Liquid Mixing and Processing in Stirred Tanks

Holland, F.A.

Chapman, F. S.

REINHOLD

This book is the result of a long-term co-operative research and professional development programme between the Instituto de Investigaciones Electricas (IIE), Mexico, and the University of Salford, UK. It provides the design basis for the fabrication of small and large scale commercial absorption heat pump systems, and includes a comprehensive treatment of the economics of heat pump systems. It charts the development of heat pump technology from theoretical principles to the operation of practical systems for the purification of water, both for human consumption and a wide variety of industrial purposes. In addition to the increasing demand for potable water there is a rapidly increasing demand for clean water in industries ranging from foodstuffs and pharmaceuticals to electronics. This book will be essential reading for industrial engineers and others concerned with the cost-effective, environmentally friendly production of clean water.

Water Purification Using Heat Pumps

Science & Math

*Decd*, F A Holland

Heard, C.L.

Santoyo, S.

Siqueiros, J.

Earth Sciences

CRC-Press

The Third Edition of Heat Transfer offers complete and up-to-date coverage of heat transfer with an emphasis on on problem solving. Integrates software to assist the reader in efficient calculations. Carefully ordered chapters and well-crafted explanations assisted by realistic examples render this textbook more reader-friendly and accessible to both beginners and experts. Offers an extensive introduction to heat exchanger design to enhance the engineering and design content of courses to satisfy broad engineering accreditation requirements. This text also includes uniquely detailed treatment of condensation and evaporation processes as well a problem-solving methodology for radiation exchange with both diathermanous and participating media. Includes more than 900 examples and exercises, plus extensive tables of material properties. Coverage includes: elementary heat transfer, steady one-dimensional conduction; multidmensional and unsteady conduction; convection fundamentals and correlations; convection analysis; thermal radiation; condensation, evaporation, and boiling; and heat exchangers. For professionals and students in mechanical, aerospace, nuclear, chemical and other engineering fields. Materials are ordered in a way to facilitate use in both undergraduate and graduate engineering courses.

Heat transfer, (Heinemann chemical engineering series)

Engineering & Transportation

Engineering

Heinemann Educational

Introduction to Process Economics

Business & Money

Finance

John Wiley&Sons

List of Example Calculations - Nomenclature - Part One - Basic Fluid Flow - Chapter 1 - Fluids in motion - Chapter 2 - Flow of incompressible Newtonian fluids in pipes and channels - Chapter 3 - Flow of incompressible non-Newtonian fluids in pipes - Chapter 4 - Pumping of liquids - Chapter 5 - Mixing of liquids in tanks - Chapter 6 - Flow of compressible fluids in conduits - Chapter 7 - Flow of two phase gas liquid mixtures in pipes - Chapter 8 - Flow measurement - Chapter 9 - Fluid motion in the presence of solid particles - Chapter 10 - Introduction to unsteady state fluid flow - Chapter 11 - Vector methods in fluid flow and the equations of continuity and momentum transfer - Chapter 12 - Applications of modified Navier Stokes equations in rectangular coordinates - Chapter 13 - Applications of modified Navier Stokes equations in horizontal cylindrical coordinates - Chapter 14 - Applications of modified Navier Stokes equations in vertical cylindrical coordinates - Appendix: Further problems - Answers to problems - Index -

Fluid Flow for Chemical Engineers

Chemistry

Chemical Publishing Company

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