUT "<tr>"/;

1614


"/;

1616


"/;

1618


"/;

1620


1622

1623 PUT "<td>" F.l(’34’):10:2 " ton/hr from Treatment Unit 3" /;

1624 PUT RES1 "<td>"/;


1626 loop (comp,

1627 PUT$ISPL(’sa31’,str_stc) RES1 "<center> " comp.TL ": " c.l(str_stc,comp):5:2 ;

1628 );

1629 );

1630


1632

1633 a=1;

1634


1636




1639 loop (comp,

1640

model.lst Fri Aug 20 07:36:53 2021 43


tr_stc,comp):5:2 / ;

1642 );


1644 );

model.lst Fri Aug 20 07:36:53 2021 44


08/20/21 07:36:52 Page 32



1645 );

1646

1647 PUT "<tr>"/;

1648

1649

1650 **********************************************MIXERS************************************

*

1651


DD8E6> MIXERS";

1653 PUT RES1 "<tr><th bgcolor=#FFFFCC>Unit<th bgcolor=#FFFFCC><center>Stream Distribution<th

bgcolor=#FFFFCC>Concentration of Contaminants"/;

1654

1655 PUT RES1 "<tr><b><th bgcolor=#CCFFFF>Mixer 1: </b>"/;

1656

1657


1659 PUT RES1 "<td>"/;

1660 a=1;

1661


1663

1664 PUT$((IMXR(’m1’,str_stc)) and (f.l(str_stc) ne 0)) RES1 f.l(str_stc):10:2 " ton/hr from

splitter " a:2:0 "<td>";

1665 a$(IMXR(’m1’,str_stc))=a+1;

1666

1667

1668 loop (comp,

1669

1670 PUT$((IMXR(’m1’,str_stc)) and (f.l(str_stc) ne 0)) RES1 "<center>" comp.TL ": " c.l(st

r_stc,comp):3:2;

1671 );

1672 PUT$((IMXR(’m1’,str_stc)) and (f.l(str_stc) ne 0)) RES1 "<tr><td><td>"/;

1673 );

1674

1675

1676 PUT RES1 "<tr><td>Outlet"/;

1677

1678

1679 PUT "<td>" F.l(’11’):10:2 " ton/hr to Process Unit 1" /;

1680

1681 PUT RES1 "<td>"/;


1683 loop (comp,

1684

1685 PUT$((OMXR(’m1’,str_stc)) and (f.l(str_stc) ne 0)) RES1 "<center> " comp.TL ": " c.l(s


1686 );

1687 );

1688

1689

1690 PUT "<tr>"/;

1691

1692

1693 PUT RES1 "<tr><b><th bgcolor=#CCFFFF>Mixer 2: </b>";

1694

model.lst Fri Aug 20 07:36:53 2021 45

1695


1697 PUT RES1 "<td>"/;

model.lst Fri Aug 20 07:36:53 2021 46


08/20/21 07:36:52 Page 33



1698 a=1;

1699


1701




1704

1705

1706 loop (comp,

1707


r_stc,comp):5:2/;

1709 );


1711 );

1712

1713


1715

1716


1718

1719 PUT RES1 "<td>"/;


1721 loop (comp,

1722



1724 );

1725 );

1726

1727

1728 PUT "<tr>"/;

1729

1730 if ((card(p) eq 3) or (card(p) eq 4) or (card(p) eq 5) ,


1732

1733


1735 PUT RES1 "<td>"/;

1736 a=1;

1737


1739




1742

1743

1744 loop (comp,

1745


r_stc,comp):5:2/;

1747 );


model.lst Fri Aug 20 07:36:53 2021 47

1749 );

1750

model.lst Fri Aug 20 07:36:53 2021 48


08/20/21 07:36:52 Page 34



1751


1753

1754


1756

1757 PUT RES1 "<td>"/;


1759 loop (comp,

1760



1762 );

1763 );

1764

1765

1766 PUT "<tr>"/;

1767 );

1768

1769

1770 if ((card(p) eq 5) or (card(p) eq 4),


1772

1773


1775 PUT RES1 "<td>"/;

1776 a=1;

1777


1779




1782

1783

1784 loop (comp,

1785


r_stc,comp):5:2/;

1787 );


1789 );

1790

1791


1793

1794


1796

1797 PUT RES1 "<td>"/;


1799 loop (comp,

1800



1802 );

model.lst Fri Aug 20 07:36:53 2021 49

1803 );

model.lst Fri Aug 20 07:36:53 2021 50


08/20/21 07:36:52 Page 35



1804

1805

1806 PUT "<tr>"/;

1807 );

1808

1809 if ((card(p) eq 5),


1811

1812


1814 PUT RES1 "<td>"/;

1815 a=1;

1816


1818




1821

1822

1823 loop (comp,

1824


r_stc,comp):5:2/;

1826 );


1828 );

1829

1830


1832

1833


1835

1836 PUT RES1 "<td>"/;


1838 loop (comp,

1839



1841 );

1842 );

1843

1844

1845 PUT "<tr>"/;

1846

1847 );

1848

1849 *******SECOND STAGE MIXERS

1850

1851 PUT$(card(p) eq 2) RES1 "<tr><b><th bgcolor=#CCFFFF>Mixer 3: </b>";




1855


model.lst Fri Aug 20 07:36:53 2021 51

model.lst Fri Aug 20 07:36:53 2021 52


08/20/21 07:36:52 Page 36



1857 PUT RES1 "<td>"/;

1858 a=2;

1859





1863

1864 loop (comp,


r_stc,comp):5:2/;

1866 );


1868 );

1869


1871 PUT "<td>" F.l(’13’):10:2 " ton/hr to Treatment Unit 1 " /;

1872 PUT RES1 "<td>"/;


1874 loop (comp,

1875



1877 );

1878 );

1879 PUT "<tr>"/;

1880



rd(t) eq 3 and card(p) eq 5) or (card(t) eq 2 and card(p) eq 5),

1882

1883 PUT$((card(t) eq 2 and card(p) eq 2)) RES1 "<tr><b><th bgcolor=#CCFFFF>Mixer 4: </b>";


h bgcolor=#CCFFFF>Mixer 5: </b>";





1887


1889 PUT RES1 "<td>"/;

1890 a=2;

1891





1895

1896 loop (comp,


r_stc,comp):5:2/;

1898 );


1900 );

1901


model.lst Fri Aug 20 07:36:53 2021 53


1904 PUT RES1 "<td>"/;


1906 loop (comp,

1907



1909 );

model.lst Fri Aug 20 07:36:53 2021 54


08/20/21 07:36:52 Page 37



1910 );

1911 PUT "<tr>"/;

1912 );

1913

1914


and card(p) eq 5),

1916








1921


1923 PUT RES1 "<td>"/;

1924 a=2;

1925





1929

1930 loop (comp,


r_stc,comp):5:2/;

1932 );


1934 );

1935



1938 PUT RES1 "<td>"/;


1940 loop (comp,

1941



1943 );

1944 );

1945 PUT "<tr>"/;

1946 );

1947

1948






1952 PUT$((card(t) eq 3 and card(p) eq 3) or (card(t) eq 2 and card(p) eq 4) or (card(t) eq 1

and card(p) eq 5)) RES1 "<tr><b><th bgcolor=#CCFFFF>Mixer 7: </b>";




model.lst Fri Aug 20 07:36:53 2021 55

1955


1957 PUT RES1 "<td>"/;

1958 a=2;

1959


1961 PUT$((IMXR(’mf’,str_stc)) and (f.l(str_stc) ne 0)) RES1 f.l(str_stc):10:2 " ton/hr from


1962 a$(IMXR(’mf’,str_stc))=a+1;

model.lst Fri Aug 20 07:36:53 2021 56


08/20/21 07:36:52 Page 38



1963

1964 loop (comp,

1965 PUT$((IMXR(’mf’,str_stc)) and (f.l(str_stc) ne 0)) RES1 "<center>" comp.TL ": " c.l(st

r_stc,comp):5:2/;

1966 );

1967 PUT$((IMXR(’mf’,str_stc)) and (f.l(str_stc) ne 0)) RES1 "<tr><td><td>"/;

1968 );

1969


1971 PUT "<td>" F.l(’FP’):10:2 " ton/hr to Discharge " /;

1972 PUT RES1 "<td>"/;


1974 loop (comp,

1975

1976 PUT$((OMXR(’mf’,str_stc)) and (f.l(str_stc) ne 0)) RES1 "<center> " comp.TL ": " c.l(s


1977 );

1978 );

1979 PUT "<tr>"/;

1980

1981 **************************************TREATMENTS****************************************

************

1982


DD8E6> TREATMENTS";

