Process integration, modelling and optimisation for energy saving and pollution reduction

Chemical Engineering Transactions

Volumn 18, Issue , 2009, Pages 1-26

  Friedler, Ferenc ^a  

^a UNIVERSITY OF PANNONIA   (Hungary)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 75749123489     PISSN: 22839216     EISSN: 22839216     Source Type: Journal    
DOI: 10.3303/CET0918001     Document Type: Conference Paper

References (164)

1. Aaltola J., 1999, Use of process heat of a paper integrate in the district heating systems of two cities. PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 95-100.
2. Adonyi R., Biros G., Holczinger T. and Friedler F., 2008, Effective scheduling of a large-scale paint production system, Journal of Cleaner Production 16 (2), 225-232. (Pubitemid 47542446)
3. Adonyi R., Romero J., Puigjaner L. and Friedler F., 2002. Incorporating heat integration in batch process scheduling, CHISA 2002 Proceedings, Set 4, PRES 2002, 165.
4. Adonyi R., Romero J., Puigjaner L. and Friedler F., 2003, Incorporating heat integration in batch process scheduling, Applied Thermal Engineering 23, 1743-1762.
5. Ahmad M. I., Chen L., Jobson M., Zhang N., 2008, Synthesis and optimisation of heat exchanger networks for multi-period operation by simulated annealing, CHlSA 2008 Proceedings, Summaries 4, PRES 2008, ,ČSCHI, K2.2, 1511.
6. Al-Riyami B.A., Klemeš J., Perry S., 2000, Heat integration retrofit analysis of a heat exchanger network of a fluid catalytic cracking plant. CHISA 2000 Proceedings, Set 4, PRES 2002, Prague, P 7.60 [1147]
7. Al-Riyami B. A., Klemeš J., Perry S., 2001, Heat integration retrofit analysis of a heat exchanger network of a fluid catalytic cracking plant, Applied Thermal Engineering 21, 1449-1487 Alves J., 1999, Analysis and design of refinery hydrogen distribution systems, PhD Thesis, UMIST, Manchester, United Kingdom. (Pubitemid 32618134)
8. Anantharaman R., Abbas Own S. and Gundersen T., 2006, Energy level composite curves-a new graphical methodology for the integration of energy intensive processes, Applied Thermal Engineering 26, 1378-1384.
9. Asante N.D.K. and Zhu X.X., 1996, An automated approach for heat exchanger network retrofit featuring minimal topology modifications. Computers Chemical Engng 20(Supplement), S7-S12. (Pubitemid 126383609)
10. Aspelund A., Berstad D.O. and Gundersen T., 2007, An extended pinch analysis and design procedure utilizing pressure based exergy for subambient cooling, Applied Thermal Engineering 27, 2633-2649. (Pubitemid 47268809)
11. Assadi M., Johansson K.B., 1999, Applying pinch method and exergy analysis to BIOIGHAT power plant. PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 139-144.
12. Axelsson E., Marcus R., Olsson M.R. and Bemtsson T., 2008, Opportunities for process integrated evaporation in a hardwood pulp mill and comparison with a softwood model mill study, Applied Thermal Engineering 28 (16), 2100-2107.
13. Bébar L., Martinak P., Hájek J., Stehlík P., Hajny Z. and Oral J., 2002, Waste to energy in the field of thermal processing of waste, Applied Thermal Engng 22, 897-906. (Pubitemid 34524709)
14. th PRES'01, Florence, AIDIC, 453-458.
15. st Conference PRES'98, Prague, F1.4[985]
16. th CSChE 2003 with PRES' 03, Hamilton, Canada, 343.
17. Brown D., Maréchal F. and Paris, J., 2005, A dual representation for targeting process retrofit, application to a pulp and paper process, Applied Thermal Engineering 25 (7), 1067-1082
18. Burianec Z, Mařík K. and Klemeš J., 1999, HENCODES - Hocserelohalozat iranyitastervezeset segito szakertoi rendszer (HENCODES- An Expert System for Designing the Control of Heat-Exchangers Networks). Magyar Kemikusok Lapja, 54(1) 22-29, (in Hungarian).
