Dominic C. Y. Foo

Contact

• workRoom CA23 Block C
  Malaysia Campus
  Jalan Broga
  43500 Semenyih
  Selangor Darul Ehsan
  Malaysia
• work+6 (03) 8924 8130
• fax+6 (03) 8924 8017
• dominic.foo@nottingham.edu.my
• https://www.nottingham.edu.my/Research/Inspiring-people/Dominic-Foo.aspx

Biography

Professor Dominic C. Y. Foo, PhD., FASc, PEng, CEng, ACPE, FIChemE, FHEA, MIEM, AAE

Prof Dr Ir Dominic Foo is the Professor of Process Design and Integration at the University of Nottingham Malaysia Campus, and is the Founding Director for the Centre of Excellence for Green Technologies. He is a Fellow of the Institution of Chemical Engineers (IChemE), a Fellow of the Academy of Sciences Malaysia (ASM), a Chartered Engineer (CEng) with the Engineering Council UK, a Professional Engineer (PEng) with the Board of Engineer Malaysia (BEM), ASEAN Chartered Professional Engineer (ACPE), as well as the President for the Asia Pacific Confederation of Chemical Engineering (APCChE). He is top 2% world leading researcher (Stanford list), working in process integration for resource conservation and CO₂ reduction. He establishes international collaboration with researchers from various countries in the Asia, Europe, American and Africa. Professor Foo is an active author, with eight books, more than 190 journal papers and made more than 220 conference presentations, with more than 30 keynote/plenary speeches. He examined more than 40 PhD/MSc/MPhil thesis in the UK, South Africa, Philippines, Australia, China, Qatar and Taiwan. He served as International Scientific Committees for many important international conferences (PRES, FOCAPD, ESCAPE, PSE, etc.). Professor Foo is the Editor-in-Chief for Process Integration and Optimization for Sustainability (Springer Nature), Subject Editor for Process Safety & Environmental Protection (Elsevier), among others. He is the winners of the Innovator of the Year Award 2009 of IChemE, Outstanding Asian Researcher and Engineer 2013 (Society of Chemical Engineers, Japan), Top Research Scientist Malaysia 2016 (ASM).

Other professional web links of Prof Foo:

• Linked-in
• ORCID
• Scopus
• Amazon
• Research Gate
• Publons
• Google Scholar
• CRC Press author page
• AIChE profile

Prof Foo involves in the following editorial activities:

1. Series Editor for Green Chemistry and Chemical Engineering (CRC Press)
2. Editors-in-Chief for Process Integration and Optimization for Sustainability (Springer Nature)
3. Editor (Clean Technology) for Trans IChemE Part B (Process Safety & Environmental Protection, Elsevier)
4. Associate Editor for South African Journal of Chemical Engineering (Elsevier)
5. Associate Editor for Frontiers in Sustainability (Sustainable in Chemical Process Design) (Frontier)
6. Editorial board member for Water Conservation Science and Engineering (Springer Nature)
7. Editorial board member for Chemical Engineering Transactions
8. Editorial board member for PROCESSES (MDPI)
9. Editorial board member for Journal of Petroleum and Mining Engineering (Suez University, Egypt)
10. IChemE Books Board (IChemE)
11. Editorial board member for Carbon Footprint (OAE Publishing)

Besides, Prof Foo is active in promoting science and engineering in Malaysia. See his write-up below:

1. Chemical Engineering Education in Malaysia (APCChE ; IChemE)
2. Superheroes Society: Engineering a Greener World (click to read)
3. Back to School (click to read)

Professional involvement of Prof Foo:

1. Asia Pacific Confederation of Chemical Engineering (APCChE; Vice President)
2. Institution of Engineers, Malaysia (IEM) (past chairman for Chemical Engineering Technical Division, Corporate Member; MIEM),
3. Board of Engineer Malaysia - Professional Engineer (PEng)
4. Engineering Council UK (ECUK) - Chartered Engineer (CEng)
5. Institution of Chemical Engineers (IChemE) - Fellow (FIChemE), and Malaysia Chapter Chair for Education Subject Interest Group (EdSIG)
6. The Higher Education Academy, UK - Fellow (FHEA)

Important honorary/awards of Prof Foo:

1. Stanford list - top 2% scientists in the world - 2020 ; 2021; 2022
2. Best Engineering and Technology Scientists in Malaysia - 2022
3. Kesatria - Malaysia Convention & Exhibition Bureau (MyCEB) [link 2] [link3]
4. Fellew (ASc) - Academy of Science Malaysia (ASM) - [link2; link3]
5. UNM Spirit Award 2018 - University of Nottingham Malaysia
6. Top Research Scientist Malaysia 2016 - Academy of Science Malaysia [link 2] [link 3] [link 4] [link 5] [link 6]
7. Vice Chancellor Award 2014 - University of Nottingham
8. SCEJ Award for Outstanding Asian Researcher and Engineer 2013 - Society of Chemical Engineers, Japan [link 2]
9. The Outstanding Young Malaysian Award 2012 - Junior Chamber International (JCI)
10. Young Engineer Award 2010 - Institution of Engineers Malaysia (IEM),
11. Innovator of the Year Award 2009 - Institution of Chemical Engineers UK (IChemE)

Appearance of Prof Foo on media:

1. Guest for "What You Say" Programme - RTM TV2 Facebook Live
2. Talk on "Professional Networking for Academics" - MJIIT UTM KL Facebook Live
3. Sin Chew Daily (2021) - Factors to consider for postgraduate studies: Part 1; Part 2
4. Message for 2021 World Environment Day (5 June): BERNAMA, The Vibes, The Malaysian Insight, Science Media Centre
5. Message for 2021 World Water Day (22 March): NST, BERNAMA; The Vibes, CodeBlue, Malaysia Now
6. SpringerNature World Engineering Day - resource use efficiency and CO2 emissions reduction: link
7. AiFM (Oct 2020) - Climate Change and CO₂ emissions: link
8. Prasarana/Rapid KL (Sept 2020) - Battle Against Climate Change and CO₂ emission: link
9. Mahathir Science Award Foundation (Sept 2020) - Engineering for Sustainability: link
10. Pocketimes (Sept 2020) - water pollution: link; Youtube
11. BERNAMA (June 2020) - Combating Climate Change: link
12. City Plus FM (Dec 2019) - COP25 and green house gas reduction: link
13. City Plus FM (Nov 2019) - Green Technology Policy: link
14. Cover story for The Chemical Engineer of IChemE (issue 941) - Carbon: Feeling the Pinch.
15. FAsinate at Academy of Science Malaysia (Nov 2019) - Climate Change & CO2 Emission: [link] [link]
16. City Plus FM (Sept 2019) - University courses: link
17. Global Watch of 8TV (March 2019) - Chemical dumping in Pasir Gudang: Part 1; Part 2; Youtube
18. Sin Chew Daily (2018): Various engineering disciplines: link
19. Global Watch of 8TV (Oct 2018) - Direct drinking of pipe water: link; Youtube
20. INSPIRE Magazine (2017): page 1; page 2
21. Youtube video: What is chemical engineering? link
22. The Star (Postgraduate supplement; 21 March 2017): link
23. JURUTERA (2016): book launch
24. Sin Chew Daily (2014): Chemical Engineering - page 1; page 2
25. Nottingham research ibook - link
26. New Straits Time (2013): green technology
27. New Straits Time (2012): textbook launch

Prof Foo are also affiliated with the following academic institutions:

1. Necastle University Singapore - External Examiner (since 2018)
2. KyungHee University, Korea - International Scholar (2019 - 2020)
3. Malaysia Japan International Institute of Technology (UTM) - Visiting Professor (since 2020)

Prof Foo serves as reviewer/evaluator for the following bodies:

1. National Research Foundation (NSF), South Africa
2. Qatar National Research Fund (QNRF), Qatar
3. Research Grants Council (RGC), Hong Kong
4. Yayasan Universiti Teknologi Petronas, Malaysia
5. National Center of Science and Technology Evaluation (NCSTE), Kazakhstan

Prof Foo serves as examiners for more than 40 PhD and MSc theses worldwide:

1. University of Pretoria, South Africa
2. University POLITEHNICA of Bucharest, Romania
3. Suez Canal University, Egypt
4. National Taiwan University, Taiwan
5. Universiti Teknologi Petronas, Malaysia
6. University of Manchester, UK
7. University of Waikato, New Zealand
8. Curtin University, Australia
9. De La Salle University, Philippines
10. Qatar University, Qatar
11. Monash University, Australia
12. University of Cape Town, South Africa
13. Universiti Teknologi Malaysia, Malaysia
14. Curtin University Malaysia Campus, Malaysia
15. University of Witwatersrand, South Africa
16. National Chung Hsing University, Taiwan
17. Zhejiang University, China
18. Hong Kong Polytechnic University, China

Expertise Summary

Prof Dr Ir Dominic Foo works on process integration, which is a holistic approach to process design, retrofit, and operation that emphasises the unity of the process. Professor Foo makes use of various process integration tools such as pinch analysis and mathematical optimisation to solve various problems in resource conservation (e.g. material & energy recovery), CO2 reduction and batch processes.

See for "Research" page for more details.

Teaching Summary

Professor Foo teaches various chemical engineering design modules/subjects for both undergraduate (MEng) and postgraduate taught courses (MSc). These include the following:

• Process Synthesis and Design (MEng/MSc) - The module introduces students to systematic process synthesis methodologies, which allow them to synthesise a sustainable process flowsheet.
• Process Design and Optimisation (MEng/MSc) - The module introduces students to advanced process design and optimisation methods using software tools of LINGO and P-graph.
• Process Simulation 1 (MEng) - The module introduces students to systematic methods in performing steady-state process simulation using commercial software.

