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Full Description
Industrial energy conservation contributes to solution of the global issues such as energy security and possible future exhaustion of oil. Industrial energy efficiency is a key ingredient in any national energy efficiency programme. Energy is one of the most important building block in human development, and, as such, acts as a key factor in determining the economic development of all countries. There is, therefore, an urgent need to conserve energy and reduce energy requirements by demand-side management and by adopting more efficient technologies in all sectors. In fact, energy is one of the pillars that support the entire superstructure of the modern civilization.
This two-volume set summarizes various aspects of industrial energy consumption and conservation and is divided in two volumes. It discusses: energy efficiency technologies related to boiler, steam distribution and waste heat recovery, energy conservation in chemical process and allied industries, petroleum refineries and petrochemicals, plastic and rubber, tannery, textile, electrical, mechanical, cement, ceramic and glass, metallurgical and mining industries. A unique feature of the book is the chapter on nanotechnology in energy conservation.
Contents
Volume I— Preface
Section I: General concepts and engineering considerations
1 Industrial energy conservation: A review
2 Energy efficiency technologies and benefits
3 Energy audit
4 Efficient steam distribution system
5 Energy efficiency in boilers
6 Industrial waste heat recovery
Section II: Energy conservation in electrical and telecom industries
7 Energy conservation in electrical industries
8 Energy efficiency technologies for thermal power plants
9 Energy efficient motors, compressors and refrigeration systems
10 Energy conservation in telecom sector
Section III: Energy conservation in mechanical industries
11 Energy efficiency in machining and gears
12 Energy conservation in forging industry
Section IV: Energy conservation in cement, ceramic and glass industries
13 Energy conservation in cement industry
14 Energy conservation in ceramic industry
15 Energy conservation in glass industry
Section V: Energy conservation in metallurgical and mining industries—
16 Energy conservation in iron and steel industry
17 Energy saving in aluminium, copper and nickel industries
18 Energy conservation in cupola furnaces
Volume II— Section VI: Energy conservation in food and agriculture industries
19 Energy conservation in agricultural sector
20 Energy conservation in dairy industry
21 Energy conservation in bakery industry
Section VII: Energy conservation in chemical process industries
22 Energy conservation in chemical process industries: A review
23 Energy conservation in petroleum refineries
24 Energy conservation in petrochemicals industry
25 Energy conservation in fertiliser industry
26 Energy conservation in chlor-alkali industries
Section VIII: Energy conservation in other important industries
27 Energy conservation in pulp and paper industry
28 Energy conservation in sugar industry
29 Energy conservation in plastic industry
30 Energy conservation in rubber industry
31 Energy conservation in leather and tannery industry
32 Energy conservation in textile industry
33 Energy conservation in pharmaceutical industry
34 Energy efficient cooling towers
35 Energy efficient industrial pumps and V-belts
36 Role of nanotechnology in energy conservation
References
Index.