19. 2 emissions pinch analysis to the Irish electricity generation sector, PRES' 07, ed. Jiří Klemeš, Chemical Engineering Transactions, 12, 91-97.
20. 2 emissions pinch analysis to the Irish electricity generation sector, Energy 33, 1498-1507.
21. Cheung K-Y. and Hui C.-W., 2004, Total-site scheduling for better energy utilization, Journal of Cleaner Production 12 (2004) 171-184
22. th Conference PRES'01, ed. J. Klemeš, AIDIC, 355-363.
23. Cziner K., Tuomaala M. and Hurme M., 2005, Multicriteria decisions making in process Integration, Journal of Cleaner Production 13, 475-483.
24. Dalaouti N. and Seferlis P., 2005, Design and optimisation of complex separation process using orthogonal collocation on finite elements modelling techniques. PRES'05, ed. J. Klemeš, Chemical Engineering Transactions 7, 321-326.
25. Desai N.B. and Bandyopadhyay S., 2008, Process integration of organic Rankine cycle, CHISA 2008 Proceedings, Summaries 4, PRES 2008, ČSCHI, 1244-1245.
26. Dhole V.R. and Linnhoff B., 1993, Total site targets for fuel, co-generation, emissions and cooling, Computers & Chemical Engineering, 17 (Supplement), S101-S1.
27. Dogru E., Ozkan S. and Bolat E., 1999, A heat exchanger networks design for an ammonium plant: A supertarget application, PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 245-249.
28. Drahoš J. and Růžička M.C., 2005, Time Series Analysis in Characterization of Process Data, PRES'05, ed. J. Klemeš, Chemical Engineering Transactions 7, 607-613.
29. El-Halwagi M. and Manousiouthakis V., 1989, Synthesis of Mass Exchange Networks, AIChE Journal 35 (8), 1233-1244.
30. Foo D.C.Y., Chew Y.H. and Lee C.T., 2008, Minimum units targeting and network evolution for batch heat exchanger network, Applied Thermal Engineering 28 (16), 2089-2099.
31. Foo, D.C.Y., Manan Z.A. and Tan L.Y., 2003, Synthesis of maximum water recovery network for batch process systems, PRES'03/CSChE'03, Hamilton, Canada, 81.
32. Foo, D.C.Y., Manan Z.A. and Tan L.Y., 2005, Synthesis of maximum water recovery network for batch process systems, Journal of Cleaner Production 13, 1381-1394.
33. Foo D.C.Y., Tan R.R. and Ng D.K.S., 2007, Target for minimum low and zero-carbon energy resources in carbon-constrained energy sector planning using cascade analysis, PRES'07, ed, J. Klemeš, Chemical Engineering Transactions, 12: 139-144.
34. Foo, D.C.Y., Tan R.R. and Ng D.K.S., 2008. Carbon and footprint-constrained energy planning using cascade analysis technique, Energy 33, 1480-1488.
35. Fraser D.M. and Hállale N., 1999, Systematic effluent reduction through pinch technology. PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 281-286.
36. Friedler F. and Fan L.T., 2003, Process design and operation: decomposition vs. integration, PRES'03/CSChE'03, Hamilton, Ontario, Canada.
37. Friedler F. and Varbanov P., 2008, P-graph methodology for cost-effective reduction of carbon emissions involving fuel cell combined cycles, PRES'07, ed. Jiří Klemeš, Chemical Engineering Transactions, 12: 133-138
38. Friedler F. and Varbanov P., 2008, P-graph methodology for cost-effective reduction of carbon emissions involving fuel cell combined cycles, Applied Thermal Engineering 28(16), 2020-2029.
39. Friedler F., Tarjan K., Huang Y.W. and Fan L.T., 1992, Graph-theoretic approach to process synthesis: axioms and theorems, Chem. Eng. Sci. 47 (8), 1973-1988. (Pubitemid 23560243)
40. Friedler F., Tarjan K., Huang Y.W. and Fan L.T., 1993, Graph-Theoretic Approach to Process Synthesis: Polynomial Algorithm for Maximal Structure Generation, Comput. Chem. Eng. 17 (9), 929-942. (Pubitemid 23679168)
41. Friedler F., Varga J.B. and Fan L.T., 1995, Decision-Mapping: A Tool for Consistent and Complete Decisions in Process Synthesis, Chem. Eng. Sci. 50 (11), 1755-1768.
