Page 464 - Design of Simple and Robust Process Plants

Design of Simple and Robust Process Plants. J. L. Koolen 453
Copyright 2002 Wiley-VCH Verlag GmbH & Co. KGaA
ISBNs: 3-527-29784-7 (Hardback); 3-527-60047-7 (Electronic)

Subject Index

a Control 6, 15, 48, 49, 283, 349 manipulated 322, 325
Adsorption 144, 205 constraint 328, 342, 349 measured 322, 325
Automation 5, 15, 47, 48, 49, design 16, 284, 319, 343 Controllability 70, 72, 74,
283, 294, 296, 318, 445 DOFs 322, 324 134, 322
Availability 30, 48, 226 dynamic simulation 284, dynamic analysis 136
supplies 277 339, 341 open loop stability 322,
utilities 277 model reduction 339 323, 349
interaction 322, 338, 339 static analysis 135
c de-coupling 327 Controllers 339, 341, 344
Common cause failures 265, model based control 341 Creativity 88
278 model predictive 322
Complexs. site or integrated pairing 322, 328, 338, 341 d
Complexity 1, 25, 28, 33, 62, plant wide 328 Data analysis 353, 367, 393
214 capacity 328, 329 gross errors 367, 371
auto complexification 1 economic 328 steady state 355, 359, 367,
DOFs 27 inventory 328, 330 389, 393
formulae 27, 208 quality 328 Data reconciliation 353, 369,
piping 208 robust 6, 47, 284, 345 394
Constraints 75 heuristic 320 technique 369, 406
availability 116 model based 51, 320 Dephlegmator 109, 125
controllability 117 self optimizing 322 Design optimization 5, 6, 13,
environmental 77 strategy 295, 321, 339 67, 442
fouling, corrosion, utility first pass prime 321, 344 intermediate prices 81
constraints 78 hands-off 6, 344, 345 methodology 82, 87
operability 117 just in time 321 Design philosphies 1, 7, 20,
physical and chemical switchability 321 35, 39, 138, 441
properties 75 total quality control environmental sound 5, 8,
process integration 115 (TQC) 321 11, 13, 61
reactivity 76 structure 288 human intervention 9, 48
safety 75 unit 330 inherently safer 5, 8, 12, 58
vulnerability 117 dominant variables 330, integrated set 63
Continuous improvement 331 just in time production
411, 447 interaction 330 (JIP) 5, 10, 54, 57
capacity 314, 411 partial 331 minimize equipment
design 411, 416 self optimizing 330, (components) 8, 11, 39,
optimal operation 411, 414 334, 337 41, 42
quality of operation 411, variables 322 operation optimization 5,
414 control 322, 325 9, 52
reliability/availability 315, disturbance 322, 325, optimize design 8, 45
411, 416 326