1984 PUT RES1 "<tr><th bgcolor=#FFFFCC>Unit<center><th bgcolor=#FFFFCC>Stream Distribution";

1985

1986 PUT RES1 "<tr><b><th bgcolor=#CCFFFF>Treatment 1: </b>";

1987

1988 PUT RES1 "<tr><td>Inlet<td> "/;

1989

1990 PUT$(card(p) eq 2) RES1 F.l(’13’):6:2 " ton/hr from mixer 3 ";

1991


1993


1995


1997


1999

2000 PUT$(card(p) eq 2) RES1 F.l(’14’):6:2 " ton/hr to splitter 4 ";

2001


2003


2005

2006 PUT$(card(p) eq 5) RES1 F.l(’14’):6:2 " ton/hr to splitter 7";

2007

2008

2009



rd(t) eq 3 and card(p) eq 5) or (card(t) eq 2 and card(p) eq 5),

2011

2012 PUT "<tr>"/;

model.lst Fri Aug 20 07:36:53 2021 57

2013


2015

model.lst Fri Aug 20 07:36:53 2021 58


08/20/21 07:36:52 Page 39



2016 PUT RES1 "<tr><td>Inlet <td>"/;

2017

2018 PUT$(card(t) eq 2 and card(p) eq 2) RES1 F.l(’23’):6:2 " ton/hr from mixer 4 ";

2019


2021


2023

2024 PUT$((card(t) eq 2 and card(p) eq 4) or (card(t) eq 3 and card(p) eq 4)) RES1 F.l(’23’

):6:2 " ton/hr from mixer 6 ";

2025

2026 PUT$((card(t) eq 3 and card(p) eq 5) or (card(t) eq 2 and card(p) eq 5)) RES1 F.l(’23’)

:6:2 " ton/hr from mixer 7 ";

2027


2029

2030 PUT$(card(t) eq 2 and card(p) eq 2) RES1 F.l(’24’):6:2 " ton/hr to splitter 5 ";

2031


2033


2035


:6:2 " ton/hr to splitter 7 ";

2037


:6:2 " ton/hr to splitter 8 ";

2039

2040 );

2041


and card(p) eq 5),

2043 PUT "<tr>"/;

2044


2046

2047 PUT RES1 "<tr><td>Inlet <td>"/;

2048


2050


2052


2054


2056


2058


2060


2062

2063 );

2064

2065 PUT RES1 "</table></table></table>"/;

2066

model.lst Fri Aug 20 07:36:53 2021 59

2067

INCLUDE /var/www/html/interfaces/cgi-bin/waternet/buttons.inc

model.lst Fri Aug 20 07:36:53 2021 60


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2069 PUT RES1 ’<br><table align=center><td class="ref"><A HREF="./../cgi-bin/waternet/graph.c

gi" target=new_window>SEE NETWORK</A>’/;

2070 PUT RES1 ’<td class="ref"><a href="model.pdf" target=new_window>GAMS LIST FILE</a>’;

2071 PUT RES1 "</table></body></html>"/;

2072

2073

2074

2075 *** Data fot the graphic display ***

2076

2077 File res2 /data.inc /

2078

2079 PUT res2 "parameter ind,flow(*);"/;

2080

2081 Put res2 "ind =" ind ";"/;

2082 Put res2 "flow(’in’) =" f.l(’in’) ";"/;

2083 Put res2 "flow(’1’) =" f.l(’1’) ";"/;

2084 Put res2 "flow(’2’) =" f.l(’2’) ";"/;

2085 Put res2 "flow(’3’) =" f.l(’3’) ";"/;

2086 Put res2 "flow(’4’) =" f.l(’4’) ";"/;

2087 Put res2 "flow(’5’) =" f.l(’5’) ";"/;

2088 Put res2 "flow(’11’) =" f.l(’11’) ";"/;

2089 Put res2 "flow(’21’) =" f.l(’21’) ";"/;

2090 Put res2 "flow(’31’) =" f.l(’31’) ";"/;

2091 Put res2 "flow(’41’) =" f.l(’41’) ";"/;

2092 Put res2 "flow(’51’) =" f.l(’51’) ";"/;

2093 Put res2 "flow(’12’) =" f.l(’12’) ";"/;

2094 Put res2 "flow(’22’) =" f.l(’22’) ";"/;

2095 Put res2 "flow(’32’) =" f.l(’32’) ";"/;

2096 Put res2 "flow(’42’) =" f.l(’42’) ";"/;

2097 Put res2 "flow(’52’) =" f.l(’52’) ";"/;

2098 Put res2 "flow(’13’) =" f.l(’13’) ";"/;

2099 Put res2 "flow(’23’) =" f.l(’23’) ";"/;

2100 Put res2 "flow(’33’) =" f.l(’33’) ";"/;

2101 Put res2 "flow(’14’) =" f.l(’14’) ";"/;

2102 Put res2 "flow(’24’) =" f.l(’24’) ";"/;

2103 Put res2 "flow(’34’) =" f.l(’34’) ";"/;

2104 Put res2 "flow(’fp’) =" f.l(’fp’) ";"/;

2105

2106 Put res2 "flow(’122’) =" f.l(’122’) ";"/;

2107 Put res2 "flow(’123’) =" f.l(’123’) ";"/;

2108 Put res2 "flow(’124’) =" f.l(’124’) ";"/;

2109 Put res2 "flow(’125’) =" f.l(’125’) ";"/;

2110 Put res2 "flow(’126’) =" f.l(’126’) ";"/;

2111 Put res2 "flow(’127’) =" f.l(’127’) ";"/;

2112 Put res2 "flow(’128’) =" f.l(’128’) ";"/;

2113 Put res2 "flow(’129’) =" f.l(’129’) ";"/;

2114

2115 Put res2 "flow(’221’) =" f.l(’221’) ";"/;

2116 Put res2 "flow(’223’) =" f.l(’223’) ";"/;

2117 Put res2 "flow(’224’) =" f.l(’224’) ";"/;

2118 Put res2 "flow(’225’) =" f.l(’225’) ";"/;

2119 Put res2 "flow(’226’) =" f.l(’226’) ";"/;

2120 Put res2 "flow(’227’) =" f.l(’227’) ";"/;

2121 Put res2 "flow(’228’) =" f.l(’228’) ";"/;

model.lst Fri Aug 20 07:36:53 2021 61


08/20/21 07:36:52 Page 41



2122 Put res2 "flow(’229’) =" f.l(’229’) ";"/;

2123

2124 Put res2 "flow(’321’) =" f.l(’321’) ";"/;

2125 Put res2 "flow(’322’) =" f.l(’322’) ";"/;

2126 Put res2 "flow(’324’) =" f.l(’324’) ";"/;

2127 Put res2 "flow(’325’) =" f.l(’325’) ";"/;

2128 Put res2 "flow(’326’) =" f.l(’326’) ";"/;

2129 Put res2 "flow(’327’) =" f.l(’327’) ";"/;

2130 Put res2 "flow(’328’) =" f.l(’328’) ";"/;

2131 Put res2 "flow(’329’) =" f.l(’329’) ";"/;

2132

2133 Put res2 "flow(’421’) =" f.l(’421’) ";"/;

2134 Put res2 "flow(’422’) =" f.l(’422’) ";"/;

2135 Put res2 "flow(’423’) =" f.l(’423’) ";"/;

2136 Put res2 "flow(’425’) =" f.l(’425’) ";"/;

2137 Put res2 "flow(’426’) =" f.l(’426’) ";"/;

2138 Put res2 "flow(’427’) =" f.l(’427’) ";"/;

2139 Put res2 "flow(’428’) =" f.l(’428’) ";"/;

2140 Put res2 "flow(’429’) =" f.l(’429’) ";"/;

2141

2142 Put res2 "flow(’521’) =" f.l(’521’) ";"/;

2143 Put res2 "flow(’522’) =" f.l(’522’) ";"/;

2144 Put res2 "flow(’523’) =" f.l(’523’) ";"/;

2145 Put res2 "flow(’524’) =" f.l(’524’) ";"/;

2146 Put res2 "flow(’526’) =" f.l(’526’) ";"/;

2147 Put res2 "flow(’527’) =" f.l(’527’) ";"/;

2148 Put res2 "flow(’528’) =" f.l(’528’) ";"/;

2149 Put res2 "flow(’529’) =" f.l(’529’) ";"/;

2150

2151 Put res2 "flow(’141’) =" f.l(’141’) ";"/;

2152 Put res2 "flow(’142’) =" f.l(’142’) ";"/;

2153 Put res2 "flow(’143’) =" f.l(’143’) ";"/;

2154 Put res2 "flow(’144’) =" f.l(’144’) ";"/;

2155 Put res2 "flow(’145’) =" f.l(’145’) ";"/;

2156 Put res2 "flow(’147’) =" f.l(’147’) ";"/;

2157 Put res2 "flow(’148’) =" f.l(’148’) ";"/;

2158 Put res2 "flow(’149’) =" f.l(’149’) ";"/;

2159

2160 Put res2 "flow(’241’) =" f.l(’241’) ";"/;

2161 Put res2 "flow(’242’) =" f.l(’242’) ";"/;

2162 Put res2 "flow(’243’) =" f.l(’243’) ";"/;

2163 Put res2 "flow(’244’) =" f.l(’244’) ";"/;

2164 Put res2 "flow(’245’) =" f.l(’245’) ";"/;

2165 Put res2 "flow(’246’) =" f.l(’246’) ";"/;

2166 Put res2 "flow(’248’) =" f.l(’248’) ";"/;

2167 Put res2 "flow(’249’) =" f.l(’249’) ";"/;

2168

2169 Put res2 "flow(’341’) =" f.l(’341’) ";"/;

2170 Put res2 "flow(’342’) =" f.l(’342’) ";"/;

2171 Put res2 "flow(’343’) =" f.l(’343’) ";"/;

2172 Put res2 "flow(’344’) =" f.l(’344’) ";"/;

2173 Put res2 "flow(’345’) =" f.l(’345’) ";"/;

2174 Put res2 "flow(’346’) =" f.l(’346’) ";"/;

model.lst Fri Aug 20 07:36:53 2021 62


08/20/21 07:36:52 Page 42



2175 Put res2 "flow(’347’) =" f.l(’347’) ";"/;

2176 Put res2 "flow(’349’) =" f.l(’349’) ";"/;

2177

2178

2179 **para model p5 t3

2180

2181 File res56 /TREATMENT5/;

2182

2183 **Process 1**********************

2184

2185 if ((f.l(’1’) eq 0),

2186 PUT$((f.l(’321’) ne 0) or (f.l(’421’) ne 0) or (f.l(’521’) ne 0) or (f.l(’141’) ne 0) o

r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 "1.5, 10.5"/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 "1.6, 10.5"/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 " "/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 "1.7, 10.5"/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 "1.8, 10.5"/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 " "/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 "1.9, 10.5"/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 "2, 10.5"/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 "1.9, 10.545"/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 " "/;