42. Galli M.R. and Cerda J., 1999, Synthesis of heat exchanger networks featuring a minimum number of bounded-size shells, PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 293-298.
43. Ghajar A. and Tang C.C., 2008, Importance of Non-Boiling Two-Phase Flow Heat Transfer in Pipes for Industrial Applications, CHISA 2008 Proceedings, Summaries 4, PRES 2008, Prague, ČSCHI, 1255-1256.
44. Gottschalk A., Janowsky R. and Němecek M., 1999, Application of HEATPERT for the energy integration of industrial chemical processes. PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 305-310.
45. Grabowski M., Klemeš J., Urbaniec K., Vaccari G. and Zhu X.X., 2001, Minimum energy consumption in sugar production by cooling crystallisation of concentrated raw juice, Applied Thermal Engineering 21, 1319-1329. (Pubitemid 32618126)
46. Grabowski M., Klemeš J., Urbaniec K., Vaccari G. and Zhu X.X., 2000, Minimum energy consumption in sugar production by cooling crystallisation of concentrated raw juice, CHISA 2000, Set 4, PRES 2000, Prague, H 15 [1204].
47. st Conference PRES'98, Prague, lecture F1 .1 [1302],
48. Halasz L., Nagy A.B., Ivicz T., Friedler F. and Fan L. T., 2002, Optimal retrofit design and operation of the steam-supply system of a chemical complex, Applied Thermal Engineering 22, 939-947.
49. th Conference, PRES'01, ed. J. Klemeš, Florence, AIDIC, 331-336.
50. Hallale N. and Liu F., 2001, Refinery hydrogen management for clean fuels production, Advances in Environmental Research 6 (1), 81-98. (Pubitemid 33585856)
51. Hashemi-Ahmady, A., Zamora J. M. And Gundersen, T., 1999. A sequential framework for optimal synthesis of industrial size heat exchanger networks. PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 329-334
52. st Conference PRES'98, Prague, 1998, lecture F7.4. [443]
53. Hassan M., Klemeš J. and Plesu V., 1999, Process Integration Analysis & Retrofit Suggestions for A FCC Plant. Integrirovannye Tehnologii i Energosberegenie (Integrated Technologies and Energy Saving), 2, 10 - 30, ISBN-5-7763-2106-9 (in Russian).
54. Hirata K., Chan P., Cheung K.-Y., Sakamoto H., Ide K. and Hui Ch.-W., 2007, Sitemodel utility system optimisation - industrial case study of KKEPC, Applied Thermal Engineering 27, 2687-2692. (Pubitemid 47277519)
55. Hohmann E.C., 1971, Optimum Networks for Heat Exchange, PhD Thesis, University of Southern California, Los Angeles, United States.
56. Hugo A., Rutter P., Georgiadis M.C. and Pistikopoulos E.N., 2005, A multi-objective optimisation model for strategic hydrogen infrastructure planning, PRES'05, ed. J. Klemeš, Chemical Engineering Transactions 7, 1-6.
57. Huisingh D., 2008, Harbingers of Hope in the Transition to Sustainable Societies: Beyond Gloom and Doom to Action, CHISA 2008 Proceedings, Summaries 4, PRES 2008, Prague, ČSCHI, 1089-1090.
58. Hurme M., Tuomaala M. and Ahtila P., 2005, Process efficiency by comprehensive process integration, PRES'05, ed. J. Klemeš, Chemical Engng Trans 7, 447-452.
59. 2 capture, Applied Thermal Engineering 26, 1345-1352.