Besides, Professor Foo also supervise the following design projects:

• Chemical Engineering Design Project (MEng)
• MEng Engineering Project - Advanced Design (MEng)
• Accelerated Design Training (MSc)

Research Summary

The main area of research for Professor Foo is process integration, which is a holistic approach to process design, retrofit, and operation that emphasises the unity of the process. Professor Foo… read more

Selected Publications

• FOO DCY and TAN RR, 2020. Process Integration Approaches to Planning Carbon Management Networks CRC Press.
• FOO DCY, 2019. Optimize Plant Water Use from Your Desk Chemical Engineering Progress. 115(2), 45-51
• FOO DCY and AZIZ MKTA, eds., 2018. Green Technologies for the Oil Palm Industry Springer Nature.
• FOO DCY, ed., 2017. Chemical Engineering Process Simulation Elsevier.

• View all publications

Prof Ir Dr Dominic C. Y. Foo is an active author. He publishes the following books:

1. Chemical Engineering Process Simulation, 2nd edition, Elsevier (link 1; link 2)
   • Brief info: The new edition of this book covers commercial software of UniSim Design, Symmetry, SuperPro Designer, Aspen HYSYS and Aspen Plus. It is a good self-learning guide for students, early career researchers, and practitioners.
   • Book launch event at Milan, Italy: (link 1; link 2; link 3)
   • Process simulation workshop for IChemE Education SIG
   • This book is used for module Process Simulation 1 (CHEE 3020), Chem Eng year 3.

2. Sustainable Technologies for the Oil Palm Industry: Latest Advances and Case Studies, SpringerNature (link 1; link 2)

   • Brief info: The book reports the latest sustainable technologies developed for the oil palm industry, which include the valorization of palm biomass wastes. It also covers various industrial case studies of green technology applications and lessons learned.
   • Book launch event
3. Process Integration Approaches to Planning Carbon Management Networks, CRC Press (link1 ; link2; link3)
   • Brief info: This book provides a comprehensive treatment of carbon emissions pinch analysis (CEPA), a technique that was developed since 2007 to reduce CO2 emission and to abate the global climate change issue. The book covers the fundamentals of CEPA as well as more advanced variants based on mathematical programming. A significant portion of the book is dedicated to case studies that provide a range of examples to demonstrate how CEPA can be applied to practical energy planning problems.
   • Review of the book is found here.
   • A ted talk about CO2, climate change & CEPA can be found here.
   • Policy papers to decarbonise Malaysia and Philippines power generation sectors using CEPA can be found here, and a recorded webinar of IChemE is found here.
4. Process Intensification and Integration for Sustainable Design, Wiley (link1 ; link2)
   • Brief info: The book discusses developments in process intensification and integration with a focus on increased sustainability. Drawing from fundamental techniques and recent industrial experiences, the overarching topics of this book are Sustainable Manufacturing, Energy Saving Technologies and Resource Conservation and Pollution Prevention Techniques.
5. Process Integration for Resource Conservation, CRC Press (link 1; link 2)
   • Brief info: this book covers the state-of-the-art process integration techniques developed since 1990s for various resource conservation problems, e.g. water minimisation, hydrogen recovery, property integration. It covers pinch analysis and mathematical optimisation techniques.
   • Book launch @ Prague (2012; link)
   • This book is used for module Process Synthesis and Design (PSD; CHEE 4032) and Process Design & Optimisation (PDO, CHEE 4035), Chem Eng year 4 & MSc
6. Green Technologies for the Oil Palm Industry, Springer (link 1; link 2)
   • Brief info: This book reports the latest work on green technologies in palm oil milling processes, including new processes and various optimisation techniques. It covers the latest developments on palm oil milling process with new technologies, alternative solvent design, residual oil recovery, palm oil mill effluent treatment, palm biomass supply chain, as well as ecoindustrial park concept.
   • Book launch @ Manila (2018; link)
   • Report in newsletter of IChemE Palm Oil Processing Subject Interest Group (POPSIG)
7. Chemical Engineering Process Simulation, Elsevier (link 1; link 2)
   • Brief info: This is an ideal book for students, early career researchers, and practitioners, as it guides you for the basic principles of process simulation using the commonly-used simulation software in the market.
   • Book launch: IChemE Award Dinner 2017 (link 1; link 2)
   • This book is used for module Process Simulation 1 (CHEE 3020), Chem Eng year 3.
   • See how this book is used for teaching here: Elsevier blog & IChemE newsletter.
   • See review of the book here: Review 1; Review 2.
8. Process Design, Integration, and Intensification, MDPI AG (link)
   • Brief info: This book aims to cover recent advances in the development and application of process integration and intensification. Specific applications are reported for hydraulic fracturing, palm oil milling processes, desalination, reactive distillation, reaction network, adsorption processes, herbal medicine extraction, as well as process control.
9. Process Design Strategies for Biomass Conversion Systems, Wiley (link 1; link 2)
   • Brief info: This is an edited book that covers recent developments in process systems engineering (PSE) for efficient resource use in biomass conversion systems. It provides an overview of process development in biomass conversion systems with focus on biorefineries involving the production and coproduction of fuels, heating, cooling, and chemicals.
10. Recent Advances in Sustainable Process Design and Optimisation; World Scientific (link)
    • Brief info: This is an edited book that covers recently developed techniques emphasizing better chemical processes and products, with state-of-the-art contributions by world-renowned leaders in process design and optimization.

Current Research

The main area of research for Professor Foo is process integration, which is a holistic approach to process design, retrofit, and operation that emphasises the unity of the process. Professor Foo makes use of various process integration tools such as pinch analysis and mathematical optimisation to solve the following research problems:

Resource conservation - With the rising cost of fresh resources (e.g. crude oil, water, etc.) and increasingly stringent environment regulations, there is a need to maximise the efficiency of the use of resources, while minimising the generation of waste. Over the past decade, Professor Foo and his research team have developed various systematic design tools (pinch analysis, mathematical programming) for the synthesis of resource conservation networks (RCNs), addressing water minimisation, gas recovery and property integration problems. See the following for details:

• Message for 2021 World Water Day: NST, BERNAMA; The Vibes, CodeBlue, Malaysia Now
• A public lecture on process integration for resource conservation problem for Mahathir Science Award Foundation is available here (1:29 onward).
• UNM Inspiring People
• A sole-authored textbook on resource conservation published by CRC Press.
• Public articles on water pinch analysis (read them here and here, where the prototype software RCNet is based.
• A paper on hydrogen pinch analysis published in JURUTERA (issue Nov 2020)
• Youtube videos about his water recycling research are available here and here.

Carbon-constrained energy planning - This is an area of research jointly established by Professor Foo and his close research partner Professor Raymond Tan (De La Salle University-Manila, Philippines), with the aim to combat climate change. Their pioneering paper in ENERGY (Tan & Foo, 2007) has received good attention in the research community since publication. The application of their works ("carbon pinch" in short) have been reported in various countries including New Zealand, China, Ireland, Korea, etc. In recent years, their research focus are dedicated for the deployment of carbon capture and storage (CCS) and negative emission technologies (NETs) for energy planning problem. See the following for details:

• British Council COP26 Trilateral Research Initiative - link 1; link 2; link 3 ; with a web-based software developed for decarbonisation - DECO2 , and a workshop for industrial decarbonisation.
• SpringerNature World Engineering Day - resource use efficiency and CO2 emissions reduction: link
• Cover story for The Chemical Engineer of IChemE (issue 941) - Carbon: Feeling the Pinch.
• An interview with national radio station AiFM on "Climate Change and CO₂ Emissions" is available here: link
• A book on carbon management network published by CRC Press.
• Youtube videos about this work are available here and here.
• A Facebook video about decarbonisation is available here.
• Policy briefs for cutting emission for national power sectors: Malaysia; Philippines
• Webinar how to decarbonise the power generation sector in Malaysia (log in is required)

Process simulation and optimisation - Professor Foo and his co-workers make use of process simulation and optimisation tools to model, optimise and debottleneck integrated processes, in order to enhance its sustainability, productivity and profitability. See some of his works on this area of research:

• Simulation and optimisation for oil & gas processes (here and here)

• Simulation and optimisation for palm oil deodourisation process (paper; video)

• Simulation and scale-up study for a chitosan-TiO₂ scaffold production (paper; audio slides)

• Pharmaceutical production expansion evaluation (download here)