r (f.l(’241’) ne 0) or (f.l(’341’) ne 0)) res56 "1.9, 10.451"/;

2197 );

2198 **Mixer 1

2199 PUT$(f.l(’11’) ne 0) res56 "2, 10.5"/;

2200 PUT$(f.l(’11’) ne 0) res56 "2.5, 11"/;

2201 PUT$(f.l(’11’) ne 0) res56 "3, 10.5"/;

2202 PUT$(f.l(’11’) ne 0) res56 "2.5, 10"/;

2203 PUT$(f.l(’11’) ne 0) res56 "2, 10.5"/;

2204 PUT$(f.l(’11’) ne 0) res56 " "/;

2205

2206 ***Process 1

2207 PUT$(f.l(’12’) ne 0) res56 "4.5, 10"/;

2208 PUT$(f.l(’12’) ne 0) res56 "4.5, 11"/;

2209 PUT$(f.l(’12’) ne 0) res56 "5.8, 11"/;

2210 PUT$(f.l(’12’) ne 0) res56 "5.8, 10"/;

2211 PUT$(f.l(’12’) ne 0) res56 "4.5, 10"/;

2212 PUT$(f.l(’12’) ne 0) res56 " "/;

2213

2214 ****Splitter 2

2215 PUT$(f.l(’12’) ne 0) res56 "7, 10"/;

2216 PUT$(f.l(’12’) ne 0) res56 "7.5, 11"/;

2217 PUT$(f.l(’12’) ne 0) res56 "8, 10"/;

2218 PUT$(f.l(’12’) ne 0) res56 "7, 10"/;

2219 PUT$(f.l(’12’) ne 0) res56 " "/;

model.lst Fri Aug 20 07:36:53 2021 63

2220

2221

2222 ***Second line system **************************

2223 if ((f.l(’2’) eq 0),


r (f.l(’342’) ne 0)) res56 "1.5, 8.25"/;


r (f.l(’342’) ne 0)) res56 "1.6, 8.25"/;


r (f.l(’342’) ne 0)) res56 " "/;


r (f.l(’342’) ne 0)) res56 "1.7, 8.25"/;

model.lst Fri Aug 20 07:36:53 2021 64


08/20/21 07:36:52 Page 43




r (f.l(’342’) ne 0)) res56 "1.8, 8.25"/;


r (f.l(’342’) ne 0)) res56 " "/;


r (f.l(’342’) ne 0)) res56 "1.9, 8.25"/;


r (f.l(’342’) ne 0)) res56 "2, 8.25"/;


r (f.l(’342’) ne 0)) res56 "1.9, 8.295"/;


r (f.l(’342’) ne 0)) res56 " "/;


r (f.l(’342’) ne 0)) res56 "1.9, 8.201"/;

2235 );

2236

2237

2238 **Mixer 2

2239 PUT$(f.l(’21’) ne 0) res56 "2, 8.25"/;

2240 PUT$(f.l(’21’) ne 0) res56 "2.5, 8.75"/;

2241 PUT$(f.l(’21’) ne 0) res56 "3, 8.25"/;

2242 PUT$(f.l(’21’) ne 0) res56 "2.5, 7.75"/;

2243 PUT$(f.l(’21’) ne 0) res56 "2, 8.25"/;

2244 PUT$(f.l(’21’) ne 0) res56 " "/;

2245

2246 ***Process 2

2247 PUT$(f.l(’22’) ne 0) res56 "4.5, 7.75"/;

2248 PUT$(f.l(’22’) ne 0) res56 "4.5, 8.75"/;

2249 PUT$(f.l(’22’) ne 0) res56 "5.8, 8.75"/;

2250 PUT$(f.l(’22’) ne 0) res56 "5.8, 7.75"/;

2251 PUT$(f.l(’22’) ne 0) res56 "4.5, 7.75"/;

2252 PUT$(f.l(’22’) ne 0) res56 " "/;

2253

2254 ****Splitter 3

2255 PUT$(f.l(’22’) ne 0) res56 "7, 7.75"/;

2256 PUT$(f.l(’22’) ne 0) res56 "7.5, 8.75"/;

2257 PUT$(f.l(’22’) ne 0) res56 "8, 7.75"/;

2258 PUT$(f.l(’22’) ne 0) res56 "7, 7.75"/;

2259 PUT$(f.l(’22’) ne 0) res56 " "/;

2260

2261 ***Mixer 6

2262 PUT$(f.l(’13’) ne 0) res56 "9, 8.25"/;

2263 PUT$(f.l(’13’) ne 0) res56 "9.5, 8.75"/;

2264 PUT$(f.l(’13’) ne 0) res56 "10, 8.25"/;

2265 PUT$(f.l(’13’) ne 0) res56 "9.5, 7.75"/;

2266 PUT$(f.l(’13’) ne 0) res56 "9, 8.25"/;

2267 PUT$(f.l(’13’) ne 0) res56 " "/;

2268

2269 ***Treatment 1

2270 PUT$(f.l(’14’) ne 0) res56 "11, 7.75"/;

2271 PUT$(f.l(’14’) ne 0) res56 "11, 8.75"/;

2272 PUT$(f.l(’14’) ne 0) res56 "12.4, 8.75"/;

2273 PUT$(f.l(’14’) ne 0) res56 "12.4, 7.75"/;

2274 PUT$(f.l(’14’) ne 0) res56 "11, 7.75"/;

2275 PUT$(f.l(’14’) ne 0) res56 " "/;

2276

model.lst Fri Aug 20 07:36:53 2021 65

2277 ***Splitter 7

2278 PUT$(f.l(’14’) ne 0) res56 "13.5, 7.75"/;

2279 PUT$(f.l(’14’) ne 0) res56 "14, 8.75"/;

2280 PUT$(f.l(’14’) ne 0) res56 "14.5, 7.75"/;

model.lst Fri Aug 20 07:36:53 2021 66


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2281 PUT$(f.l(’14’) ne 0) res56 "13.5, 7.75"/;

2282 PUT$(f.l(’14’) ne 0) res56 " "/;

2283

2284 ********3 System line************************

2285 if ((f.l(’3’) eq 0),


r (f.l(’343’) ne 0)) res56 "1.5, 6"/;


r (f.l(’343’) ne 0)) res56 "1.6, 6"/;


r (f.l(’343’) ne 0)) res56 " "/;


r (f.l(’343’) ne 0)) res56 "1.7, 6"/;


r (f.l(’343’) ne 0)) res56 "1.8, 6"/;


r (f.l(’343’) ne 0)) res56 " "/;


r (f.l(’343’) ne 0)) res56 "1.9, 6"/;


r (f.l(’343’) ne 0)) res56 "2, 6"/;


r (f.l(’343’) ne 0)) res56 "1.9, 6.045"/;


r (f.l(’343’) ne 0)) res56 " "/;


r (f.l(’343’) ne 0)) res56 "1.9, 5.951"/;

2297 );