60. Kalitventzeff B., Maréchal F. and Closon H., 2000, Better solutions for process sustainability through better insight in process energy integration, CHISA 2000 Proceedings, Set 4, PRES 2000, Prague, H 1.1. [1240]
61. Kalitventzeff B., Maréchal F. and Closon H., 2001, Better solutions for process sustainability through better insight in process energy integration, Applied Thermal Engineering 21, 1349-1368. (Pubitemid 32618128)
62. st Conference PRES'98, Prague, F3.1 [447]
63. Kapustenko P., Ulyev L., Boldyryev S. and Garev, A., 2008, Integration of a heat pump into the heat supply system of a cheese production plant, Energy 33, 882-889.
64. Kelemen B. and Kenessey G., 2008, Profit-driven optimisation in the oil industry: How to turn hydrocarbon molecules into financial benefits. CHISA 2008 Proceedings, Plenary Lectures Summaries, ČSCH1, 9-11.
65. Klemeš J. and Varbanov P., 2008, Total sites for combined utilisation of renewables and fossil fuels via improved energy conversion technologies. CHISA 2008 Proceedings, Summaries 4, PRES 2008, ČSCHI, 1242-1243.
66. 2 on Total Sites, Applied Thermal Engineering 17 (8/10), 993-1003.
67. st Conference PRES'98, Prague, Lecture F6.6 [136]
68. Klemeš J., Nenov N., Kimenov G. and Mintchev M., 1999, Heat Integration in Food Industry. Integrirovannye Tehnologii i Energosberegenie (Integrated Technologies and Energy Saving), 4, 1999, 9-26, ISBN-5-7763-2106-9 (in Russian).
69. Klemeš J., Urbaniec K. and Zalewski P., 1999, Retrofit design for polish sugar factories using process integration methods. PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 377-382
70. Lam, H.L., Klemeš, J. and Varbanov, P., 2008. An efficient planning and implementation of regional renewable energy supply chain, CHISA 2008 Proceedings, Summaries 4, PRES 2008, ČSCHI, K2.2, 1218-1219.
71. Lam, H.L., Varbanov, P and Klemeš, J., 2009. Minimising carbon footprint of regional biomass supply chains. Resources, Conservation and Recycling, doi:10.1016/j.resconrec.2009.03.009.
72. Larsson M., Wang Ch. and Dahl J., 2006, Development of a method for analysing energy, environmental and economic efficiency for an integrated steel plant, Applied Thermal Engineering 26, 1353-1361.
73. Lavric V., Baetens D., Plesu V., and De Ruyck J., 2002, Entropy generation reduction through chemical pinch analysis, CHISA 2002/ PRES 2002 Proc, Set 4, H 5.6.
74. Lavric V., Baetens D., Plesu V., and De Ruyck J., 2003, Entropy generation reduction through chemical pinch analysis, Applied Thermal Engineering 23, 1837-1845.
75. Lavric V., Pleçu V. and De Ruyck J., 2003, Chemical reactors energy integration through virtual heat exchangers - benefits and drawbacks, PRES'03/CSChE'03, Hamilton, Canada, 167.
76. Lavric V., Pleçu V. and De Ruyck J., 2005, Chemical reactors energy integration through virtual heat exchangers - benefits and drawbacks, Applied Thermal Engineering 25 (7), 1033-1044.
77. Levasseur Z.P., Palese V. and Maréchal, F., 2008, Energy integration study of a multieffect evaporator. CHISA 2008 Proc, Summaries 4, PRES2008, ČSCHI, 1184-1185.
78. Liebmann B., Pfeffer M., Wukovits W., Bauer A., Amon T., Gwehenberger G., Narodoslawsky M. and Friedl A., 2007, Modelling of small-scale bioethanol plants with renewable energy supply, PRES'07, ed. J. Klemeš, Chemical Engineering Transactions, 309-314.
79. st Conference PRES 1998, Plenary lecture A3.0 [818]
80. Linnhoff B. and Flower J.R., 1978, Synthesis of Heat Exchanger Networks: I. systematic generation of energy optimal networks, ATChE Journal 24 (4), 633-642. (Pubitemid 8623387)
81. Linnhoff B. and Hindmarsh E., 1983, The Pinch Design Method for Heat Exchanger Networks, Chemical Engineering Science 38 (5), 745-763. (Pubitemid 13543600)
82. Linnhoff B., Mason D.R. and Wardle I., 1979, Understanding Heat Exchanger Networks, Computers & Chemical. Engineering 3 (1-4), 295-302.