• JIA, XIAOPING, ZHANG, ZETIAN, WANG, FEI, LI, ZHIWEI, WANG, YUTAO, AVISO, KATHLEEN B., FOO, DOMINIC Y. C., NAIR, PURUSOTHMN NAIR S. BHASKER, TAN, RAYMOND R. and WANG, FANG, 2022. Regional carbon drawdown with enhanced weathering of non-hazardous industrial wastes RESOURCES CONSERVATION AND RECYCLING. 176, 105910
• TAN, RAYMOND R., AVISO, KATHLEEN B., BANDYOPADHYAY, SANTANU, FOO, DOMINIC C. Y. and KLEMES, JIRI JAROMIR, 2022. Circular economy meets the drawdown economy: Enhanced weathering of industrial solid waste as a win-win solution RESOURCES CONSERVATION AND RECYCLING. 178, 106029
• GAMARALALAGE, DISNI, KANEMATSU, YUICHIRO, NG, DENNY K. S., FOONG, STEVE Z. Y., ANDIAPPAN, VIKNESH, FOO, DOMINIC C. Y. and KIKUCHI, YASUNORI, 2022. Life Cycle Assessment of International Biomass Utilization: A Case Study of Malaysian Palm Kernel Shells for Biomass Power Generation in Japan WASTE AND BIOMASS VALORIZATION. 13(5), 2717-2733
• NAIR, PURUSOTHMN NAIR S. BHASKER, TAN, RAYMOND R. and FOO, DOMINIC C. Y., 2022. Extended graphical approach for the implementation of energy-consuming negative emission technologies RENEWABLE & SUSTAINABLE ENERGY REVIEWS. 158, 112082
• FOO, DOMINIC C. Y., 2022. A Novel Graphical Targeting Technique for Optimal Allocation of Biomass Resources PROCESSES. 10(5), 905
• SHAFEE, HIDAYAH, HASSIM, MIMI H., TAN, RAYMOND R. and FOO, DOMINIC C. Y., 2022. Incorporating Health Considerations in Water Minimisation PROCESS INTEGRATION AND OPTIMIZATION FOR SUSTAINABILITY. 6(2), 353-366
• ANDIAPPAN, VIKNESH, FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2022. Automated targeting for green supply chain planning considering inventory storage losses, production and set-up time JOURNAL OF INDUSTRIAL AND PRODUCTION ENGINEERING. 39(5), 341-352
• SIAU, MEI YUEN, FOO, DOMINIC C. Y. and HAMID, ANUAR, 2022. Using an Artificial Neural Network for Reduced Order Modeling CHEMICAL ENGINEERING PROGRESS. 118(2), 37-43
• NAIR, PURUSOTHMN NAIR S. BHASKER, ANDIAPPAN, VIKNESH, FOO, DOMINIC C. Y. and CHEMMANGATTUVALAPPIL, NISHANTH G., 2022. Disjunctive fuzzy optimisation of electricity generation by biomass power producers in a feed-in tariff programme ASIA-PACIFIC JOURNAL OF CHEMICAL ENGINEERING. 17(6),
• LAI, JIE YING, CHUA, XIN YI, FOO, DOMINIC C. Y. and CHANG, SIU HUA, 2022. Techno-economic analysis of integrating liquid membrane with electrowinning for copper recovery from electroplating wastewater CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 24(7), 2203-2213
• ANG, JIA CHUN and FOO, DOMINIC C. Y., 2022. Optimisation of cogeneration system design with extended automated targeting model (ATM) APPLIED THERMAL ENGINEERING. 217,
• CHEW, YICK EU, PUTRA, ZULFAN ADI and FOO, DOMINIC C. Y., 2022. Process simulation and optimisation for acid gas removal system in natural gas processing JOURNAL OF NATURAL GAS SCIENCE AND ENGINEERING. 107,
• KAMAT, SHWETA, BANDYOPADHYAY, SANTANU, FOO, DOMINIC C. Y. and LIAO, ZUWEI, 2022. State-of-the-art review of heat integrated water allocation network synthesis COMPUTERS & CHEMICAL ENGINEERING. 167,
• NAIR, PURUSOTHMN NAIR S. BHASKER, TAN, RAYMOND R., FOO, DOMINIC C. Y. and SHORT, MICHAEL, 2022. A process integration-based multiperiod energy planning model for CO2-intensive industries PROCESS SAFETY AND ENVIRONMENTAL PROTECTION. 168, 1188-1200
• TAN, RAYMOND R., AVISO, KATHLEEN B., FOO, DOMINIC C. Y., MIGO-SUMAGANG, MARIA VICTORIA, NAIR, PURUSOTHMN NAIR S. BHASKER and SHORT, MICHAEL, 2022. Computing optimal carbon dioxide removal portfolios NATURE COMPUTATIONAL SCIENCE. 2(8), 465-466
• BANDYOPADHYAY, SANTANU, FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2022. Sustainability Trends, 2021 Best Paper, and Plans for 2022 PROCESS INTEGRATION AND OPTIMIZATION FOR SUSTAINABILITY. 6(1), 1-2
• TAN RR, BANDYOPADHYAY S and FOO DCY, 2022. Use Pinch Analysis for Peer-to-Peer Carbon Trading Chemical Engineering Progress. 188(9), 34-39
• NG, WENDY P. Q., ONG, BENJAMIN H. Y., PANG, YOONG SZE, WAN, JIAN YUAN, YAP, ADRIAN K. S. and FOO, DOMINIC C. Y., 2021. A structural-based model for water network synthesis JOURNAL OF WATER PROCESS ENGINEERING. 41, 102024
• POPLEWSKI, GRZEGORZ and FOO, DOMINIC C. Y., 2021. An extended corner point method for the synthesis of flexible water network PROCESS SAFETY AND ENVIRONMENTAL PROTECTION. 148, 210-224
• KONG, KAREN GAH HIE, HOW, BING SHEN, TENG, SIN YONG, LEONG, WEI DONG, FOO, DOMINIC C. Y., TAN, RAYMOND R. and SUNARSO, JAKA, 2021. Towards data -driven process integration for renewable energy planning CURRENT OPINION IN CHEMICAL ENGINEERING. 31, 100665
• FAROUK, AMR A., EL-HALWAGI, MAHMOUD M., FOO, DOMINIC C. Y. and CHEW, IRENE MEI LENG, 2021. Development of a C-H-O Symbiosis Network during Conceptual Design via Economic, Sustainability, and Safety Metrics ACS SUSTAINABLE CHEMISTRY & ENGINEERING. 9(10), 3728-3742
• PANG, YOONG XIN, FOO, DOMINIC C. Y., YAN, YUXIN, SHARMIN, NUSRAT, LESTER, EDWARD, WU, TAO and PANG, CHENG HENG, 2021. Analysis of environmental impacts and energy derivation potential of biomass pyrolysis via Piper diagram JOURNAL OF ANALYTICAL AND APPLIED PYROLYSIS. 154, 104995
• FOO, DOMINIC C. Y., CHEW, LEE XIUAN, CHONG, TAN LIM, TEH, WEI HENG, LAM, HON LOONG, AFFERY, AMELIE PETER and PANG, CHENG HENG, 2021. A Note for the Extended P-Graph Model for the Synthesis of Batch Water Network PROCESS INTEGRATION AND OPTIMIZATION FOR SUSTAINABILITY.
• COSSUTTA, MATTEO, FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2021. Carbon emission pinch analysis (CEPA) for planning the decarbonization of the UK power sector SUSTAINABLE PRODUCTION AND CONSUMPTION. 25, 259-270
• SHOW, PAU LOKE, THANGALAZHY-GOPAKUMAR, SUCHITHRA and FOO, DOMINIC C. Y., 2021. Sustainable technologies for waste reduction and pollutants removals CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 23(1), 1-2
• BANDYOPADHYAY, SANTANU, FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2021. Milestones and Best Papers 2017-2020 PROCESS INTEGRATION AND OPTIMIZATION FOR SUSTAINABILITY. 5(1), 1-2
• TAN, MUN CHENG, FOO, DOMINIC C. Y. and LAKSHMANAN, SHYAM, 2021. An integrated simulation-optimisation approach for free fatty acid removal in palm oil deodorisation process ASIA-PACIFIC JOURNAL OF CHEMICAL ENGINEERING. 16(2), e2602
• TEY, SU-YI, WONG, SIE SHING, LAM, JIAN AN, ONG, NORMAN Q. X., FOO, DOMINIC C. Y. and NG, DENNY K. S., 2021. Extended hierarchical decomposition approach for the synthesis of biorefinery processes CHEMICAL ENGINEERING RESEARCH & DESIGN. 166, 40-54
• OSZ, OLIVER, FOO, DOMINIC C. Y. and HEGYHATI, MATE, 2021. Minimizing Freshwater Usage in Batch Process Scheduling: S-Graph Approach PROCESS INTEGRATION AND OPTIMIZATION FOR SUSTAINABILITY. 5(1), 31-42
• KHO, WAN YOU and FOO, DOMINIC C. Y., 2021. Extended automated targeting model for total site integration ASIA-PACIFIC JOURNAL OF CHEMICAL ENGINEERING. 16(6), 2717
• LOPEZ, NEIL STEPHEN A., FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2021. Optimizing regional electricity trading with Carbon Emissions Pinch Analysis ENERGY. 237, 121544
• AFFERY, AMELIE PETER, TAN, JIAN XIANG, ONG, IAN YAN BENG, LIM, JUIN YAU, YOO, CHANGKYOO, HOW, BING SHEN, LING, GABRIEL H. T. and FOO, DOMINIC C. Y., 2021. Optimal planning of inter-plant hydrogen integration (IPHI) in eco-industrial park with P-graph and game theory analyses PROCESS SAFETY AND ENVIRONMENTAL PROTECTION. 155, 197-218
• NAIR, PURUSOTHMN NAIR S. BHASKER, TAN, RAYMOND R. and FOO, DOMINIC C. Y., 2021. A generic algebraic targeting approach for integration of renewable energy sources, CO2 capture and storage and negative emission technologies in carbon-constrained energy planning ENERGY. 235, 121280
• REZAEI ARDANI, MOHAMMAD, SHEIKH ABDUL HAMID, SHEIKH ABDUL REZAN, FOO, DOMINIC C. Y. and MOHAMED, ABDUL RAHMAN, 2021. Synthesis of Ti Powder from the Reduction of TiCl4 with Metal Hydrides in the H-2 Atmosphere: Thermodynamic and Techno-Economic Analyses PROCESSES. 9(9), 1567
• PANG, YOONG XIN, YEW, MAXINE, YAN, YUXIN, KHINE, PAN, FILBERT, ANDREW, MANICKAM, SIVAKUMAR, FOO, DOMINIC C. Y., SHARMIN, NUSRAT, LESTER, EDWARD, WU, TAO and PANG, CHENG HENG, 2021. Application of supercritical fluid in the synthesis of graphene materials: a review JOURNAL OF NANOPARTICLE RESEARCH. 23(9), 204