2298

2299

2300 **Mixer 3

2301 PUT$(f.l(’31’) ne 0) res56 "2, 6"/;

2302 PUT$(f.l(’31’) ne 0) res56 "2.5, 6.5"/;

2303 PUT$(f.l(’31’) ne 0) res56 "3, 6"/;

2304 PUT$(f.l(’31’) ne 0) res56 "2.5, 5.5"/;

2305 PUT$(f.l(’31’) ne 0) res56 "2, 6"/;

2306 PUT$(f.l(’31’) ne 0) res56 " "/;

2307

2308 **Process 3

2309 PUT$(f.l(’31’) ne 0) res56 "4.5, 5.5"/;

2310 PUT$(f.l(’31’) ne 0) res56 "4.5, 6.5"/;

2311 PUT$(f.l(’31’) ne 0) res56 "5.8, 6.5"/;

2312 PUT$(f.l(’31’) ne 0) res56 "5.8, 5.5"/;

2313 PUT$(f.l(’31’) ne 0) res56 "4.5, 5.5"/;

2314 PUT$(f.l(’31’) ne 0) res56 " "/;

2315

2316 **Splitter 4

2317 PUT$(f.l(’31’) ne 0) res56 "7, 5.5"/;

2318 PUT$(f.l(’31’) ne 0) res56 "7.5, 6.5"/;

2319 PUT$(f.l(’31’) ne 0) res56 "8, 5.5"/;

2320 PUT$(f.l(’31’) ne 0) res56 "7, 5.5"/;

2321 PUT$(f.l(’31’) ne 0) res56 " "/;

2322

2323 ***Mixer 7

2324 PUT$(f.l(’23’) ne 0) res56 "9, 6"/;

2325 PUT$(f.l(’23’) ne 0) res56 "9.5, 6.5"/;

model.lst Fri Aug 20 07:36:53 2021 67

2326 PUT$(f.l(’23’) ne 0) res56 "10, 6"/;

2327 PUT$(f.l(’23’) ne 0) res56 "9.5, 5.5"/;

2328 PUT$(f.l(’23’) ne 0) res56 "9, 6"/;

2329 PUT$(f.l(’23’) ne 0) res56 " "/;

2330

2331 ***Treatment 2

2332 PUT$(f.l(’23’) ne 0) res56 "11, 5.5"/;

2333 PUT$(f.l(’23’) ne 0) res56 "11, 6.5"/;

model.lst Fri Aug 20 07:36:53 2021 68


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2334 PUT$(f.l(’23’) ne 0) res56 "12.4, 6.5"/;

2335 PUT$(f.l(’23’) ne 0) res56 "12.4, 5.5"/;

2336 PUT$(f.l(’23’) ne 0) res56 "11, 5.5"/;

2337 PUT$(f.l(’23’) ne 0) res56 " "/;

2338

2339 **Splitter 8

2340 PUT$(f.l(’23’) ne 0) res56 "13.5, 5.5"/;

2341 PUT$(f.l(’23’) ne 0) res56 "14, 6.5"/;

2342 PUT$(f.l(’23’) ne 0) res56 "14.5, 5.5"/;

2343 PUT$(f.l(’23’) ne 0) res56 "13.5, 5.5"/;

2344 PUT$(f.l(’23’) ne 0) res56 " "/;

2345

2346 *** 4 System line**************************

2347 if ((f.l(’4’) eq 0),


r (f.l(’344’) ne 0)) res56 "1.5, 3.75"/;


r (f.l(’344’) ne 0)) res56 "1.6, 3.75"/;


r (f.l(’344’) ne 0)) res56 " "/;


r (f.l(’344’) ne 0)) res56 "1.7, 3.75"/;


r (f.l(’344’) ne 0)) res56 "1.8, 3.75"/;


r (f.l(’344’) ne 0)) res56 " "/;


r (f.l(’344’) ne 0)) res56 "1.9, 3.75"/;


r (f.l(’344’) ne 0)) res56 "2, 3.75"/;


r (f.l(’344’) ne 0)) res56 "1.9, 3.795"/;


r (f.l(’344’) ne 0)) res56 " "/;


r (f.l(’344’) ne 0)) res56 "1.9, 3.701"/;

2359 );

2360 **Mixer 4

2361 PUT$(f.l(’41’) ne 0) res56 "2, 3.75"/;

2362 PUT$(f.l(’41’) ne 0) res56 "2.5, 4.25"/;

2363 PUT$(f.l(’41’) ne 0) res56 "3, 3.75"/;

2364 PUT$(f.l(’41’) ne 0) res56 "2.5, 3.25"/;

2365 PUT$(f.l(’41’) ne 0) res56 "2, 3.75"/;

2366 PUT$(f.l(’41’) ne 0) res56 " "/;

2367

2368 ***Process 4

2369 PUT$(f.l(’42’) ne 0) res56 "4.5, 3.25"/;

2370 PUT$(f.l(’42’) ne 0) res56 "4.5, 4.25"/;

2371 PUT$(f.l(’42’) ne 0) res56 "5.8, 4.25"/;

2372 PUT$(f.l(’42’) ne 0) res56 "5.8, 3.25"/;

2373 PUT$(f.l(’42’) ne 0) res56 "4.5, 3.25"/;

2374 PUT$(f.l(’42’) ne 0) res56 " "/;

2375

2376 ****Splitter 5

2377 PUT$(f.l(’42’) ne 0) res56 "7, 3.25"/;

2378 PUT$(f.l(’42’) ne 0) res56 "7.5, 4.25"/;

model.lst Fri Aug 20 07:36:53 2021 69

2379 PUT$(f.l(’42’) ne 0) res56 "8, 3.25"/;

2380 PUT$(f.l(’42’) ne 0) res56 "7, 3.25"/;

2381 PUT$(f.l(’42’) ne 0) res56 " "/;

2382

2383 ***Mixer 8

2384 PUT$(f.l(’33’) ne 0) res56 "9, 3.75"/;

2385 PUT$(f.l(’33’) ne 0) res56 "9.5, 4.25"/;

2386 PUT$(f.l(’33’) ne 0) res56 "10, 3.75"/;

model.lst Fri Aug 20 07:36:53 2021 70


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2387 PUT$(f.l(’33’) ne 0) res56 "9.5, 3.25"/;

2388 PUT$(f.l(’33’) ne 0) res56 "9, 3.75"/;

2389 PUT$(f.l(’33’) ne 0) res56 " "/;

2390

2391 ***Treatment 3

2392 PUT$(f.l(’33’) ne 0) res56 "11, 3.25"/;

2393 PUT$(f.l(’33’) ne 0) res56 "11, 4.25"/;

2394 PUT$(f.l(’33’) ne 0) res56 "12.4, 4.25"/;

2395 PUT$(f.l(’33’) ne 0) res56 "12.4, 3.25"/;

2396 PUT$(f.l(’33’) ne 0) res56 "11, 3.25"/;

2397 PUT$(f.l(’33’) ne 0) res56 " "/;

2398

2399 ***Splitter 9

2400 PUT$(f.l(’33’) ne 0) res56 "13.5, 3.25"/;

2401 PUT$(f.l(’33’) ne 0) res56 "14, 4.25"/;

2402 PUT$(f.l(’33’) ne 0) res56 "14.5, 3.25"/;

2403 PUT$(f.l(’33’) ne 0) res56 "13.5, 3.25"/;

2404 PUT$(f.l(’33’) ne 0) res56 " "/;

2405

2406 ***5 System line******************

2407 if ((f.l(’5’) eq 0),

2408 PUT$((f.l(’125’) ne 0) or (f.l(’225’) ne 0) or (f.l(’325’) ne 0) or (f.l(’145’) ne 0) or

(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 "1.5, 1.5"/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 "1.6, 1.5"/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 " "/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 "1.7, 1.5"/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 "1.8, 1.5"/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 " "/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 "1.9, 1.5"/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 "2, 1.5"/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 "1.9, 1.545"/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 " "/;


(f.l(’245’) ne 0) or (f.l(’345’) ne 0)) res56 "1.9, 1.451"/;

2419 );

2420 **Mixer 5

2421 PUT$(f.l(’51’) ne 0) res56 "2, 1.5"/;

2422 PUT$(f.l(’51’) ne 0) res56 "2.5, 2"/;

2423 PUT$(f.l(’51’) ne 0) res56 "3, 1.5"/;

2424 PUT$(f.l(’51’) ne 0) res56 "2.5, 1"/;

2425 PUT$(f.l(’51’) ne 0) res56 "2, 1.5"/;

2426 PUT$(f.l(’51’) ne 0) res56 " "/;

2427

2428 ***Process 5

2429 PUT$(f.l(’51’) ne 0) res56 "4.5, 1"/;

2430 PUT$(f.l(’51’) ne 0) res56 "4.5, 2"/;

2431 PUT$(f.l(’51’) ne 0) res56 "5.8, 2"/;

model.lst Fri Aug 20 07:36:53 2021 71

2432 PUT$(f.l(’51’) ne 0) res56 "5.8, 1"/;

2433 PUT$(f.l(’51’) ne 0) res56 "4.5, 1"/;

2434 PUT$(f.l(’51’) ne 0) res56 " "/;

2435

2436 ****Splitter 6

2437 PUT$(f.l(’51’) ne 0) res56 "7, 1"/;

2438 PUT$(f.l(’51’) ne 0) res56 "7.5, 2"/;

2439 PUT$(f.l(’51’) ne 0) res56 "8, 1"/;

model.lst Fri Aug 20 07:36:53 2021 72


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2440 PUT$(f.l(’51’) ne 0) res56 "7, 1"/;