83. Linnhoff B., Townsend D.W., Boland D., Hewitt G.F., Thomas B.E.A., Guy A.R., and Marsland R.H., 1982, last edition 1994, A User Guide to Process Integration for the Efficient Use of Energy, IChemE, Rugby, UK
84. Lior N., 2006, Energy resources and use: the present situation and possible paths to the future, CHISA 2006 Proc, Summaries 4, PRES 2006, Prague, ČSCHI, 1151-1152.
85. Lior N., 2008, Energy resources and use: the present situation and possible paths to the future, Energy 33, 842-857. (Pubitemid 351609252)
86. Majozi T., 2003, An effective technique for wastewater minimisation in batch processes, PRES' 03/CSChE'03, Hamilton, Canada, 160
87. Majozi T., 2005, An effective technique for wastewater minimisation in batch processes, Journal of Cleaner Production 13, 1374-1380. (Pubitemid 41501493)
88. Majozi T., 2006, Heat integration of multipurpose batch plants using a continuous-time framework, Applied Thermal Engineering 26, 1369-1377.
89. Maréchal F. and Kalitvenzeff B., 2002, Targeting the integration of multi-period utility systems for site scale process integration, CHISA 2002 Proc, 4, PRES 2002, H 5.1.
90. Maréchal F. and Kalitvenzeff B., 2003, Targeting the integration of multi-period utility systems for site scale process integration, Applied Thermal Engng 23, 1763-1784.
91. st Conference PRES'98, Prague, 1998, F5.2. [606]
92. Markowski M., and Urbaniec K, 2003, Optimal cleaning schedule for heat exchangers in a HEN, PRES' 03/ CSChE'03, Hamilton, Canada, 88.
93. Markowski M. and Urbaniec K., 2005, Optimal cleaning schedule for heat exchangers in a heat exchanger network, Applied Thermal Engineering 25 (7), 1019-1032.
94. Markowski M., 1999, Reconstruction of heat exchanger network under industrial constraints - the case of a crude distillation unit. PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 439-444.
95. Markowski M., Trafczynski M. and Urbaniec K., 2005, Energy expenditure in the thermal separation of hydrocarbon mixtures using a sequence of heat-integrated distillation columns, PRES'05, ed. J. Klemeš, Chemical Engng Transac 7, 73-78.
96. Markowski M., Trafczynski M. and Urbaniec K., 2007, Energy expenditure in the thermal separation of hydrocarbon mixtures using a sequence of heat-integrated distillation columns, Applied Thermal Engineering 27, 1198-1204. (Pubitemid 46164886)
97. Mascia M., Ferrara F., Vacca A., Tola G. and Errico M., 2005, Design of heat integrated distillation systems for a light ends separation plant, PRES'05, ed. J. Klemeš, Chemical Engineering Transactions 7, 151-157.
98. Mascia M., Ferrara F., Vacca A., Tola G. and Errico M., 2007, Design of heat integrated distillation systems for a light ends separation plant, Applied Thermal Engineering 27, 1205-1211. (Pubitemid 46162220)
99. Mavromatis S.P. and Kokossis. A.C., 1998, Conceptual Optimisation of Utility Networks for Operational variations - I. Targets and Level Optimisation. Chem. Eng. Sci., 53(8), 1585-1608.
100. Moodley A. and Majozi T., 2005, Development of a unified mass and heat integration framework for sustainable design - An automated approach. PRES'05, ed. Jiří Klemeš, Chemical Engineering Transactions 7, 465-470.
101. Morrison A.S., Atkins M.J., Walmsley M.R.W. and Riley J., 2008b, Non-continuous pinch analysis of a paper machine in an integrated kraft pulp & paper mill. CHISA 2008 Proceedings, Summaries 4, PRES 2008, ČSCHI, 1194-1195.
