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Energy Recovery and Saving by Marco Cartesegna, Mario Goffi and Giacomo Bisio (2002, Hardcover)

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Energy Recovery and Saving, Hardcover by Bisio, Giacomo; Cartesegna, Marco; Goff, Mario; Goffi, Mario, ISBN 159033454X, ISBN-13 9781590334546, Brand New, Free shipping in the US Defining the "exergy" of a system as a system-environment combination that measures the amount of work obtainable from the system, the authors examine exergy components in equilibrium and non-equilibrium states. The elaborated concepts are then used to examine energy recovery and savings in industrial plants. Finally, elements of exergy efficiency and economic utility are explored. Annotation c. Book News, Inc., Portland, OR ()

About this product

Product Identifiers

PublisherNOVA Science Publishers, Incorporated

ISBN-10159033454X

ISBN-139781590334546

eBay Product ID (ePID)6038388158

Product Key Features

Book TitleEnergy Recovery and Saving

Number of Pages178 Pages

LanguageEnglish

TopicPower Resources / General

Publication Year2002

IllustratorYes

GenreTechnology & Engineering

AuthorMarco Cartesegna, Mario Goffi, Giacomo Bisio

FormatHardcover

Dimensions

Item Weight20.6 Oz

Item Length7.1 in

Item Width10.2 in

Additional Product Features

LCCN2002-033740

Dewey Edition21

Dewey Decimal621.042

Table Of ContentContents: Introduction; First- and Second-Law Analyses of Energy Recoveries in Blast-Furnace Regenerators; Second-Law Analysis of the 'Hot Blast Stove/Gas Turbine' Combine by Applying the Parameter 'Usable Exergy'; Energy Saving and Improvement of Environment Conditions in Coke Oven Plants; Energy Recovery from Molten Slag and Exploitation of the Recovered Energy; Thermodynamic Analysis of the Use of Pressure Exergy of Natural Gas; Thermodynamic Analysis of Blast-Furnace Top Gas Pressure Recovery Turbines; Combined Helium and Combustion Gas Turbine Plant Exploiting Liquid Hydrogen (LH2) Physical Exergy; The Possible Utilisation of the Thermal Energy Discharged from Sintering Plants of Steel Works; Heat Transfer, Energy Saving and Pollution Control in UHP Electric-Arc Furnaces; Energy Recovery by Evaporative Cooling in Several Plants of the Iron and Steel Industry; Oxygen Enrichment of Combustion Air; Exergy Efficiency and Economic Convenience; Index.

SynopsisDefining the 'exergy' of a system as a system-environment combination that measures the amount of work obtainable from the system, the authors examine exergy components in equilibrium and non-equilibrium states. The elaborated concepts are then used to examine energy recovery and savings in industrial plants. Finally, elements of exergy efficiency and economic utility are explored.

LC Classification NumberTJ260.B55 2002