2441 PUT$(f.l(’51’) ne 0) res56 " "/;

2442

2443

2444 ************shared units

2445 File res30 /FMIXER/;

2446 PUT res30 "15.5, 6"/;

2447 PUT res30 "16, 6.5"/;

2448 PUT res30 "16.5, 6"/;

2449 PUT res30 "16, 5.5"/;

2450 PUT res30 "15.5, 6"/;

2451

2452 ** reference shapes

2453 PUT res30 " "/;

2454 PUT res30 "0.5, 13"/;

2455 PUT res30 "1, 13.5"/;

2456 PUT res30 "1.5, 13"/;

2457 PUT res30 "1, 12.5"/;

2458 PUT res30 "0.5, 13"/;

2459 PUT res30 " "/;

2460

2461 PUT res30 "4.5, 12.5"/;

2462 PUT res30 "4.5, 13.5"/;

2463 PUT res30 "5.8, 13.5"/;

2464 PUT res30 "5.8, 12.5"/;

2465 PUT res30 "4.5, 12.5"/;

2466 PUT res30 " "/;

2467

2468 PUT res30 "9, 12.5"/;

2469 PUT res30 "9.5, 13.5"/;

2470 PUT res30 "10, 12.5"/;

2471 PUT res30 "9, 12.5"/;

2472 PUT res30 " "/;

2473

2474 PUT res30 "13, 12.5"/;

2475 PUT res30 "13, 13.5"/;

2476 PUT res30 "14.4, 13.5"/;

2477 PUT res30 "14.4, 12.5"/;

2478 PUT res30 "13, 12.5"/;

2479

2480 File res42 /SPLITTER2/;

2481 PUT res42 "-0.5, 5.5"/;

2482 PUT res42 "0, 6.5"/;

2483 PUT res42 "0.5, 5.5"/;

2484 PUT res42 "-0.5, 5.5"/;

2485


2487 if ((f.l(’3’) eq 0),

2488 PUT$((f.l(’123’) ne 0) or (f.l(’143’) ne 0) or (f.l(’243’) ne 0) or (f.l(’343’) ne 0)) r

es51 "1.5, 3"/;


es51 "1.6, 3"/;


es51 " "/;


es51 "1.7, 3"/;

model.lst Fri Aug 20 07:36:53 2021 73


es51 "1.8, 3"/;

model.lst Fri Aug 20 07:36:53 2021 74


08/20/21 07:36:52 Page 48




es51 " "/;


es51 "1.9, 3"/;


es51 "2, 3"/;


es51 "1.9, 3.045"/;


es51 " "/;


es51 "1.9, 2.951"/;

2499 );

2500

2501 PUT$(f.l(’31’) ne 0) res51 "2, 3"/;

2502 PUT$(f.l(’31’) ne 0) res51 "2.5, 3.5"/;

2503 PUT$(f.l(’31’) ne 0) res51 "3, 3"/;

2504 PUT$(f.l(’31’) ne 0) res51 "2.5, 2.5"/;

2505 PUT$(f.l(’31’) ne 0) res51 "2, 3"/;

2506 PUT$(f.l(’31’) ne 0) res51 " "/;

2507

2508 PUT$(f.l(’32’) ne 0) res51 "4.5, 2.5"/;

2509 PUT$(f.l(’32’) ne 0) res51 "4.5, 3.5"/;

2510 PUT$(f.l(’32’) ne 0) res51 "5.8, 3.5"/;

2511 PUT$(f.l(’32’) ne 0) res51 "5.8, 2.5"/;

2512 PUT$(f.l(’32’) ne 0) res51 "4.5, 2.5"/;

2513 PUT$(f.l(’32’) ne 0) res51 " "/;

2514

2515 PUT$(f.l(’32’) ne 0) res51 "7, 2.5"/;

2516 PUT$(f.l(’32’) ne 0) res51 "7.5, 3.5"/;

2517 PUT$(f.l(’32’) ne 0) res51 "8, 2.5"/;

2518 PUT$(f.l(’32’) ne 0) res51 "7, 2.5"/;

2519 PUT$(f.l(’32’) ne 0) res51 " "/;

2520

2521 PUT$(f.l(’33’) ne 0) res51 "9, 3"/;

2522 PUT$(f.l(’33’) ne 0) res51 "9.5, 3.5"/;

2523 PUT$(f.l(’33’) ne 0) res51 "10, 3"/;

2524 PUT$(f.l(’33’) ne 0) res51 "9.5, 2.5"/;

2525 PUT$(f.l(’33’) ne 0) res51 "9, 3"/;

2526 PUT$(f.l(’33’) ne 0) res51 " "/;

2527

2528 PUT$(f.l(’34’) ne 0) res51 "11, 2.5"/;

2529 PUT$(f.l(’34’) ne 0) res51 "11, 3.5"/;

2530 PUT$(f.l(’34’) ne 0) res51 "12.4, 3.5"/;

2531 PUT$(f.l(’34’) ne 0) res51 "12.4, 2.5"/;

2532 PUT$(f.l(’34’) ne 0) res51 "11, 2.5"/;

2533 PUT$(f.l(’34’) ne 0) res51 " "/;

2534

2535

2536 PUT$(f.l(’34’) ne 0) res51 "13.5, 2.5"/;

2537 PUT$(f.l(’34’) ne 0) res51 "14, 3.5"/;

2538 PUT$(f.l(’34’) ne 0) res51 "14.5, 2.5"/;

2539 PUT$(f.l(’34’) ne 0) res51 "13.5, 2.5"/;

2540

2541


model.lst Fri Aug 20 07:36:53 2021 75

2543 if ((f.l(’2’) eq 0),


es52 "1.5, 6"/;


es52 "1.6, 6"/;

model.lst Fri Aug 20 07:36:53 2021 76


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es52 " "/;


es52 "1.7, 6"/;


es52 "1.8, 6"/;


es52 " "/;


es52 "1.9, 6"/;


es52 "2, 6"/;


es52 "1.9, 6.045"/;


es52 " "/;


es52 "1.9, 5.951"/;

2555 );

2556 PUT$(f.l(’21’) ne 0) res52 "2, 6"/;

2557 PUT$(f.l(’21’) ne 0) res52 "2.5, 6.5"/;

2558 PUT$(f.l(’21’) ne 0) res52 "3, 6"/;

2559 PUT$(f.l(’21’) ne 0) res52 "2.5, 5.5"/;

2560 PUT$(f.l(’21’) ne 0) res52 "2, 6"/;

2561 PUT$(f.l(’21’) ne 0) res52 " "/;

2562

2563 PUT$(f.l(’22’) ne 0) res52 "4.5, 5.5"/;

2564 PUT$(f.l(’22’) ne 0) res52 "4.5, 6.5"/;

2565 PUT$(f.l(’22’) ne 0) res52 "5.8, 6.5"/;

2566 PUT$(f.l(’22’) ne 0) res52 "5.8, 5.5"/;

2567 PUT$(f.l(’22’) ne 0) res52 "4.5, 5.5"/;

2568 PUT$(f.l(’22’) ne 0) res52 " "/;

2569

2570 PUT$(f.l(’22’) ne 0) res52 "7, 5.5"/;

2571 PUT$(f.l(’22’) ne 0) res52 "7.5, 6.5"/;

2572 PUT$(f.l(’22’) ne 0) res52 "8, 5.5"/;

2573 PUT$(f.l(’22’) ne 0) res52 "7, 5.5"/;

2574 PUT$(f.l(’22’) ne 0) res52 " "/;

2575

2576 PUT$(f.l(’23’) ne 0) res52 "9, 6"/;

2577 PUT$(f.l(’23’) ne 0) res52 "9.5, 6.5"/;

2578 PUT$(f.l(’23’) ne 0) res52 "10, 6"/;

2579 PUT$(f.l(’23’) ne 0) res52 "9.5, 5.5"/;

2580 PUT$(f.l(’23’) ne 0) res52 "9, 6"/;

2581 PUT$(f.l(’23’) ne 0) res52 " "/;

2582

2583 PUT$(f.l(’24’) ne 0) res52 "11, 5.5"/;

2584 PUT$(f.l(’24’) ne 0) res52 "11, 6.5"/;

2585 PUT$(f.l(’24’) ne 0) res52 "12.4, 6.5"/;

2586 PUT$(f.l(’24’) ne 0) res52 "12.4, 5.5"/;

2587 PUT$(f.l(’24’) ne 0) res52 "11, 5.5"/;

2588 PUT$(f.l(’24’) ne 0) res52 " "/;

2589

2590

2591 PUT$(f.l(’24’) ne 0) res52 "13.5, 5.5"/;

2592 PUT$(f.l(’24’) ne 0) res52 "14, 6.5"/;

model.lst Fri Aug 20 07:36:53 2021 77

2593 PUT$(f.l(’24’) ne 0) res52 "14.5, 5.5"/;

2594 PUT$(f.l(’24’) ne 0) res52 "13.5, 5.5"/;

2595 PUT$(f.l(’24’) ne 0) res52 " "/;

2596

2597

2598

model.lst Fri Aug 20 07:36:53 2021 78


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2600 *Feed

2601 if ((f.l(’1’) eq 0),


(f.l(’341’) ne 0)) res53 "1.5, 9"/;


(f.l(’341’) ne 0)) res53 "1.6, 9"/;


(f.l(’341’) ne 0)) res53 " "/;


(f.l(’341’) ne 0)) res53 "1.7, 9"/;


(f.l(’341’) ne 0)) res53 "1.8, 9"/;


(f.l(’341’) ne 0)) res53 " "/;


(f.l(’341’) ne 0)) res53 "1.9, 9"/;