• PANG, YOONG XIN, YAN, YUXIN, FOO, DOMINIC C. Y., SHARMIN, NUSRAT, ZHAO, HAITAO, LESTER, EDWARD, WU, TAO and PANG, CHENG HENG, 2021. The influence of lignocellulose on biomass pyrolysis product distribution and economics via steady state process simulation JOURNAL OF ANALYTICAL AND APPLIED PYROLYSIS. 158, 104968
• CHUA, XIN YI and FOO, DOMINIC C. Y., 2021. Optimisation of cogeneration system and fuel inventory with automated targeting model CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 23(8), 2369-2383
• TAN, JIAN XIANG, TAN, HONG SHENG, AFFERY, AMELIE PETER, ONG, IAN YAN BENG, FOO, DOMINIC C. Y., AVISO, KATHLEEN B., TAN, RAYMOND R. and YOO, CHANGKYOO, 2021. A P-Graph approach for the synthesis of hydrogen networks with pressure and impurity constraints INTERNATIONAL JOURNAL OF HYDROGEN ENERGY. 46(57), 29198-29215
• MEI SHI ONG, MUN YUEN CHANG, FOONG MIN JIE, JING JIE CHIEW, KHAI CHYI TEH, JULLY TAN, SIEW SHEE LIM and DOMINIC FOO, 2020. An Integrated Approach for Sustainability Assessment with Hybrid AHP-LCA-PI techniques for Chitosan-based TiO2 Nanotubes Production Sustainable Production and Consumption. 21, 170-181
• YAP, JANE Y., TAN, JULLY, FOO, DOMINIC C. Y., TAN, RAYMOND R., PAPADOKONSTANTAKIS, STAVROS and BADR, SARA, 2020. A graphical method for carbon dioxide emissions reduction in multi-product plants PROCESS SAFETY AND ENVIRONMENTAL PROTECTION. 133, 51-63
• TAN, RAYMOND R., BANDYOPADHYAY, SANTANU and FOO, DOMINIC C. Y., 2020. The role of process integration in managing resource constraints on negative emissions technologies RESOURCES CONSERVATION AND RECYCLING. 153,
• AVISO, KATHLEEN B, TAN, RAYMOND R, FOO, DOMINIC C Y, LEE, JUI-YUAN and UBANDO, ARISTOTLE T, 2020. Data set and model code on the optimal operating state of a negative emission polygeneration system. Data in brief. 29, 105140
• SOH WL and FOO DCY, 2020. Evaluation of Cogeneration Potential with Different Total Site Integration (TSI) Techniques Process Integration and Optimisation for Sustainability. 4, 91–105
• FOO DCY, VEERARAGAVAN S, CHAN WM and CHEW IML, 2020. Algebraic and Automated Targeting Techniques for Resource Allocation Problems in Production Planning Process Integration and Optimisation for Sustainability. 4, 81–90
• FOO DCY and TAN RR, 2020. Process Integration Approaches to Planning Carbon Management Networks CRC Press.
• FOO DCY and EL-HALWAGI MM, eds., 2020. Process Intensification and Integration for Sustainable Design Wiley-VCH.
• PAU LOKE SHOW, SUCHITHRA THANGALAZHY-GOPAKUMAR and DOMINIC C Y FOO, 2020. Special issue "Green technologies: Bridging conventional practices and industry 4.0"(Editorial) Processes. 8(5), 552
• HEMMATI, SADAF, ELNEGIHI, M. MOSTAFA, LEE, CHEE HOONG, CHONG, DARREN YU LUN, FOO, DOMINIC C. Y., HOW, BING SHEN and YOO, CHANGKYOO, 2020. Synthesis of Large-Scale Bio-Hydrogen Network Using Waste Gas from Landfill and Anaerobic Digestion: A P-Graph Approach PROCESSES. 8(5), 505
• ZHU, QIPING, ZHANG, BINGJIAN, CHEN, QINGLIN, HE, CHANG, FOO, DOMINIC C. Y., REN, JINGZHENG and YU, HAOSHUI, 2020. Model reductions for multiscale stochastic optimization of cooling water system equipped with closed wet cooling towers CHEMICAL ENGINEERING SCIENCE. 224, 115773
• LEE, CHEE HOONG, CHONG, DARREN YU LUN, HEMMATI, SADAF, ELNEGIHI, M. MOSTAFA, FOO, DOMINIC C. Y., HOW, BING SHEN and YOO, CHANGKYOO, 2020. A P-graph approach for the synthesis of national-wide bio-hydrogen network from palm oil mill effluent INTERNATIONAL JOURNAL OF HYDROGEN ENERGY. 45(35), 17200-17219
• WONG CY, FOO DCY and SIN LT, 2020. Design and Optimisation of Water Recovery System for a Polylactide Production Process Process Integration and Optimisation for Sustainability. 4(2), 149–161
• LOK X, CHAN YJ and FOO DCY, 2020. Simulation and Optimisation of Full-Scale Palm Oil Mill Effluent (POME) Treatment Plant with Biogas Production Journal of Water Process Engineering. 38, 101558
• NAIR PSBN, TAN RR and FOO DCY, 2020. Extended Graphical Approach for the Deployment of Negative Emissions Technologies Industrial & Engineering Chemistry Research. 59(42), 18977-18990
• ANDIAPPAN V, NG LY and FOO DCY, 2020. Carbon Emission Reduction Targeting for Bioenergy Supply Chain in Malaysia. In: FOO DCY and TAN RR, eds., Process Integration Approaches to Planning Carbon Management Networks CRC Press.
• FOO DCY and SMITH R, 2020. In Memoriam of Dr Graham Polley Process Integration and Optimization for Sustainability.
• FOO DCY, 2020. Optimise Hydrogen Resources with Process Integration Technique JURUTERA. 25-57
• DIBAN, PITCHAIMUTHU and FOO, DOMINIC C. Y., 2019. A pinch-based automated targeting technique for heating medium system ENERGY. 166, 193-212
• AVISO KB, BELMONTE BA, BENJAMIN MFD, AROGO JIA, CORONEL ALO, JANAIRO CMJ, FOO DCY and TAN RR, 2019. Synthesis of Optimal and Near-Optimal Biochar-Based Carbon Management Networks with P-graph Journal of Cleaner Production. 893
• KAMAT S, SAHU GC, FOO DCY and BANDYOPADHYAY B, 2019. Optimum Synthesis of Heat Integrated Water Regeneration Network Industrial & Engineering Chemistry Research. 58, 1310
• SALMAN B, NOMANBHAY S and FOO DCY, 2019. Carbon emissions pinch analysis (CEPA) for energy sector planning in Nigeria Clean Technologies and Environmental Policy. 21(1), 93
• FOONG, SZY, ANDIAPPAN V, TAN RR, FOO DCY and NG DKS, 2019. Hybrid Approach for optimisation and Analysis of Palm Oil Mill PROCESSES. 7(2), 100
• TEH SY, CHUA KB, HONG BH, LING AJW, ANDIAPPAN V, FOO DCY, HASSIM MH and NG DKS, 2019. A Hybrid Multi-Objective Optimization Framework for Preliminary Process Design Based on Health, Safety and Environmental Impact PROCESSES. 7(4), 200
• THENGANE, SONAL K., TAN, RAYMOND R., FOO, DOMINIC C. Y. and BANDYOPADHYAY, SANTANU, 2019. A Pinch-Based Approach for Targeting Carbon Capture, Utilization, and Storage Systems INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 58(8), 3188-3198
• LEONG, HUINI, LEONG, HUIYI, FOO, DOMINIC C. Y., NG, LIK YIN and ANDIAPPAN, VIKNESH, 2019. Hybrid approach for carbon-constrained planning of bioenergy supply chain network SUSTAINABLE PRODUCTION AND CONSUMPTION. 18, 250-267
• JIA, XIAOPING, ZHANG, LANXIN, LI, ZHIWEI, TAN, RAYMOND R., DOU, JIANGHAI, FOO, DOMINIC C. Y. and WANG, FANG, 2019. Pinch analysis for targeting desalinated water price subsidy JOURNAL OF CLEANER PRODUCTION. 227, 950-959
• CHIN, HON HUIN, FOO, DOMINIC C. Y. and LAM, HON LOONG, 2019. Simultaneous water and energy integration with isothermal and non-isothermal mixing - A P-graph approach RESOURCES CONSERVATION AND RECYCLING. 149, 687-713
• ANDIAPPAN, VIKNESH, FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2019. Process-to-Policy (P2Pol): using carbon emission pinch analysis (CEPA) tools for policy-making in the energy sector CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 21(7), 1383-1388
• FRIEDLER F, AVISO KB, BERTOK B, FOO DCY and TAN RR, 2019. Prospects and Challenges for Process Synthesis with P-graph Current Opinion in Chemical Engineering. 26, 58-64
• YEO ZM and FOO DCY, 2019. Evaluation of Cogeneration Potential for a Sulphuric Acid Recovery (SAR) Plant Process Integration and Optimization for Sustainability. 3(3), 413–421
• DIBAN P, EL-HALWAGI MM and FOO DCY, 2019. A Decomposition-Based Approach for the Optimum Integration of Heating Utility and Phase Separation Systems in Oil and Gas Platform INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 58(47), 21584-21601
• TAN RR, AVISO KB, FOO DCY, LEE J-Y and UBANDO AT, 2019. Optimal synthesis of negative emissions polygeneration systems with desalination ENERGY. 187, 115953
• TAN RR and FOO DCY, 2019. Carbon: Feeling the Pinch The Chemical Engineer. 941, 22-25
• FOO DCY, 2019. Optimize Plant Water Use from Your Desk Chemical Engineering Progress. 115(2), 45-51
• FOONG, STEVE Z. Y., LAM, YI LING, ANDIAPPAN, VIKNESH, FOO, DOMINIC C. Y. and NG, DENNY K. S., 2018. A Systematic Approach for the Synthesis and Optimization of Palm Oil Milling Processes INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 57(8), 2945-2955
• LIM, XIAO Y., FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2018. Pinch analysis for the planning of power generation sector in the United Arab Emirates: A climate-energy-water nexus study JOURNAL OF CLEANER PRODUCTION. 180, 11-19
• DIBAN, PITCHAIMUTHU and FOO, DOMINIC C. Y., 2018. Targeting and design of heating utility system for offshore platform ENERGY. 146, 98-111
