Fouling of Heat Exchangers

• 1. Introduction. 2. Basic principles. 3. The cost of fouling. 4. General models of fouling. 5. Fluid flow and mass transfer. 6. Adhesion. 7. Particulate deposition. 8. Crystallisation and scale formation. 9. Freezing fouling or liquid solidification. 10. Fouling due to corrosion. 11. Chemical reaction fouling. 12. Biological growth on heat exchanger surfaces. 13. The design, installation, commissioning and operation of heat exchangers to minimise fouling. 14. The use of additives to mitigate fouling. 15. Heat exchanger cleaning. 16. Fouling assessment and mitigation in some common industrial processes. 17. Obtaining data. Index.

"...should provide an excellent reference for designers and operators of heat exchange equipment dealing with multiple heat exchange processes which require insights into fundamentals of fouling to quickly assess the nature of the problem and arrive at a solution. The book is also a good supplementary reference for any fundamental course on heat transfer or heat exchanger design." --Biofouling