(f.l(’341’) ne 0)) res53 "2, 9"/;


(f.l(’341’) ne 0)) res53 "1.9, 9.045"/;


(f.l(’341’) ne 0)) res53 " "/;


(f.l(’341’) ne 0)) res53 "1.9, 8.951"/;

2613 );

2614 *Mixer

2615 PUT$(f.l(’11’) ne 0) res53 "2, 9"/;

2616 PUT$(f.l(’11’) ne 0) res53 "2.5, 9.5"/;

2617 PUT$(f.l(’11’) ne 0) res53 "3, 9"/;

2618 PUT$(f.l(’11’) ne 0) res53 "2.5, 8.5"/;

2619 PUT$(f.l(’11’) ne 0) res53 "2, 9"/;

2620 PUT$(f.l(’11’) ne 0) res53 " "/;

2621 *Process Unit

2622 PUT$(f.l(’12’) ne 0) res53 "4.5, 8.5"/;

2623 PUT$(f.l(’12’) ne 0) res53 "4.5, 9.5"/;

2624 PUT$(f.l(’12’) ne 0) res53 "5.8, 9.5"/;

2625 PUT$(f.l(’12’) ne 0) res53 "5.8, 8.5"/;

2626 PUT$(f.l(’12’) ne 0) res53 "4.5, 8.5"/;

2627 PUT$(f.l(’12’) ne 0) res53 " "/;

2628 *Splitter

2629 PUT$(f.l(’12’) ne 0) res53 "7, 8.5"/;

2630 PUT$(f.l(’12’) ne 0) res53 "7.5, 9.5"/;

2631 PUT$(f.l(’12’) ne 0) res53 "8, 8.5"/;

2632 PUT$(f.l(’12’) ne 0) res53 "7, 8.5"/;

2633 PUT$(f.l(’12’) ne 0) res53 " "/;

2634 *Mixer

2635 PUT$(f.l(’13’) ne 0) res53 "9, 9"/;

2636 PUT$(f.l(’13’) ne 0) res53 "9.5, 9.5"/;

2637 PUT$(f.l(’13’) ne 0) res53 "10, 9"/;

2638 PUT$(f.l(’13’) ne 0) res53 "9.5, 8.5"/;

2639 PUT$(f.l(’13’) ne 0) res53 "9, 9"/;

2640 PUT$(f.l(’13’) ne 0) res53 " "/;

2641 *Treatment

2642 PUT$(f.l(’14’) ne 0) res53 "11, 8.5"/;

2643 PUT$(f.l(’14’) ne 0) res53 "11, 9.5"/;

model.lst Fri Aug 20 07:36:53 2021 79

2644 PUT$(f.l(’14’) ne 0) res53 "12.4, 9.5"/;

2645 PUT$(f.l(’14’) ne 0) res53 "12.4, 8.5"/;

2646 PUT$(f.l(’14’) ne 0) res53 "11, 8.5"/;

2647 PUT$(f.l(’14’) ne 0) res53 " "/;

2648 *Splitter

2649 PUT$(f.l(’14’) ne 0) res53 "13.5, 8.5"/;

2650 PUT$(f.l(’14’) ne 0) res53 "14, 9.5"/;

2651 PUT$(f.l(’14’) ne 0) res53 "14.5, 8.5"/;

model.lst Fri Aug 20 07:36:53 2021 80


08/20/21 07:36:52 Page 51



2652 PUT$(f.l(’14’) ne 0) res53 "13.5, 8.5"/;

2653

2654


2656 if ((f.l(’4’) eq 0),


(f.l(’344’) ne 0)) res55 "1.5, 0.5"/;


(f.l(’344’) ne 0)) res55 "1.6, 0.5"/;


(f.l(’344’) ne 0)) res55 " "/;


(f.l(’344’) ne 0)) res55 "1.7, 0.5"/;


(f.l(’344’) ne 0)) res55 "1.8, 0.5"/;


(f.l(’344’) ne 0)) res55 " "/;


(f.l(’344’) ne 0)) res55 "1.9, 0.5"/;


(f.l(’344’) ne 0)) res55 "2, 0.5"/;


(f.l(’344’) ne 0)) res55 "1.9, 0.545"/;


(f.l(’344’) ne 0)) res55 " "/;


(f.l(’344’) ne 0)) res55 "1.9, 0.451"/;

2668 );

2669

2670 PUT$(f.l(’41’) ne 0) res55 "2, 0.5"/;

2671 PUT$(f.l(’41’) ne 0) res55 "2.5, 1"/;

2672 PUT$(f.l(’41’) ne 0) res55 "3, 0.5"/;

2673 PUT$(f.l(’41’) ne 0) res55 "2.5, 0"/;

2674 PUT$(f.l(’41’) ne 0) res55 "2, 0.5"/;

2675 PUT$(f.l(’41’) ne 0) res55 " "/;

2676

2677 PUT$(f.l(’42’) ne 0) res55 "4.5, 0"/;

2678 PUT$(f.l(’42’) ne 0) res55 "4.5, 1"/;

2679 PUT$(f.l(’42’) ne 0) res55 "5.8, 1"/;

2680 PUT$(f.l(’42’) ne 0) res55 "5.8, 0"/;

2681 PUT$(f.l(’42’) ne 0) res55 "4.5, 0"/;

2682 PUT$(f.l(’42’) ne 0) res55 " "/;

2683

2684 PUT$(f.l(’42’) ne 0) res55 "7, 0"/;

2685 PUT$(f.l(’42’) ne 0) res55 "7.5, 1"/;

2686 PUT$(f.l(’42’) ne 0) res55 "8, 0"/;

2687 PUT$(f.l(’42’) ne 0) res55 "7, 0"/;

2688

2689

2690 File res1222 /stream2/;

2691 PUT res1222 "-1.5, 6"/;

2692 PUT res1222 "-0.3, 6"/;

2693

2694 file res1000 /arrows.inc/;

2695

2696 PUT res1000 "if ((card(p) eq 2) or (card(p) eq 3) or (card(p) eq 4),"/;

model.lst Fri Aug 20 07:36:53 2021 81

2697 *feed to mixers

2698 PUT$(f.l(’1’) ne 0) res1000 "PUT RES223 ’set arrow from 0.25,6 to 2.3,8.7 lt 15’/; "/;

2699 PUT$(f.l(’2’) ne 0) res1000 "PUT RES223 ’set arrow from 0.25,6 to 2,6 lt 15’/; "/;


2701 PUT$(f.l(’4’) ne 0) res1000 "PUT RES223 ’set arrow from 0.5,5.5 to 2.3,0.8 lt 15’/; "/;

2702 *mixer a process

2703 PUT$(f.l(’11’) ne 0) res1000 "PUT RES223 ’set arrow from 3,9 to 4.5,9 lt 15’/; "/;


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2706 PUT$(f.l(’41’) ne 0) res1000 "PUT RES223 ’set arrow from 3,0.5 to 4.5,0.5 lt 15’/; "/;

2707 *process to splitters

2708 PUT$(f.l(’12’) ne 0) res1000 "PUT RES223 ’set arrow from 5.8,9 to 7.2,9 lt 15’/; "/;




2712 *Mixers to treatments

2713 PUT$(f.l(’13’) ne 0) res1000 "PUT RES223 ’set arrow from 10,9 to 11,9 lt 15’/; "/;



2716 *Treatments to splitters




2720

2721 *splitter 2 mix2


2723 *splitter 2 a mx3

2724 PUT$(f.l(’123’) ne 0) res1000 "PUT RES223 ’set arrow from 7.35,9.2 to 6.88,10 lt 1’/; "/

;


2726 PUT$(f.l(’124’) ne 0) res1000 "PUT RES223 ’set arrow from 7.5,9.5 to 7.5,10.4 lt 1’/; "/

;



2729 *splitter 2 mix 6


;


;


2733 PUT$(f.l(’128’) ne 0) res1000 "PUT RES223 ’set arrow from 7.7,9.2 to 8.12,10 lt 1’/; "/;



2736

2737 *splitter 3 to mix 1

2738 PUT$(f.l(’221’) ne 0) res1000 "PUT RES223 ’set arrow from 7.35,6.2 to 2.7,8.7 lt 15’/; "

/;





/;


;

2744 *splitter 3 al mixer 6




;


;


2750 PUT$(f.l(’224’) ne 0) res1000 "PUT RES223 ’set arrow from 7.4,6.3 to 7,6.9 lt 1’/; "/;


model.lst Fri Aug 20 07:36:53 2021 83


;

2753





/;

model.lst Fri Aug 20 07:36:53 2021 84


08/20/21 07:36:52 Page 53









/;


;





;

2769

2770 *splitter 5




/;


;


;


/;


;


2779


2781 PUT$(f.l(’141’) ne 0) res1000 "PUT RES223 ’set arrow from 13.88,9.27 to 13.38,10.25 lt 1

’/; "/;


2783 PUT$(f.l(’142’) ne 0) res1000 "PUT RES223 ’set arrow from 14,9.5 to 14,10.5 lt 1’/; "/;



’/; "/;


