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From £30.99

Pressure-Driven Membrane Processes, Gel-Enhanced Polarization and Shear-Induced Diffusion

By: Sergey P. Agashichev

From £30.99

Membrane technology is a sustainable, low-energy solution for water treatment, but its implementation is hampered by inadequate process modeling. This book focuses on using models as a mathematical background to design, analyze, and optimize these crucial processes.

Membrane technology is part of the new generation of sustainable processes. Being low-energy consuming and environmentally friendly, it is the most efficient technology for seawater…
From £30.99
From £30.99
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Membrane technology is part of the new generation of sustainable processes. Being low-energy consuming and environmentally friendly, it is the most efficient technology for seawater desalination and water treatment. However, the implementation of such technology is often hampered by existing techniques of process modelling and analysis. As such, this book focuses on how models can be used as a mathematical background for the algorithms of the process design, analysis, modification and optimization.

Sergey P. Agashichev received his PhD and DSc from D. Mendeleyev Institute of Chemical Technology, Moscow. He is currently a Professor of Chemical Engineering at the Mendeleyev University of Chemical Technology, Moscow. His research focuses on chemical engineering, pressure-driven membrane processes, and membrane desalination, and he is the author of a number of books and research papers.

Hardback

  • ISBN: 1-5275-7766-X
  • ISBN13: 978-1-5275-7766-4
  • Date of Publication: 2022-06-06

Paperback

  • ISBN: 1-0364-2300-X
  • ISBN13: 978-1-0364-2300-1
  • Date of Publication: 2024-12-13

Ebook

  • ISBN: 1-5275-7911-5
  • ISBN13: 978-1-5275-7911-8
  • Date of Publication: 2024-12-13

Subject Codes:

  • BIC: TDCB, TQSW1, TQ
  • THEMA: TDC, TQSW, TQ
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