102. Morrison A.S., Atkins M.R. and Walmsley M.R.W., 2008a, Integration of solar thermal for improved energy efficiency in low-temperature-pinch industrial processes. CHISA 2008 Proceedings, Summaries 4, PRES 2008, ČSCHI, 1097-1098.
103. Nagy A.B., Adonyi R., Halasz L., Friedler F. and Fan L.T., 2001, Integrated Synthesis of Process and Heat Exchanger Networks: Algorithmic Approach, Applied Thermal Engineering 21 (13-14), 1407-1427. (Pubitemid 32618132)
104. Nagy A.B., Biros G., Friedler F. and Fan L.T., 2000, Integrated Synthesis of Combined Process and HENs, CHISA 2000, 4, PRES 2000, Prague, P7.71 [1204].
105. Nordgren S., Lmdblom B., Dahl J. and Wang C., 2008, Process integration in an iron ore upgrading process system - analysis of mass and energy flows within a straight grate induration furnace, CHISA 2008 Proc, 4, PRES 2008, ČSCHI, 1172-1173.
106. Panjeshahi M.H. and Tahouni N., 2008, Pressure drop optimisation in debottlenecking of heat exchanger networks, Energy 33, 942-951. (Pubitemid 351609255)
107. Papoulias S.A. and Grossmann I.E., 1983, A structural optimization approach in process synthesis. II: Heat recovery networks, Computers Chemical Engng 7 (6), 707-772
108. Perry S., Klemeš J. and Bulatov I., 2007, Integrating waste and renewable energy to reduce the carbon footprint of locally integrated energy sectors, PRES'07, ed. Jiří Klemeš, Chemical Engineering Transactions, 12, 593-598.
109. Perry S., Klemeš J. and Bulatov I., 2008, Integrating waste and renewable energy to reduce the CFP of locally integrated energy sectors, Energy 33, 1489-1497.
110. Picón-Núñez M., Morales-Fuentes A. and Vázquez-Ramírez E.E., 2007, Effect of network arrangement on the heat transfer area of cooling networks, Applied Thermal Engineering 27, 2650-2656. (Pubitemid 47268816)
111. Pistikopoulos S., 2006, Parametric programming and control, CHISA 2006 Proceedings, Summaries 4, PRES 2006, Prague, ČSCHI, 1060.
112. st Conference PRES'98, Prague, Lecture F6.7 [1130]
113. Ponton J.W., 2005, Web based distance learning for CPD. PRES'05, ed. J. Klemeš, Chemical Engineering Transactions 7, 405-411.
114. PRES Conference - Process Integration, Modelling and Optimisation for Energy Saving and Pollution Reduction www.conferencepres.com (24/04/2009)
115. Raissi K., 1994, Total Site Integration. PhD Thesis, UMIST, UK.
116. Ravagnani M.A.S.S., Silva A.P., Arroyo P.A. and Constantino A.A., 2003, Heat exchanger network synthesis and optimisation using genetic algorithm, PRES'03 /CSChE'03, Hamilton, Canada, 594
117. Ravagnani M.A.S.S., Silva A.P., Arroyo P.A. and Constantino A.A., 2005, Heat exchanger network synthesis and optimisation using genetic algorithm, Applied Thermal Engineering 25 (7), 1003-1017.
118. Reay D., 2007, The role of process intensification in cutting greenhouse gas emissions, PRES'07, Ischia - Italy, ed. Jiří Klemeš, Chemical Engineering Trans., 12, 1-12.
119. Reay D., 2008, The role of process intensification in cutting greenhouse gas emissions, Applied Thermal Engineering 28 (16), 2011-2019.
120. Rodera H. and Bagajewicz M., 1999, Multipurpose heat exchanger networks for heat integration across plants, PRES'99 Proceedings, ed. F. Friedler and J. Klemeš Hungarian Chemical Society, Budapest, 547-552.
121. Rodera H., Westphalen D.L. and Shethna H.K., 2002, A methodology for improving heat exchanger network operation, CHISA 2002, Set 4, PRES 2002, Prague, I 3.4.