• TAN, RAYMOND R. and FOO, DOMINIC C. Y., 2018. Integrated multi-scale water management as a climate change adaptation strategy CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 20(6), 1123-1125
• TAN, RAYMOND R., AVISO, KATHLEEN B. and FOO, DOMINIC C. Y., 2018. Carbon emissions pinch analysis of economic systems JOURNAL OF CLEANER PRODUCTION. 182, 863-871
• SKOUTERIS, GEORGE, OUKI, SABEHA, FOO, DOMINIC, SAROJ, DEVENDRA, ALTINI, MARIA, MELIDIS, PARASCHOS, COWLEY, BRIAN, ELLS, GEOFF, PALMER, STEPHANIE and O'DELL, SEAN, 2018. Water footprint and water pinch analysis techniques for sustainable water management in the brick-manufacturing industry JOURNAL OF CLEANER PRODUCTION. 172, 786-794
• TAPIA JFD, LEE J-Y, OOI REH, FOO DCY and TAN RR, 2018. A review of optimization and decision-making models for the planning of CO2 capture, utilization and storage (CCUS) systems Sustainable Production and Consumption. 13, 1-15
• DENG C, ZHOU Y, ZHU M, LEE J-Y and FOO DCY, 2018. Improved Problem Table for Targeting Hydrogen Network with Single Intermediate Header Process Integration and Optimisation for Sustainability. 2, 117–129
• TAN RR, BANDYOPADHYAY S and FOO DCY, 2018. Graphical Pinch Analysis for Planning Biochar-Based Carbon Management Networks Process Integration and Optimisation for Sustainability. 2, 159–168
• FOO, DOMINIC C. Y., 2018. Systematic retrofit procedure for resource conservation network based on pinch analysis technique CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 20(10), 2255-2273
• PARAND R, FOO DCY, OOI REH, TAN RR and LEE J-Y, 2018. An algebraic targeting approach for optimal planning of gas sweetening problem in non-conventional gas field development Process Safety and Environmental Protection. 120, 248-255
• SHOW PL, LAU PL and FOO DCY, 2018. Green technologies: innovations, challenges, and prospects CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 20, 1939
• FOO DCY and AZIZ MKTA, eds., 2018. Green Technologies for the Oil Palm Industry Springer Nature.
• FOO DCY, 2018. A Simple Mathematical Model for Palm Biomass Supply Chain. In: FOO DCY and AZIZ MKTA, eds., Green Technologies for the Oil Palm Industry Springer Nature. 115-130
• FOONG SZY, LAM YL, ANDIAPPAN V, FOO DCY and NG DKS, 2018. Flowsheet Synthesis and Optimisation of Palm Oil Milling Processes with Maximum Oil Recovery. In: FOO DCY and AZIZ MKTA, eds., Green Technologies for the Oil Palm Industry Springer Nature. 3-32
• NG, REX T. L., LOO, JASLYN S. W., NG, DENNY K. S., FOO, DOMINIC C. Y., KIM, JIN-KUK and TAN, RAYMOND R., 2017. Targeting for cogeneration potential and steam allocation for steam distribution network APPLIED THERMAL ENGINEERING. 113, 1610-1621
• CHONG, FAH KEEN, ANDIAPPAN, VIKNESH, NG, DENNY K. S., FOO, DOMINIC C. Y., ELJACK, FADWA T., ATILHAN, MERT and CHEMMANGATTUVALAPPIL, NISHANTH G., 2017. Design of Ionic Liquid as Carbon Capture Solvent for a Bioenergy System: Integration of Bioenergy and Carbon Capture Systems ACS SUSTAINABLE CHEMISTRY & ENGINEERING. 5(6), 5241-5252
• LEE, JUI-YUAN and FOO, DOMINIC CHWAN YEE, 2017. Simultaneous Targeting and Scheduling for Batch Water Networks INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 56(6), 1559-1569
• LIM CH, PEREIRA PS, SHUM CK, ONG WJ, TAN RR, LAM HL and FOO DCY, 2017. Synthesis of Resource Conservation Networks with P-Graph Approach—Direct Reuse/Recycle Process Integration and Optimization for Sustainability. 1(1), 69–86
• JIA, XIAOPING, FOO, DOMINIC C. Y., TAN, RAYMOND R. and LI, ZHIWEI, 2017. Sustainable development paths for resource-constrained process industries RESOURCES CONSERVATION AND RECYCLING. 119, 1-3
• FOO DCY and GLASSEY J, 2017. Student learning Education for Chemical Engineers. 18, 1
• FOO DCY, ed., 2017. Chemical Engineering Process Simulation Elsevier.
• SIEW SHEE LIM and DOMINIC C.Y. FOO, 2017. Simulation and scale-up study for a chitosan-TiO2 nanotubes scaffold production Food and Bioproducts Processing. 106, 108-116
• PATOLE, MAYURESH, BANDYOPADHYAY, SANTANU, FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2017. Energy sector planning using multiple-index pinch analysis CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 19(7), 1967-1975
• TAN, RAYMOND R., AVISO, KATHLEEN B. and FOO, DOMINIC C. Y., 2017. P-graph and Monte Carlo simulation approach to planning carbon management networks COMPUTERS & CHEMICAL ENGINEERING. 106, 872-882
• ROYCHAUDHURI, PRITAM SANKAR, KAZANTZI, VASILIKI, FOO, DOMINIC C. Y., TAN, RAYMOND R. and BANDYOPADHYAY, SANTANU, 2017. Selection of energy conservation projects through Financial Pinch Analysis ENERGY. 138, 602-615
• LIM CH, PEREIRA PS, SHUM CK, ONG WJ, TAN RR, LAM HL and FOO DCY, 2017. Synthesis of Material Interception Networks with P-Graph Technique Process Integration and Optimisation for Sustainability. 1, 225-235
• FOO DCY, 2017. Extended Graphical Technique for the Evaluation of Carbon Dioxide Emission Reduction Projects Process Integration and Optimisation for Sustainability. 1(4), 269–274
• NG DKS, TAN RR, FOO DCY and EL-HALWAGI MM, 2016. Process Design Strategies for Biomass Conversion Systems John Wiley & Sons.
• JIA, XIAOPING, LI, ZHIWEI, WANG, FANG, FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2016. Multi-dimensional pinch analysis for sustainable power generation sector planning in China JOURNAL OF CLEANER PRODUCTION. 112, 2756-2771
• FOO DCY, JIA X, LI Z and WANG F, 2016. Process Integration for Resource Conservation (Chinese) Chemical Industry Press.
• FOO DCY, 2016. Design of Water Recovery System with Process Integration. In: FATTA-KASSINOS D, DIONYSIOU DD and KÜMMERER K, eds., Wastewater Reuse and Current Challenges 1. 44. Springer International Publishing. 183-191
• CHONG, FAH KEEN, CHEMMANGATTUVALAPPIL, NISHANTH G., ELJACK, FADWA T., ATILHAN, MERT and FOO, DOMINIC C. Y., 2016. Designing ionic liquid solvents for carbon capture using property-based visual approach CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 18(4), 1177-1188
• CHONG, FAH KEEN, ELJACK, FADWA T., ATILHAN, MERT, FOO, DOMINIC C. Y. and CHEMMANGATTUVALAPPIL, NISHANTH G., 2016. A systematic visual methodology to design ionic liquids and ionic liquid mixtures: Green solvent alternative for carbon capture COMPUTERS & CHEMICAL ENGINEERING. 91, 219-232
• DENG, CHUN, SHI, CHUNFENG, FENG, XIAO and FOO, DOMINIC CHWAN YEE, 2016. Flow Rate Targeting for Concentration- and Property-Based Total Water Network with Multiple Partitioning Interception Units INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 55(7), 1965-1979
• FOO, DOMINIC C. Y., DOI, RAYMOND E. H., TAN, RAYMOND R. and LEE, JUI-YUAN, 2016. Process integration approaches to optimal planning of unconventional gas field development CHEMICAL ENGINEERING SCIENCE. 150, 85-93
• DIBAN, PITCHAIMUTHU, AZIZ, MUSTAFA KAMAL ABDUL, FOO, DOMINIC C. Y., JIA, XIAOPING, LI, ZHIWEI and TAN, RAYMOND R., 2016. Optimal biomass plantation replanting policy using dynamic programming JOURNAL OF CLEANER PRODUCTION. 126, 409-418
• FAH KEEN CHONG, DOMINIC C.Y. FOO, FADWA T. ELJACK, MERT ATILHAN and NISHANTH G. CHEMMANGATTUVALAPPIL, 2016. A Systematic Approach to Design Task-Specific Ionic Liquids and Their Optimal Operating Conditions Molecular Systems Design & Engineering. 1, 109-121
• FOO DCY, 2016. Automated Targeting Model for Aggregate Planning in Production Supply Chain Clean Technologies and Environmental Policy. 18(5), 1405–1414
• KIM M, KIM, MJ, PYO SH, LEE SC, GHORBANNEZHAD P, FOO DCY and YOO CK, 2016. Greenhouse Emission Pinch Analysis (GEPA) for Evaluation of Emission Reduction Strategies Clean Technologies and Environmental Policy. 18(5), 1381–1389
• TENG WC, FONG KL, SHENKAR D, WILSON JA and FOO DCY, 2016. Piper Diagram – A Novel Visualisation Tool for Process Design Chemical Engineering Research and Design. 112, 132–145
• SEAH, YIENG SHING, FOO, DOMINIC C. Y. and HASSIM, MIMI H., 2016. Considering Fugitive Emissions During the Conceptual Design Stage CHEMICAL ENGINEERING. 123(11), 58-64
• BANDYOPADHYAY, SANTANU, FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2016. Feeling the Pinch? CHEMICAL ENGINEERING PROGRESS. 112(11), 46-49
• PARAND, REZA, YAO, HONG MEI, FOO, DOMINIC C. Y. and TADE, MOSES O., 2016. Automated Pinch-Based Approach for the Optimum Synthesis of a Water Regeneration-Recycle Network-Study on the Interaction of Important Parameters INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 55(43), 11269-11282