2787 PUT$(f.l(’144’) ne 0) res1000 "PUT RES223 ’set arrow from 13.7,8.5 to 13.38,7.9 lt 1’/;

"/;



;



"/;

2792 *splitter 6 to mix discharge


2794 PUT$(f.l(’149’) ne 0) res1000 "PUT RES223 ’set arrow from 16,9 to 16,6.5 lt 15’/; "/;

2795



"/;

2798 *splitter 7 mx2


model.lst Fri Aug 20 07:36:53 2021 85

/;

2800 *splitter 7 mx 3




"/;

2804 *splitter 7 to mix5


/;



;

2808 *splitter 7 a mix Discharge


2810

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"/;

2813 *splitter 8 to mix6


;

2815 *splitter 8 to mix discharge


2817 PUT$(f.l(’349’) ne 0) res1000 "PUT RES223 ’set arrow from 16,3 to 16,5.5 lt 15’/; "/;



"/;



"/;



/;



/;

2826

2827 *discharge

2828 PUT$(f.l(’fp’) ne 0) res1000 "PUT RES223 ’set arrow from 16.5,6 to 17.6, 6 lt 15’/; "/;

2829 PUT res1000 ");"/;

2830

2831

2832

2833

2834 ***==========================

2835

2836 PUT res1000 "if ((card(p) eq 5),"/;

2837

2838 *mixers to process






2844

2845 *Splitter to mixers






2851

2852 *Process to splitters


/;


/;



/;


model.lst Fri Aug 20 07:36:53 2021 87

2858

2859 ****mix to treatment




2863

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2864 ***treatment to splitter


"/;



"/;

2868

2869 ****splitter 2

2870 PUT$(f.l(’122’) ne 0) res1000 "PUT RES223 ’set arrow from 7,10 to 2.7,8.55 lt 15’/; "/;

2871 PUT$(f.l(’123’) ne 0) res1000 "PUT RES223 ’set arrow from 7.32,10.65 to 7,11.05 lt 15’/;

"/;


’/; "/;

2873 PUT$(f.l(’125’) ne 0) res1000 "PUT RES223 ’set arrow from 7.7,10.65 to 8.52,11 lt 1’/; "

/;

2874 PUT$(f.l(’126’) ne 0) res1000 "PUT RES223 ’set arrow from 8,10 to 9.3,8.55 lt 15’/; "/;

2875 PUT$(f.l(’127’) ne 0) res1000 "PUT RES223 ’set arrow from 7.79,10.5 to 9.3,10.65 lt 15’/

; "/;


"/;


"/;

2878

2879 ***splitter 3


; "/;




"/;

2884 PUT$(f.l(’226’) ne 0) res1000 "PUT RES223 ’set arrow from 7.75,8.25 to 9,8.25 lt 15’/; "

/;


"/;


/;

2887 PUT$(f.l(’228’) ne 0) res1000 "PUT RES223 ’set arrow from 7.32,7.75 to 7,7.43 lt 1’/; "/

;


"/;

2889

2890 ******splitter 4


/;


;

2893 PUT$(f.l(’324’) ne 0) res1000 "PUT RES223 ’set arrow from 7,5.5 to 2.8,4 lt 15’/; "/;



"/;


"/;



"/;


model.lst Fri Aug 20 07:36:53 2021 89

"/;


/;

2901

2902 ***splitter 5


"/;


/;


"/;

2906 PUT$(f.l(’425’) ne 0) res1000 "PUT RES223 ’set arrow from 7,3.25 to 2.8,1.65 lt 15’/; "/

;


;


"/;


;


/;


"/;

2912

2913 ***splitter 6

2914 PUT$(f.l(’521’) ne 0) res1000 "PUT RES223 ’set arrow from 7.32,1 to 7,0.68 lt 15’/; "/;



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"/;


"/;



"/;


/;

2922

2923 **splitter 7


; "/;

2925 PUT$(f.l(’142’) ne 0) res1000 "PUT RES223 ’set arrow from 13.9,8.6 to 13.75,10 lt 1’/; "

/;


"/;


; "/;


; "/;


"/;


"/;


"/;


2933

2934 *splitter 8


;


"/;


"/;


"/;


"/;

2940 PUT$(f.l(’246’) ne 0) res1000 "PUT RES223 ’set arrow from 13.8,6.1 to 9.8,8 lt 15’/; "/;


"/;


2943

2944 ******spliter 9


"/;


"/;


; "/;


; "/;


"/;

model.lst Fri Aug 20 07:36:53 2021 91

2950 PUT$(f.l(’346’) ne 0) res1000 "PUT RES223 ’set arrow from 14.35,3.25 to 14.95,2.8 lt 15’

/; "/;


"/;


"/;


2954

2955 ***Discharge

2956 PUT$(f.l(’fp’) ne 0) res1000 "PUT RES223 ’set arrow from 16.5,6 to 17.6, 6 lt 15’/; "/;

2957

2958 PUT res1000 ");"/;

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Include File Summary

SEQ GLOBAL TYPE PARENT LOCAL FILENAME

1 1 INPUT 0 0 /var/www/html/interfaces/cgi-bin/waternet/model.gms

2 1 INCLUDE 1 1 ./var/www/html/interfaces/cgi-bin/waternet/ex1.dat

3 6 INCLUDE 2 5 ../var/www/html/interfaces/cgi-bin/waternet/sets.inc

4 163 INCLUDE 1 2 ./var/www/html/interfaces/cgi-bin/waternet/model.inc

5 1176 INCLUDE 1 3 ./var/www/html/interfaces/cgi-bin/waternet/sumres.in

c

6 2068 INCLUDE 5 892 ../var/www/html/interfaces/cgi-bin/waternet/buttons.

inc

COMPILATION TIME = 0.068 SECONDS 3 MB 24.4.1 r50296 LEX-LEG

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Model Statistics SOLVE water Using NLP From line 1173

MODEL STATISTICS

BLOCKS OF EQUATIONS 10 SINGLE EQUATIONS 79

BLOCKS OF VARIABLES 3 SINGLE VARIABLES 97

NON ZERO ELEMENTS 294 NON LINEAR N-Z 134

DERIVATIVE POOL 20 CONSTANT POOL 22

CODE LENGTH 233

GENERATION TIME = 0.007 SECONDS 4 MB 24.4.1 r50296 LEX-LEG

EXECUTION TIME = 0.013 SECONDS 4 MB 24.4.1 r50296 LEX-LEG

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Solution Report SOLVE water Using NLP From line 1173

S O L V E S U M M A R Y

MODEL water OBJECTIVE COST

TYPE NLP DIRECTION MINIMIZE

SOLVER BARON FROM LINE 1173

**** SOLVER STATUS 1 Normal Completion

**** MODEL STATUS 2 Locally Optimal

**** OBJECTIVE VALUE 596163.5974

RESOURCE USAGE, LIMIT 0.750 40000.000

ITERATION COUNT, LIMIT 0 2000000000

EVALUATION ERRORS 0 0

GAMS/BARON 24.4.1 r50296 Released Dec 20, 2014 LEG x86 64bit/Linux

BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/

Parts of the BARON software were created at the

University of Illinois at Urbana-Champaign.

Total time elapsed: 000:00:01, in seconds: 0.75

on parsing: 000:00:00, in seconds: 0.02

on preprocessing: 000:00:00, in seconds: 0.06

on navigating: 000:00:00, in seconds: 0.03

on relaxed: 000:00:00, in seconds: 0.22

on local: 000:00:00, in seconds: 0.17

on tightening: 000:00:00, in seconds: 0.01

on marginals: 000:00:00, in seconds: 0.00

on probing: 000:00:00, in seconds: 0.24

on IIS detection: 000:00:00, in seconds: 0.00

Total no. of BaR iterations: 9

Best solution found at node: -1

Max. no. of nodes in memory: 2

Cut generation statistics (number of cuts / CPU sec)

Bilinear 0 0.00

LD-Envelopes 1093 0.00

Multilinears 0 0.00

Convexity 270 0.00

Integrality 0 0.00

All done

===========================================================================

BARON version 14.4.0. Built: LNX-64 Tue Dec 2 07:53:11 EST 2014

If you use this software, please cite:

Tawarmalani, M. and N. V. Sahinidis, A polyhedral

branch-and-cut approach to global optimization,

Mathematical Programming, 103(2), 225-249, 2005.

BARON is a product of The Optimization Firm, LLC. http://www.minlp.com/

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Parts of the BARON software were created at the

University of Illinois at Urbana-Champaign.

===========================================================================

This BARON run may utilize the following subsolver(s)

For LP/MIP: ILOG CPLEX

For NLP: MINOS, SNOPT, GAMS external NLP, COIN IPOPT with MUMPS and METIS

===========================================================================

Solution = 596163.597439117 best solution found during preprocessing

Best possible = 578799.609164

Absolute gap = 17363.9882751172 optca = 1E-9

Relative gap = 0.02913 optcr = 0.03

---- EQU SPLFB mass balance, total flowrates

LOWER LEVEL UPPER MARGINAL

S1 .IN . . . 2803.0175

S11 .12 . . . 6.2848571E-6

S21 .22 . . . 2663.2895

SA11.14 . . . -127.0254

SA21.24 . . . 2655.4031

---- EQU SPLCB mass balance, concentrations


S1 .1 .a . . . .