122. Rodera H., Westphalen D.L. and Shethna H.K., 2003, A methodology for improving heat exchanger network operation, Applied Thermal Engineering 23, 1729-1741.
123. Romero J., Puigjaner L. Holczinger T. and Friedler F., 2004. Scheduling Intermediate Storage Multipurpose Batch Plants Using the S-Graph, AIChE J., 50(2), 403-417. (Pubitemid 38366559)
124. Sadhukhan J. and Zhu X. X., 2001, Integration strategy of gasification technology: A gateway to future refining, PRES' 01, ed J. Klemeš, Florence, AIDIC, 31-36.
125. st PRES'98 Prague, Lecture F2.1 [92]
126. Sanmarti E., Holczinger T., Puigjaner L. and Friedler F., 2002, Combinatorial Framework for Effective Scheduling of Multipurpose Batch Plants, AIChE Journal 48 (11), 2557-2570. (Pubitemid 36176395)
127. Savulescu L.E. and Alva-Argaez A., 2008, Direct heat transfer considerations for improving energy efficiency in pulp and paper Kraft mills, Energy 33, 1562-1571
128. Seikova I., Varbanov P. and Ivanova E., 1999, Debottlenecking of a heat-integrated crude-oil distillation system. PRES'99 Proceedings, ed. F. Friedler and J Klemeš Hungarian Chemical Society, Budapest, 583-588.
129. SHELL, Real Energy Worlds, www.realenergy.shell.co.uk/?lang=en- GB&page, http://www.realenergy.shell.co.uk/?lang=en-GB&page =homeFlash&access =false&site-version=flash#.(03/01/2009).
130. Siirola J.J., 1970. The Computer-Aided Synthesis of Chemical Process Designs, PhD thesis, University of Wisconsin, USA.
131. Sikdar S.K., 2008, Chemical process sustainability and applicable metrics, CHISA 2008 Proceedings, Summaries 4, PRES 2008, Prague, ČSCH1, 1117-1118.
132. Smith R., 1999, State of the art in process integration, PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 15-21.
133. Smith R., 2002, Process integration for reduced environmental impact, CHISA 2002 Proceedings, Set 4, PRES 2002, Prague, H 21.
134. Sorin M. and Hammache A., 2003, A new thermodynamic model for shaftwork targeting on total sites, PRES'03/CSChE'03, Hamilton, Canada, 345.
135. SuperTarget, V. 4.0, 1997, Linnhoff-March Ltd, Knutsford, UK.
136. Taal M., Bulatov I., Klemeš J. and Stehlík P., 2002, Cost estimation and energy price forecasts for economic evaluation of retrofit projects, CHISA 2002 Proceedings, Set 4, PRES 2002, Prague, I 5.4.
137. Taal M., Bulatov I., Klemeš J. and Stehlík P., 2003, Cost estimation and energy price forecasts for economic evaluation of retrofit projects, Appl Ther Eng 23, 1819-1835.
138. Tan R.R., 2008, An adaptive swarm-based simulated annealing algorithm for process optimization, CHISA 2008 Proceedings, Sum 4, PRES 2008, ,ČSCHI, 1257-1258.
139. Tantimuratha L., Antonopoulos D.K. and Kokossis A.C., 1999, Flexibility targets for HENs: Conceptual programming approach for grassroots and retrofit design. PRES'99 Proc, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 643-648.
140. Teopa Calva E., Picón-Núñez M. and Rodríguez-Toral M.A., 2005, Thermal integration of trigeneration systems, Applied Thermal Engineering 25 (7), 973-984.
141. Thonon B., 2002, Development of advanced heat exchangers and process control for high energy efficient distillation columns and separation processes, CHISA 2002 Proceedings, Set 4, PRES 2002, 13.1.
142. Tovazhyansky L.L., Kapustenko P.A., Uliev L.M., Perevertilenko A.Yu. and Chernyshov A.I., 1999, Application of process integration for energy saving and pollution reduction in Ukraine. PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 659-664.