• TAN, RAYMOND R., AZIZ, MUSTAFA KAMAL ABDUL, NG, DENNY K. S., FOO, DOMINIC C. Y. and LAM, HON LOONG, 2016. Pinch analysis-based approach to industrial safety risk and environmental management CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 18(7), 2107-2117
• PARAND, REZA, YAO, HONG MEI, FOO, DOMINIC C. Y. and TADE, MOSES O., 2016. An automated composite table algorithm considering zero liquid discharge possibility in water regeneration-recycle network CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 18(7), 2095-2105
• FOO DCY and TAN RR, 2016. A Review on Process Integration Techniques for Carbon Emissions and Environmental Footprint Problems Process Safety and Environmental Protection. 103, 291–307
• TAPIA JFD, LEE J-Y, OOI REH, FOO DCY and TAN RR, 2016. Design and Scheduling of CO2 Capture, Utilization and Storage (CCUS) Operations as a Strip Packing Problem Process Safety and Environmental Protection. 103, 358-372
• TAPIA JFD, LEE J-Y, OOI REH, FOO DCY and TAN RR, 2016. Optimum CO2 Allocation and Scheduling in Enhanced Oil Recovery (EOR) Operations Applied Energy. 184, 337–345
• LI, ZHIWEI, JIA, XIAOPING, FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2016. Minimizing carbon footprint using pinch analysis: The case of regional renewable electricity planning in China APPLIED ENERGY. 184, 1051-1062
• FOO DCY, 2015. Automated Targeting Model for Batch Process Integration. In: MAJOZI T, SEID ER and LEE J-Y, eds., Synthesis, Design, and Resource Optimization in Batch Chemical Plants 1. 1. CRC Press.
• CHONG, FAH KEEN, FOO, DOMINIC C. Y., ELJACK, FADWA T., ATILHAN, MERT and CHEMMANGATTUVALAPPIL, NISHANTH G., 2015. Ionic liquid design for enhanced carbon dioxide capture by computer-aided molecular design approach CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 17(5), 1301-1312
• FOO DCY, 2015. Design of Water Recovery System with Process Integration. In: Wastewater reuse and emerging challenges Springer Berlin Heidelberg.
• FOO DCY, 2015. Chemical Engineering Education in Malaysia. In: JURUTERA: The Monthly Bulletin of the Institution of Engineers Malaysia September 2015. Dimension Publishing Sdn Bhd. 36-38
• FOO DCY, 2015. Chemical Engineering Progress The Malaysian Chemicals Industry: From Commodities to Manufacturing. November 2015, 48-52
• JIA X, LI Z, WANG F, FOO DCY and YU Q, 2015. A new graphical representation of water footprint pinch analysis for chemical processes Clean Technologies and Environmental Policy. 17(7), 1987-1995
• JIA X, LI Z, WANG F, FOO DCY and TAN RR, 2015. Integrating input-output models with pinch technology for enterprise sustainability analysis Clean Technologies and Environmental Policy. 17(8), 2255-2265
• FOO DCY, 2015. Design of Waste Recovery Systems with Process Integration Available at: <http://kolmetz.com/Engineering_Practice_Magazine.html>
• TAN, YIN LING, NG, DENNY K. S., EL-HALWAGI, MAHMOUD M., FOO, DOMINIC C. Y. and SAMYUDIA, YUDI, 2014. Floating pinch method for utility targeting in heat exchanger network (HEN) CHEMICAL ENGINEERING RESEARCH & DESIGN. 92(1), 119-126
• OOI, RAYMOND E. H., FOO, DOMINIC C. Y. and TAN, RAYMOND R., 2014. Targeting for carbon sequestration retrofit planning in the power generation sector for multi-period problems APPLIED ENERGY. 113, 477-487
• HE, YI-JUN, ZHANG, YAN, MA, ZI-FENG, SAHINIDIS, NIKOLAOS V., TAN, RAYMOND R. and FOO, DOMINIC C. Y., 2014. Optimal Source-Sink Matching in Carbon Capture and Storage Systems under Uncertainty INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 53(2), 778-785
• DIAMANTE, JOSEPH ANGELO R., TAN, RAYMOND R., FOO, DOMINIC C. Y., NG, DENNY K. S., AVISO, KATHLEEN B. and BANDYOPADHYAY, SANTANU, 2014. Unified pinch approach for targeting of carbon capture and storage (CCS) systems with multiple time periods and regions JOURNAL OF CLEANER PRODUCTION. 71, 67-74
• LEE, SIU HOONG, NG, REX T. L., NG, DENNY K. S., FOO, DOMINIC C. Y. and CHEW, IRENE M. L., 2014. Synthesis of Resource Conservation Networks in an Integrated Pulp and Paper Biorefinery INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 53(25), 10417-10428
• TAN, YIN LING, NG, DENNY K. S., FOO, DOMINIC C. Y., EL-HALWAGI, MAHMOUD M. and SAMYUDIA, YUDI, 2014. Heat integrated resource conservation networks without mixing prior to heat exchanger networks JOURNAL OF CLEANER PRODUCTION. 71, 128-138
• FOO, DCY, NG, DKS, LEONG, MKY, CHEW, IML, SUBRAMANIAM, M, AZIZ, R and LEE, J-Y, 2014. Targeting and Design of Chilled Water Network Applied Energy. 134, 589–599
• KASIVISVANATHAN H., TAN R. R., NG D. K. S., KAMAL M. and FOO D. C. Y., 2014. Heuristic Framework for the Debottlenecking of a Palm Oil-Based Integrated Biorefinery Chemical Engineering Research and Design. 92, 2071–2082
• SAHU, G. C., BANDYOPADHYAY, S., FOO, D. C. Y., NG, D. K. S. and TAN, R. R., 2014. Targeting for Optimal Grid-Wide Deployment of Carbon Capture and Storage (CCS) Technology Process Safety and Environmental Protection. 92, 835–848
• NG, D. K. S., CHEW, I. M. L., TAN, R. R., FOO, D. C. Y., OOI, M. B. L. and EL-HALWAGI, M. M., 2014. RCNET: An Optimisation Software for the Synthesis of Resource Conservation Networks Process Safety and Environmental Protection. 92, 917–928
• DENG, C., WEN, Z., FOO, D. C. Y., NG, D. K. S. and FENG, X., 2014. Improved Ternary Diagram Approach for the Synthesis of a Resource Conservation Network with Multiple Properties. 2. Regeneration Reuse/Recycle Industrial and Engineering Chemistry Research. 53(45), 17671-17679
• LIM, J. S. H., FOO, D. C. Y., NG, D. K. S., ABDUL AZIZ, R. and TAN, R. R., 2014. Graphical Tools for Production Planning in Small Medium Industries (SMIs) based on Pinch Analysis Journal of Manufacturing Systems. 33, 639 – 646
• DENG, CHUN, PAN, HUAIMIN, LEE, JUI-YUAN, FOO, DOMINIC CHWAN YEE and FENG, XIAO, 2014. Synthesis of hydrogen network with hydrogen header of intermediate purity INTERNATIONAL JOURNAL OF HYDROGEN ENERGY. 39(25), 13049-13062
• LEE, JUI-YUAN, CHEN, CHENG-LIANG, LIN, CHUN-YEN and FOO, DOMINIC CHWAN YEE, 2014. A two-stage approach for the synthesis of inter-plant water networks involving continuous and batch units CHEMICAL ENGINEERING RESEARCH & DESIGN. 92(5), 941-953
• HASSIM, MIMI H., FOO, DOMINIC C. Y. and SHARIFF, AZMI M., 2014. Special Issue - Process Systems Engineering PROCESS SAFETY AND ENVIRONMENTAL PROTECTION. 92(5), 377-378
• DENG, CHUN, WEN, ZENGKUN, FOO, DOMINIC CHWAN YEE and FENG, XIAO, 2014. Improved Ternary Diagram Approach for the Synthesis of a Resource Conservation Network with Multiple Properties. 1. Direct Reuse/Recycle INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 53(45), 17654-17670
• CHONG, FAH KEEN, LAWRENCE, KELVIN KUHANRAJ, LIM, PEK PENG, POON, MARCUS CHINN YOONG, FOO, DOMINIC CHWAN YEE, LAM, HON LOONG and TAN, RAYMOND R., 2014. Planning of carbon capture storage deployment using process graph approach ENERGY. 76, 641-651
• CHONG, M. F., CHEMMANGATTUVALAPPIL, N. G., NG, D. K. S. and FOO, D. C. Y., 2014. Special Issue - Green Technologies for Sustainable Processes PROCESS SAFETY AND ENVIRONMENTAL PROTECTION. 92(6), 487–488
• EL-HALWAGI MM and FOO DCY, 2014. Process Synthesis and Integration. In: SEIDEL A and BICKFORD M, eds., Kirk-Othmer Encyclopedia of Chemical Technology John Wiley & Sons.
• FOO, DCY, LEE, J-Y, NG, DKS and CHEN, C-L, 2013. Targeting and Design for Batch Regeneration and Total Networks Clean Technologies and Environmental Policy. 15, 579–590
• DIAMANTE, JAR, TAN, RR, FOO, DCY, NG, DKS, AVISO, KB and BANDYOPADHYAY, S, 2013. A Graphical Approach to Pinch-Based Source-Sink Matching and Sensitivity Analysis in Carbon Capture and Storage Systems Industrial and Engineering Chemistry Research. 52(22), 7211–7222
• LEE, J.-Y., CHEN, C.-L, WEN, T.-L., NG, D. K. S., FOO, D. C. Y. and WANG, T.-C., 2013. Synthesis and Design of Chilled Water Networks Using Mathematical Optimization Applied Thermal Engineering. 58(1-2), 638–649
• OOI, R. E. H., FOO, D. C. Y., TAN, R. R., NG, D. K. S. and SMITH, R., 2013. Carbon Constrained Energy Planning (CCEP) for Sustainable Power Generation Sector with Automated Targeting Model Industrial and Engineering Chemistry Research. 52(29), 9889−9896
• OOI, R. E. H., FOO, D. C. Y., NG, D. K. S. and TAN, R.R., 2013. Planning of Carbon Capture and Storage with Pinch Analysis Techniques Chemical Engineering Research and Design. 91, 2721-2731
