Abraha Woldai received his PhD from the University of Bath, UK in 1997. From 1985 to 1999, he worked in the Water and Electricity Department, Government of Abu Dhabi, in various areas. From 1989 to 1999, he participated in the development of the modeling, simulation, and validation of data for MSF desalination plants on behalf of the Directorate of Power and Desalination Plants, Water and Electricity Department, Government of Abu Dhabi, and the International Foundation for Water Science and Technology in the field of desalination plant control. In addition, Dr. Woldai has authored/coauthored several research papers on power and desalination.

"I am aware of several books available in the field of desalination. This is the only one that exclusively deals with state of the art modeling of multistage flash system and improved PID controls. As a high end text book it will serve both advanced courses and practicing engineers in the field of desalination."—Samir Damak, Consultant in Corrosion"The book summarizes almost one half century of technology and development of one of the prominent desalination technologies. It will be of a major benefit to the reader to understand the technical aspects related to the process design of MSF technology and key role instrumentation and controlling is having on the process. Dr. Abraha Woldai ‘s book is a valuable contribution to the desalination industry and to all who want a better understanding of the important challenges facing the design of MSF desalination technologies."—Corrado Sommariva, ILF Consulting Engineers"The author is to be congratulated … the book is interesting to read and useful in general to academicians but more so to plant operating control engineers dealing with Desalination processes and plants."—Dr. L.Sivakumar, Formerly: General Manager, Corporate R&D, Bharat Heavy Electrical Limited, Presently: Vice Principal & Dean of Electrical Sciences, Sri Krishna College of Engineering & Technology, Kuniamuthur "The book is quite useful for the graduate students interesting in knowing the field for further research and other scientists and engineers working in academia, industry, national labs and MSF plants. The book is a welcome addition to those in the field."—D. Subbaram Naidu, University of Minnesota Duluth, USA

• Introduction. Operation and Control of Multi-Stage Flash Desalination Plants. Dynamic Model for an MSF Plant. Data Reconciliation and Model Validation with Experimental Data. Analysis of the Dynamic Model for Control. Optimal Reduction of the MSF Plant Model to First or Second Order with Delay Forms. Optimal PID Controller Tuning in Large MSF Plants for Seawater Desalination. An Adaptive Scheme with Optimally Tuned PID Controller. Conclusions and Discussion. Programs. Glossary. Bibliography.

Abraha Woldai received his PhD from the University of Bath, UK in 1997. From 1985 to 1999, he worked in the Water and Electricity Department, Government of Abu Dhabi, in various areas. From 1989 to 1999, he participated in the development of the modeling, simulation, and validation of data for MSF desalination plants on behalf of the Directorate of Power and Desalination Plants, Water and Electricity Department, Government of Abu Dhabi, and the International Foundation for Water Science and Technology in the field of desalination plant control. In addition, Dr. Woldai has authored/coauthored several research papers on power and desalination.

"I am aware of several books available in the field of desalination. This is the only one that exclusively deals with state of the art modeling of multistage flash system and improved PID controls. As a high end text book it will serve both advanced courses and practicing engineers in the field of desalination."—Samir Damak, Consultant in Corrosion"The book summarizes almost one half century of technology and development of one of the prominent desalination technologies. It will be of a major benefit to the reader to understand the technical aspects related to the process design of MSF technology and key role instrumentation and controlling is having on the process. Dr. Abraha Woldai ‘s book is a valuable contribution to the desalination industry and to all who want a better understanding of the important challenges facing the design of MSF desalination technologies."—Corrado Sommariva, ILF Consulting Engineers"The author is to be congratulated … the book is interesting to read and useful in general to academicians but more so to plant operating control engineers dealing with Desalination processes and plants."—Dr. L.Sivakumar, Formerly: General Manager, Corporate R&D, Bharat Heavy Electrical Limited, Presently: Vice Principal & Dean of Electrical Sciences, Sri Krishna College of Engineering & Technology, Kuniamuthur "The book is quite useful for the graduate students interesting in knowing the field for further research and other scientists and engineers working in academia, industry, national labs and MSF plants. The book is a welcome addition to those in the field."—D. Subbaram Naidu, University of Minnesota Duluth, USA

• Introduction. Operation and Control of Multi-Stage Flash Desalination Plants. Dynamic Model for an MSF Plant. Data Reconciliation and Model Validation with Experimental Data. Analysis of the Dynamic Model for Control. Optimal Reduction of the MSF Plant Model to First or Second Order with Delay Forms. Optimal PID Controller Tuning in Large MSF Plants for Seawater Desalination. An Adaptive Scheme with Optimally Tuned PID Controller. Conclusions and Discussion. Programs. Glossary. Bibliography.

Abraha Woldai received his PhD from the University of Bath, UK in 1997. From 1985 to 1999, he worked in the Water and Electricity Department, Government of Abu Dhabi, in various areas. From 1989 to 1999, he participated in the development of the modeling, simulation, and validation of data for MSF desalination plants on behalf of the Directorate of Power and Desalination Plants, Water and Electricity Department, Government of Abu Dhabi, and the International Foundation for Water Science and Technology in the field of desalination plant control. In addition, Dr. Woldai has authored/coauthored several research papers on power and desalination.

"I am aware of several books available in the field of desalination. This is the only one that exclusively deals with state of the art modeling of multistage flash system and improved PID controls. As a high end text book it will serve both advanced courses and practicing engineers in the field of desalination."—Samir Damak, Consultant in Corrosion"The book summarizes almost one half century of technology and development of one of the prominent desalination technologies. It will be of a major benefit to the reader to understand the technical aspects related to the process design of MSF technology and key role instrumentation and controlling is having on the process. Dr. Abraha Woldai ‘s book is a valuable contribution to the desalination industry and to all who want a better understanding of the important challenges facing the design of MSF desalination technologies."—Corrado Sommariva, ILF Consulting Engineers"The author is to be congratulated … the book is interesting to read and useful in general to academicians but more so to plant operating control engineers dealing with Desalination processes and plants."—Dr. L.Sivakumar, Formerly: General Manager, Corporate R&D, Bharat Heavy Electrical Limited, Presently: Vice Principal & Dean of Electrical Sciences, Sri Krishna College of Engineering & Technology, Kuniamuthur "The book is quite useful for the graduate students interesting in knowing the field for further research and other scientists and engineers working in academia, industry, national labs and MSF plants. The book is a welcome addition to those in the field."—D. Subbaram Naidu, University of Minnesota Duluth, USA

• Introduction. Operation and Control of Multi-Stage Flash Desalination Plants. Dynamic Model for an MSF Plant. Data Reconciliation and Model Validation with Experimental Data. Analysis of the Dynamic Model for Control. Optimal Reduction of the MSF Plant Model to First or Second Order with Delay Forms. Optimal PID Controller Tuning in Large MSF Plants for Seawater Desalination. An Adaptive Scheme with Optimally Tuned PID Controller. Conclusions and Discussion. Programs. Glossary. Bibliography.