143. Townsend D.W. and Linnhoff B., 1983, Heat and power networks in process design. Part II: Design procedure for equipment selection and process matching, AIChE Journal 29 (5), 748-771. (Pubitemid 14469986)
144. Ullmer C., Kunde N., Lassahn A., Gruhn G. and Schultz K., 2005, WADO™: Water design optimisation - software for the synthesis of process water systems, Journal of Cleaner Production 13, 485-494.
145. Umeda T., Harada T. and Shiroko K.A., 1979, Thermodynamic Approach to the Synthesis of Heat Integration Systems in Chemical Processes, Compututers Chemical Engineering. 3, 273-282. (Pubitemid 9453295)
146. Umeda T., Itoh J. and Shiroko K., 1978, Heat Exchange System Synthesis, Chem. Eng. Prog. 74 (7), 70-76.
147. Vaccari G., Tamburini E., Sgualdino G., Urbaniec K. and Klemeš J., 2005, Overview of the environmental problems in beet sugar processing, J of Clean. Prod. 13, 499-507.
148. Václavek V., Novotná A. and Dědková J., 2002, Pressure as a further parameter of composite curves in energy process integration, CHISA 2002 Proceedings, Set 4, PRES 2002, P 5.75.
149. Václavek V., Novotná A., and Dedková J., 2003, Pressure as a further parameter of composite curves in energy process integration, Appl Therm Eng 23, 1785-1795.
150. Varbanov P., Perry S., Klemeš J. and Smith R., 2005, Synthesis of industrial utility systems: cost-effective decarbonisation, Appl Thermal Engng 25 (7), 985-1001.
151. Varbanov P.S., Doyle S. and Smith R., 2004, Modelling and Optimisation of Utility Systems, Trans IChemE - Chem Eng Res Des 82(A5), 561-578.
152. Varbanov P.S., Klemeš J., 1999, Rules for paths construction for HENs debottlenecking, PRES'99 Proceedings, ed. F. Friedler and J Klemeš, Hungarian Chemical Society, Budapest, 685-690.
153. Varbanov P.S., Klemeš J., 2000, Rules for paths construction for HENs debottlenecking, Applied Thermal Engineering 20(15-16), 1409-1420.
154. Wang Y.P. and Smith, R., 1994, Wastewater minimisation, Chemical Engineering Science 49(7), 981-1006.
155. Wising U., Bemtsson T. and Stuart P., 2005, The potential for energy savings when reducing the water consumption in a kraft pulp mill, Appl Ther Eng. r25 1057-1066.
156. Zhelev T. and Bhaw N., 1999, Combined water-oxygen pinch analysis for better wastewater treatment management. PRES'99 Proceedings, ed. F. Friedler and J. Klemeš, Hungarian Chemical Society, Budapest, 731-736.
157. Zhelev T. and Ntlhakana L., 1999. Energy-environment closed loop through oxygen pinch, Computers & Chemical Engineering 23(Supplement), S79-S83.
158. Zhelev T.K. and Bhaw N., 2000, Combined water-oxygen pinch analysis for better wastewater treatment management, Waste Management 20(8), 665-670. (Pubitemid 30690230)
159. Zhelev T.K., 2003, On the integrated management of industrial resources incorporating finances. Sustainable systems theory: ecological and other aspects, PRES'03/ CSChE;03, Hamilton, Canada, 550.
160. Zhelev T.K., 2005a, On the integrated management of industrial resources incorporating finances. Sustainable systems theory: ecological and other aspects, Journal of Cleaner Production 13, 469-474.
161. Zhelev T.K., 2005b, Water conservation through energy management, Journal of Cleaner Production 13, 1461-1470. (Pubitemid 41501500)
162. Zhu X.X. and Vaideeswaran L., 1999, Recent research development of process integration in analysis and optimisation of energy system. PRES'99 Proceedings, ed. F. Friedler and J Klemeš, Hungarian Chemical Society, Budapest, 87-94.
163. st Conference PRES'98, Prague, F4.4 [444]
164. Zhu X.X., Zanfir M. and Klemeš J., 2000, Heat Transfer Enhancement for Heat Exchanger Network Retrofit, Heat Transfer Engineering 21 (2), 7-18.