• HORTUA, ANA CAROLINA, EL-HALWAGI, MAHMOUD M., NG, DENNY K. S. and FOO, DOMINIC C. Y., 2013. Integrated Approach for Simultaneous Mass and Property Integration for Resource Conservation ACS SUSTAINABLE CHEMISTRY & ENGINEERING. 1(1), 29-38
• FOO, DOMINIC C. Y., TAN, RAYMOND R., LAM, HON LOONG, AZIZ, MUSTAFA KAMAL ABDUL and KLEMES, JIRI JAROMIR, 2013. Robust models for the synthesis of flexible palm oil-based regional bioenergy supply chain ENERGY. 55, 68-73
• TAN, YIN LING, NG, DENNY K. S., EL-HALWAGI, MAHMOUD M., FOO, DOMINIC C. Y. and SAMYUDIA, YUDI, 2013. Synthesis of Heat Integrated Resource Conservation Networks with Varying Operating Parameters INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH. 52(22), 7196-7210
• FOO, DOMINIC CHWAN YEE, 2013. A generalised guideline for process changes for resource conservation networks CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 15(1), 45-53
• FOO, DOMINIC C. Y. and LAM, HON LOONG, 2013. Green technologies for Asia-Pacific economies CLEAN TECHNOLOGIES AND ENVIRONMENTAL POLICY. 15(5), 747-748
• LIM, JOSEPH S. H., FOO, DOMINIC C. Y., NG, DENNY K. S., TAN, RAYMOND R. and AZIZ, RAMLAN, 2013. Pinch Analysis for Production Planning in Manufacturing Industries CHEMICAL ENGINEERING. 120(8), 40-45
• SOO, SARAH S. T., TOH, EE LING, YAP, KEVIN K. K., NG, DENNY K. S. and FOO, DOMINIC C. Y., 2013. Synthesis of distributed wastewater treatment networks for one- and two-contaminant systems CHEMICAL ENGINEERING RESEARCH & DESIGN. 91(1), 106-119
• FOO, D. C. Y. and NG, D. K. S., 2013. Process integration in the process design. In: KLEMEŠ, J., ed., Handbook of process integration
• TAN, R. R. and FOO, D. C. Y., 2013. Multi-objective pinch analysis. In: KLEMEŠ, J., ed., Handbook of process integration
• FOO, DCY, EL-HALWAGI, MM and TAN, RR, eds., 2012. Recent advances in sustainable process design and optimization Singapore ; World Scientific.
• SAFRI, NHM, MEL, M, FOO, DCY, NG, DKS and CHEW, IML, 2012. Process modelling and debottlenecking study of a vaccine production IIUM Engineering Journal. 13(1), 97-107
• CHEW, IML, FOO, DCY, BONHIVERS, J-C, STUART, P, ALVA-ARGAEZ, A and SAVULESCU, LE, 2012. A Model-based Approach for Simultaneous Water and Energy Reduction in a Pulp and Paper Mill Applied Thermal Engineering. 51(1–2), 393-400
• TAN, RR, LAM, HL, KASIVISVANATHAN, H, NG, DKS, FOO, DCY, ABDUL AZIZ, MK, HALLALE, N and KLEMEŠ, JJ, 2012. An Algebraic Approach to Identifying Bottlenecks in Linear Process Models of Multi-Functional Energy Systems Theoretical Foundations of Chemical Engineering. 46(6), 642-650
• FOO, DCY, 2012. Resource Conservation through Pinch Analysis. In: FOO, DCY, EL-HALWAGI, MM and TAN, RR, eds., Recent Advances in Sustainable Process Design and Optimisation Singapore ; World Scientific. 133-158
• CHEN, CL, CIOU, YJ and FOO, DCY, 2012. Indirect Heat Integration of Batch Processes. In: FOO, DCY, EL-HALWAGI, MM and TAN, RR, eds., Recent advances in sustainable process design and optimization Singapore ; World Scientific.
• FOO, DCY, 2012. Process integration for resource conservation CRC Press.
• DENG, C, FENG, X, NG, DKS and FOO, DCY, 2011. Process-Based Graphical Approach For Simultaneous Targeting And Design Of Water Network Aiche Journal. 57(11), 3085-3104
• CHEN, CL, LEE, JY, NG, DKS and FOO, DCY, 2011. Property Integration For Resource Conservation Network Synthesis In Palm Oil Mills Chemical Engineering Journal. 169(1-3), 207-215
• CHEN, CL, LEE, JY, DENNY, KSN and FOO, DCY, 2011. Synthesis Of Property-Based Resource Conservation Network In Palm Oil Mills With Time-Varying Process Disturbance Clean Technologies And Environmental Policy. 13(4), 625-632
• KHOR, CS, FOO, DCY, EL-HALWAGI, MM, TAN, RR and SHAH, N, 2011. A Superstructure Optimization Approach For Membrane Separation-Based Water Regeneration Network Synthesis With Detailed Nonlinear Mechanistic Reverse Osmosis Model Industrial & Engineering Chemistry Research. 50(23), 13444-13456
• ALSHEKHLI, O, FOO, DCY, HII, CL and LAW, CL, 2011. Process Simulation And Debottlenecking For An Industrial Cocoa Manufacturing Process Food And Bioproducts Processing. 89(4C), 528-536
• NUN, S, FOO, DCY, TAN, RR, RAZON, LF and EGASHIRA, R, 2011. Fuzzy Automated Targeting For Trade-Off Analysis In Batch Water Networks Asia-Pacific Journal Of Chemical Engineering. 6(3), 537-551
• WONG, WH, FOO, DCY and TAN, RR, 2011. Chronologically Constrained Composite Curves For Carbon Constrained Agricultural Planning Biomass & Bioenergy. 35(5), 1716-1720
• SAW, SY, LEE, L, LIM, MH, FOO, DCY, CHEW, IML, TAN, RR and KLEMES, JJ, 2011. An Extended Graphical Targeting Technique For Direct Reuse/Recycle In Concentration And Property-Based Resource Conservation Networks Clean Technologies And Environmental Policy. 13(2), 347-357
• AVISO, KB, TAN, RR, CULABA, AB, FOO, DCY and HALLALE, N, 2011. Fuzzy Optimization Of Topologically Constrained Eco-Industrial Resource Conservation Networks With Incomplete Information Engineering Optimization. 43(3), 257-279
• CHEW, IML, THILLAIVARRNA, SL, TAN, RR and FOO, DCY, 2011. Analysis Of Inter-Plant Water Integration With Indirect Integration Schemes Through Game Theory Approach: Pareto Optimal Solution With Interventions Clean Technologies And Environmental Policy. 13(1), 49-62
• TAN, RR, NG, DKS, FOO, DCY and AVISO, KB, 2010. Crisp And Fuzzy Integer Programming Models For Optimal Carbon Sequestration Retrofit In The Power Sector Chemical Engineering Research & Design. 88(12A), 1580-1588
• CHEW, IML, FOO, DCY, NG, DKS and TAN, RR, 2010. A New Flowrate Targeting Algorithm for Inter-Plant Resource Conservation Network. Part 1 – Unassisted Integration Scheme Industrial & Engineering Chemistry Research. 49(14), 6439-6455
• CHEN, CL, LEE, JY, NG, DKS and FOO, DCY, 2010. A Unified Model Of Property Integration For Batch And Continuous Processes Aiche Journal. 56(7), 1845-1858
• TAN, RR, NG, DKS and FOO, DCY, 2010. Graphical Approach To Minimum Flowrate Targeting For Partitioning Water Pretreatment Units Chemical Engineering Research & Design. 88(4A), 393-402
• CHEW, IML, FOO, DCY and TAN, RR, 2010. A New Flowrate Targeting Algorithm for Inter-Plant Resource Conservation Network. Part 2 – Assisted Integration Scheme Industrial & Engineering Chemistry Research. 49(14), 6456-6468
• FOO, DCY, 2010. Automated Targeting Technique For Batch Process Integration Industrial & Engineering Chemistry Research. 49(20), 9899-9916
• CHEN, CL, LEE, JY, NG, DKS and FOO, DCY, 2010. Synthesis Of Resource Conservation Network With Sink-Source Interaction Clean Technologies and Environmental Policy. 12(6), 613-625
• FOO, DCY, 2010. Letter to Editor AIChE Journal. 9, 2492-2494
• GONWS, JF, MAJOZI, T, FOO, DCY, CHEN, CL, LEE, JY, GOUWS, JF and , 2010. Water Minimization Techniques For Batch Processes Industrial & Engineering Chemistry Research. 49(19), 8877-8893
• FOO, DCY, HALLELE, N and TAN, RR, 2010. Optimize Shift Scheduling Using Pinch Analysis Chemical Engineering. 117(7), 48-52
• BANDYOPADHYAY, S, SAHU, GC, FOO, DCY and TAN, RR, 2010. Segregated Targeting For Multiple Resource Networks Using Decomposition Algorithm Aiche Journal. 56(5), 1235-1248
• PEKALA, LM, TAN, RR, FOO, DCY and JEZOWSKI, JM, 2010. Optimal Energy Planning Models With Carbon Footprint Constraints Applied Energy. 87(6), 1903-1910
• TJAN, W, TAN, RR and FOO, DCY, 2010. A Graphical Representation Of Carbon Footprint Reduction For Chemical Processes Journal of Cleaner Production. 18(9), 848-856
• NG, DKS, FOO, DCY, TAN, RR and EL-HALWAGI, M, 2010. Automated Targeting Technique For Concentration- And Property-Based Total Resource Conservation Network Computers and Chemical Engineering. 34(5), 825-845
• NG, DKS, FOO, DCY and TAN, RR, 2009. Automated Targeting Technique For Single-Impurity Resource Conservation Networks. Part 1: Direct Reuse/Recycle Industrial & Engineering Chemistry Research. 48(16), 7637-7646
• NG, DKS, FOO, DCY and TAN, RR, 2009. Automated Targeting Technique For Single-Impurity Resource Conservation Networks. Part 2: Single-Pass And Partitioning Waste-Interception Systems Industrial & Engineering Chemistry Research. 48(16), 7647-7661
• TAN, RR, NG, DKS, FOO, DCY and AVISO, KB, 2009. A Superstructure Model For The Synthesis Of Single-Contaminant Water Networks With Partitioning Regenerators Process Safety And Environmental Protection. 87(3), 197-205