S1 .1 .b . . . 2663.2895

S1 .2 .a . . . -127.0254

S1 .2 .b . . . 2803.0175

S11 .121.a . . . .

S11 .121.b . . . .

S11 .122.a . . . .

S11 .122.b . . . 2663.2895

S11 .126.a . . . -127.0254

S11 .126.b . . . 2647.6339

S11 .127.a . . . -131.1933

S11 .127.b . . . 8000.0000

S11 .129.a . . . -62075.4369

S11 .129.b . . . -151999.9924

S21 .221.a . . . .

S21 .221.b . . . -151999.9924

S21 .222.a . . . .

S21 .222.b . . . .

S21 .226.a . . . .

S21 .226.b . . . .

S21 .227.a . . . .

S21 .227.b . . . .

S21 .229.a . . . .

S21 .229.b . . . .

SA11.141.a . . . .

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EQU SPLCB mass balance, concentrations


SA11.141.b . . . .

SA11.142.a . . . .

SA11.142.b . . . .

SA11.146.a . . . .

SA11.146.b . . . .

SA11.147.a . . . .

SA11.147.b . . . .

SA11.149.a . . . .

SA11.149.b . . . .

SA21.241.a . . . -1.602234E-5

SA21.241.b . . . .

SA21.242.a . . . -133164.4740

SA21.242.b . . . 6351.2718

SA21.246.a . . . .

SA21.246.b . . . .

SA21.247.a . . . .

SA21.247.b . . . .

SA21.249.a . . . -6.544478E-6

SA21.249.b . . . .

---- EQU TUMB mass balance to total flowrates


T1 . . . .

T2 . . . .

---- EQU TUCB mass balance to individual pollutants


T1.a . . . -2.004536E-5

T1.b . . . .

T2.a . . . -82704.2872

T2.b . . . .

---- EQU MXRMB mass balance to total flowrates


M1.11 . . . .

M2.21 . . . .

M6.13 . . . -50147.6953

M7.23 . . . 2391.7914

MF.FP . . . -78348.8587

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---- EQU MXRCB mass balance to individual concentrations


M1.11.a . . . .

M1.11.b . . . .

M2.21.a . 3.7780364E-7 . .

M2.21.b . . . -4667.9200

M6.13.a . -2.739748E-7 . .

M6.13.b . 8.5471372E-7 . .

M7.23.a . . . -151999.9924

M7.23.b . . . 82704.2872

MF.FP.a . 3.2312823E-7 . .

MF.FP.b . -8.547219E-7 . 133164.4740

---- EQU PUMB mass balance to total flowrates


P1 . . . -2391.7914

P2 . . . -8000.0000

---- EQU PUCB mass balance to individual concentrations


P1.a 1000.0000 1000.0000 1000.0000 256.6538

P1.b 1500.0000 1500.0000 1500.0000 426.0269

P2.a 1000.0000 1000.0000 1000.0000 407.9611

P2.b 1000.0000 1000.0000 1000.0000 -7999.9996

---- EQU REL


a -2000.0000 -2000.0000 -2000.0000 .

b -2500.0000 -2500.0000 -2500.0000 .


---- EQU OBJ . . . 1.0000

OBJ objective function NLP

---- VAR F total flowrate of each stream [ton/hr]


IN 40.0000 40.0000 90.0000 .

1 . 40.0000 40.0000 .

2 . . 50.0000 8256.6538

11 40.0000 40.0000 40.0000 8000.0000

12 40.0000 40.0000 40.0000 62075.4369

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VAR F total flowrate of each stream [ton/hr]


121 . . . 2.2084932E-5

122 . 31.1708 40.0000 .

126 . . 40.0000 4735.6671

127 . . 40.0000 151.3073

129 . 8.8292 40.0000 .

21 50.0000 50.0000 50.0000 -256.6538

22 50.0000 50.0000 50.0000 5591.7222

221 . . 40.0000 0.0002

222 . . . -5335.0684

226 . . 50.0000 -9.711996E-5

227 . 50.0000 50.0000 -5183.7611

229 . . 50.0000 -9.834814E-5

13 . 29.5054 90.0000 .

14 . 29.5054 90.0000 .

141 . . 40.0000 -0.0004

142 . . 50.0000 7577.0673

146 . . . 8004.7252

147 . . 90.0000 7728.3746

149 . 29.5054 90.0000 .

23 . 50.0000 90.0000 .

24 . 50.0000 90.0000 .

241 . . 40.0000 -6.539042E-5

242 . 18.8292 50.0000 .

246 . 29.5054 90.0000 .

247 . . . 151.3072

249 . 1.6653 90.0000 .

FP 40.0000 40.0000 90.0000 5134.2309

---- VAR C pollutants concentration in each stream [ppm]


IN .a . . . .

IN .b . . . .

1 .a . . . 112120.6987

1 .b . . . 0.0003

2 .a . . . .

2 .b . . . .

11 .a . . . -112120.6987

11 .b . . . -0.0003

12 .a 25.0000 25.0000 25.0000 .

12 .b 37.5000 37.5000 37.5000 .

121.a 25.0000 25.0000 25.0000 .

121.b 37.5000 37.5000 37.5000 .

122.a 25.0000 25.0000 25.0000 83016.7787

122.b 37.5000 37.5000 37.5000 -3959.4804

126.a 25.0000 25.0000 25.0000 .

126.b 37.5000 37.5000 37.5000 .

127.a 25.0000 25.0000 25.0000 .

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VAR C pollutants concentration in each stream [ppm]


127.b 37.5000 37.5000 37.5000 .

129.a 25.0000 25.0000 25.0000 24748.4912

129.b 37.5000 37.5000 37.5000 .

21 .a . 37.0813 50.0000 .

21 .b . 24.2105 50.0000 .

22 .a 20.0000 57.0813 70.0000 .

22 .b 20.0000 44.2105 70.0000 .

221.a 20.0000 57.0813 70.0000 .

221.b 20.0000 44.2105 70.0000 .

222.a 20.0000 57.0813 70.0000 .

222.b 20.0000 44.2105 70.0000 .

226.a 20.0000 57.0813 70.0000 .

226.b 20.0000 44.2105 70.0000 .

227.a 20.0000 57.0813 70.0000 .

227.b 20.0000 44.2105 70.0000 .

229.a 20.0000 57.0813 70.0000 .

229.b 20.0000 44.2105 70.0000 .

13 .a . 57.0813 70.0000 .

13 .b . 2.2105 70.0000 .

14 .a . 2.8541 70.0000 .

14 .b . 2.2105 70.0000 .

141.a . 2.8541 70.0000 .

141.b . 2.2105 70.0000 .

142.a . 2.8541 70.0000 .

142.b . 2.2105 70.0000 .

146.a . 2.8541 70.0000 .

146.b . 2.2105 70.0000 .

147.a . 2.8541 70.0000 .

147.b . 2.2105 70.0000 .

149.a . 2.8541 70.0000 .

149.b . 2.2105 70.0000 .

23 .a . 57.0813 70.0000 .

23 .b . 44.2105 70.0000 .

24 .a . 57.0813 70.0000 .

24 .b . 2.2105 70.0000 .

241.a . 57.0813 70.0000 .

241.b . 2.2105 70.0000 .

242.a . 57.0813 70.0000 .

242.b . 2.2105 70.0000 .

246.a . 57.0813 70.0000 .

246.b . 2.2105 70.0000 .

247.a . 57.0813 70.0000 .

247.b . 2.2105 70.0000 .

249.a . 57.0813 70.0000 .

249.b . 2.2105 70.0000 .

FP .a . 10.0000 10.0000 -6215.3423

FP .b . 10.0000 10.0000 -5247.7324

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---- VAR COST -INF 596163.5974 +INF .

COST total flow going through the units [ton/h]

**** REPORT SUMMARY : 0 NONOPT

0 INFEASIBLE

0 UNBOUNDED

0 ERRORS

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E x e c u t i o n

**** REPORT FILE SUMMARY

RES1 /var/www/html/interfaces/waternet/output.html

res2 /var/www/html/interfaces/cgi-bin/waternet/data.inc

res56 /var/www/html/interfaces/cgi-bin/waternet/TREATMENT5

res30 /var/www/html/interfaces/cgi-bin/waternet/FMIXER

res42 /var/www/html/interfaces/cgi-bin/waternet/SPLITTER2



res1222 /var/www/html/interfaces/cgi-bin/waternet/stream2

res1000 /var/www/html/interfaces/cgi-bin/waternet/arrows.inc

EXECUTION TIME = 0.011 SECONDS 3 MB 24.4.1 r50296 LEX-LEG

USER: Eval License G201207/0001AO-GEN

Carnegie Mellon University, Dept. of Chemical Engineering DCE375

License for teaching and research at degree granting institutions

**** FILE SUMMARY

Input /var/www/html/interfaces/cgi-bin/waternet/model.gms

Output /var/www/html/interfaces/cgi-bin/waternet/model.lst

model.lst fri may 28 17:07:06 2021 1newton.cheme.cmu.edu/interfaces/waternet/model.pdf · 2021. 5....

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