• TAN, RR, NG, DKS and FOO, DCY, 2009. Pinch Analysis Approach To Carbon-Constrained Planning For Sustainable Power Generation Journal Of Cleaner Production. 17(10), 940-944
• NG, DKS, FOO, DCY, TAN, RR, PAU, CH and TAN, YL, 2009. Automated Targeting For Conventional And Bilateral Property-Based Resource Conservation Network Chemical Engineering Journal. 149(1-3), 87-101
• TAN, RR, FOO, DCY, AVISO, KB and NG, DKS, 2009. The Use Of Graphical Pinch Analysis For Visualizing Water Footprint Constraints In Biofuel Production Applied Energy. 86(5), 605-609
• LEE, SC, NG, DKS, FOO, DCY and TAN, RR, 2009. Extended Pinch Targeting Techniques For Carbon-Constrained Energy Sector Planning Applied Energy. 86(1), 60-67
• CHEW, IML, TAN, RR, FOO, DCY and CHIU, ASF, 2009. Game Theory Approach To The Analysis Of Inter-Plant Water Integration In An Eco-Industrial Park Journal Of Cleaner Production. 17(18), 1611-1619
• FOO, DCY, 2009. A State-of-the-art Review of Pinch Analysis Techniques for Water Network Synthesis Industrial & Engineering Chemistry Research. 48(11), 5125-5159
• CHEW, IML and FOO, DCY, 2009. Automated Targeting For Inter-Plant Water Integration Chemical Engineering Journal. 153(1-3), 23-36
• CHEW, IML, TAN, R, NG, DKS, FOO, DCY, MAJOZI, T and GOUWS, J, 2008. Synthesis Of Direct And Indirect Interplant Water Network Industrial & Engineering Chemistry Research. 47(23), 9485-9496
• NG, DKS, FOO, DCY, TAN, RR and TAN, YL, 2008. Extension Of Targeting Procedure For "Ultimate Flowrate Targeting With Regeneration Placement" By Ng Et Al., Chem. Eng. Res. Des., 85 (A9): 1253-1267 Chemical Engineering Research & Design. 86(10A), 1182-1186
• NG, DKS, FOO, DCY, RABIE, A and EI-HALWAGI, MM, 2008. Simultaneous Synthesis Of Property-Based Water Reuse/Recycle And Interception Networks For Batch Processes Aiche Journal. 54(10), 2624-2632
• TAN, RR, COL-LONG, KJ, FOO, DCY, HUL, S and NG, DKS, 2008. A Methodology For The Design Of Efficient Resource Conservation Networks Using Adaptive Swarm Intelligence Journal Of Cleaner Production. 16(7), 822-832
• SHOAIB, AM, ALY, SM, AWAD, ME, FOO, DCY and EL-HALWAGI, MM, 2008. A Hierarchical Approach For The Synthesis Of Batch Water Network Computers & Chemical Engineering. 32(3), 530-539
• CHAN, JH, FOO, DCY, KUMARESAN, S, AZIZ, RA and ABU-HASSAN, MA, 2008. An Integrated Approach For Water Minimisation In A Pvc Manufacturing Process Clean Technologies And Environmental Policy. 10(1), 67-79
• FOO, DCY, 2008. Flowrate Targeting For Threshold Problems And Plant-Wide Integration For Water Network Synthesis Journal of Environmental Management. 88(2), 253-274
• FOO, DCY, OOI, MBL, TAN, RR and TAN, JS, 2008. A Heuristic-Based Algebraic Targeting Technique For Aggregate Planning In Supply Chains Computers & Chemical Engineering. 32(10), 2217-2232
• TAN, J., FOO, D. C. Y., SIVAKUMAR, K. and AZIZ, R. A., 2008. Computer-Aided Design Tools for Debottlenecking A Batch Pharmaceutical Production Institution of Engineers, Malaysia (IEM) Journal. 69(4), 30-37
• FOO, DCY, CHEW, YH and LEE, CT, 2008. Minimum Units Targeting And Network Evolution For Batch Heat Exchanger Network Applied Thermal Engineering. 28(16), 2089-2099
• FOO, DCY, TAN, RR and NG, DKS, 2008. Carbon And Footprint-Constrained Energy Planning Using Cascade Analysis Technique ENERGY. 33(10), 1480-1488
• TAN, RR, FOO, DCY, NG, DKS, CHIANG, CL, HU, S and KU-PINEDA, V, 2007. An Approximate Mixed Integer Linear Programming (Milp) Model For The Design Of Water Reuse/Recycle Networks With Minimum Emergy
• NG, DKS, FOO, DCY and TAN, RR, 2007. Targeting For Total Water Network. 1. Waste Stream Identification Industrial & Engineering Chemistry Research. 46(26), 9107-9113
• NG, DKS, FOO, DCY and TAN, RR, 2007. Targeting For Total Water Network. 2. Waste Treatment Targeting And Interactions With Water System Elements Industrial & Engineering Chemistry Research. 46(26), 9114-9125
• NG, DKS, FOO, DCY, TAN, RR and TAN, YL, 2007. Ultimate Flowrate Targeting With Regeneration Placement Chemical Engineering Research & Design. 85(A9), 1253-1267
• TAN, RR and FOO, DCY, 2007. Pinch Analysis Approach To Carbon-Constrained Energy Sector Planning Energy. 32(8), 1422-1429
• SEINGHENG, H, TAN, RR, AURESENIA, J, FUCHINO, T and FOO, DCY, 2007. Synthesis Of Near-Optimal Topologically Constrained Property-Based Water Network Using Swarm Intelligence Clean Technologies And Environmental Policy. 9(1), 27-36
• KUAN, CK, FOO, DCY, TAN, RR, KUMARESAN, S and AZIZ, RA, 2007. Streamlined Life Cycle Assessment Of Residue Utilization Options In Tongkat Ali (Eurycoma Longifolia) Water Extract Manufacturing Process Clean Technologies And Environmental Policy. 9(3), 225-234
• HUL, S, TAN, RR, AURESENIA, J, FUCHINO, T and FOO, DCY, 2007. Water Network Synthesis Using Mutation-Enhanced Particle Swarm Optimization Process Safety And Environmental Protection. 85(B6), 507-514
• FOO, DCY, HALLALE, N and TAN, R, 2007. Pinch Analysis Approach To Short-Term Scheduling Of Batch Reactors In Multi-Purpose Plants International Journal Of Chemical Reactor Engineering. 5, -
• TAN, YL, MANAN, ZA and FOO, DCY, 2007. Retrofit Of Water Network With Regeneration Using Water Pinch Analysis Process Safety And Environmental Protection. 85(B4), 305-317
• FOO, DCY, 2007. Water Cascade Analysis For Single And Multiple Impure Fresh Water Feed Chemical Engineering Research & Design. 85(A8), 1169-1177
• TAN, RR, FOO, DCY and MANAN, ZA, 2007. Assessing The Sensitivity Of Water Networks To Noisy Mass Loads Using Monte Carlo Simulation Computers & Chemical Engineering. 31(10), 1355-1363
• MANAN, ZA, TAN, YL, FOO, DCY and TEA, SY, 2007. Application Of The Water Cascade Analysis Technique For Water Minimisation In A Paper Mill Plant International Journal Of Environment And Pollution. 29(1-3), 90-103
• HUL, S, NG, DKS, TAN, RR, CHIANG, CL and FOO, DCY, 2007. Crisp and Fuzzy Optimisation Approaches for Water Network Retrofit Chemical Product and Process Modeling. 2(3), Article 6
• NG, DKS and FOO, DCY, 2006. Evolution Of Water Network Using Improved Source Shift Algorithm And Water Path Analysis Industrial & Engineering Chemistry Research. 45(24), 8095-8104
• FOO, DCY and MANAN, ZA, 2006. Setting The Minimum Utility Gas Flowrate Targets Using Cascade Analysis Technique Industrial & Engineering Chemistry Research. 45(17), 5986-5995
• FOO, DCY, MANAN, ZA and TAN, YL, 2006. Use Cascade Analysis To Optimize Water Networks Chemical Engineering Progress. 102(7), 45-52
• ATHIMULAM, A, KUMARESAN, S, FOO, DCY, SARMIDI, MR and AZIZ, RA, 2006. Modelling And Optimization Of Eurycoma Longifolia Water Extract Production Food And Bioproducts Processing. 84(C2), 139-149
• FOO, DCY, KAZANTZI, V, EL-HALWAGI, MM and MANAN, ZA, 2006. Surplus Diagram And Cascade Analysis Technique For Targeting Property-Based Material Reuse Network Chemical Engineering Science. 61(8), 2626-2642
• FOO, DCY, MANAN, ZA and EL-HALWAGI, MM, 2006. Correct Identification of Limiting Water Data for Water Network Synthesis Clean Technologies and Environmental Policy. 8(2), 96-104
• AZIZ, RA, SARMIDI, MR, KUMARESAN, S, TAHER, ZM and FOO, CY, 2006. Phytochemical Processing: The Next Emerging Field in Chemical Engineering - Aspects and Opportunities Jurnal Kejuruteraan Kimia Malaysia. 3, 45-60
• TAN, J, FOO, DCY, KUMARESAN, S and AZIZ, RA, 2006. Debottlenecking of a Batch Pharmaceutical Cream Production Pharmaceutical Engineering. July/August 2006, 72-84
• FOO, CY, MANAN, ZA, YUNUS, RM and AZIZ, RA, 2005. Synthesis Of Mass Exchange Network For Batch Processes - Part II: Minimum Units Target And Batch Network Design Chemical Engineering Science. 60(5), 1349-1362
• FOO, DCY, MANAN, ZA and TAN, YL, 2005. Synthesis Of Maximum Water Recovery Network For Batch Process Systems 13(15), 1381-1394
• FOO, DCY, MANAN, ZA, SELVAN, M and MCGUIRE, ML, 2005. Integrate Process Simulation And Process Synthesis Chemical Engineering Progress. 101(10), 25-29
• FOO, CY, MANAN, ZA, YUNUS, RM and AZIZ, RA, 2004. Synthesis Of Mass Exchange Network For Batch Processes. Part I: Utility Targeting Chemical Engineering Science. 59(5), 1009-1026
• MANAN, ZA, TAN, YL and FOO, DCY, 2004. Targeting The Minimum Water Flow Rate Using Water Cascade Analysis Technique Aiche Journal. 50(12), 3169-3183