عنوان
پدید آورنده
موضوع
رده
TJ254.5 .C643 2013eb
TJ254
.
5
.
C643
2013eb
کتابخانه
محل استقرار
1136737936
9781136737930
0419176306
0419176705
0442308868
9780419176305
9780419176701
9780442308865
Combustion engineering and gas utilization /
[Book]
British Gas School of Fuel Management ; editor, J.R. Cornforth.
Third edition.
New York :
Routledge,
2013.
1 online resource (xii, 895 pages) :
illustrations
Originally published in 1992.
Includes bibliographical references and index.
Cover; Half Title; Title Page; Copyright Page; Foreword; Table of Contents; Preface; Contributors; Chapter One: Combustion; Gaseous Fuels; Combustion of natural gas; Flame Properties and Structure; Combustion Performance; Furnace and Protective Atmospheres; Oxygen in Combustion Processes; Combustion of Fuel Oils; References; Chapter Two: Gas Burners and Burner Systems; Interchangeability of Gases; Diffusion Flame Burners; Atmospheric Aerated Burners; Air Blast Burners; Nozzle Mix Burners; Radiant Burners; Recuperative Nozzle Mixing Burners; Radiant Tube Burners.
Combustion safeguards -- generalManual, semi-automatic and fully automatic burner light up, monitoring and shut down; References; Chapter Eleven: Process Control; Process control theory; Automatic controllers; Temperature Measurement; Control valves and actuators; Chapter Twelve: Site Supply and Internal Installation; Site supply; Internal installation; Vents; Installation requirements; Installation practice; References; Chapter Thirteen: Power Production From Gas; Total energy; Prime movers; Small scale combined heat and power (CHP) systems; Large scale combined heat and power (CHP) systems.
ConvectionRadiation; Heat transfer in practice; References; Chapter Six: Gas Utilisation Equipment; Space heating; Hot water services; Industrial liquid heating; Hot water, steam and thermal fluid boilers; Drying; Glass; Ceramics and clay; Metal heating; Metal re-heating; Metal melting; Incineration; Atmosphere generation; Catering; Baking ovens; Air conditioning; References; Chapter Seven: Waste Heat Recovery; General design considerations; Heat exchange; Direct heat recovery; Liquid to liquid heat exchange; Gas to gas heat exchange; Gas to liquid heat exchange.
High Temperature Regenerative BurnersImmersion Tube Burners for Liquid Heating; Specialised Types of Gas Burner; Oxygen Enrichment Techniques for Gas Burners; Pilot Burners; Working Flame Burners; References; Chapter Three: Multifuel Burners; Multifuel Systems; Design Principles; Burner Characteristics and Performance; Triple-Fuel Firing; References; Chapter Four: Flow of Fluids; Terms And Definitions; The Effects of Temperature and Pressure on Fluid Volume; Hydrostatics; Mechanics of Fluid Flow; Friction; Calculations of Pressure Losses; References; Chapter Five: Heat Transfer; Conduction.
Methods which upgrade recovered heatSystems applications; References; Chapter Eight: Refractory and Insulating Materials in Furnace Construction; Furnace refractories; Furnace construction; References; Chapter Nine: Gas and Air Supply Controls; Governors; Manually operated valves; Safety shut off valves; Safety shut off valve systems; Pressure and flow safeguards; Air/gas ratio and throughput control; Typical gas control systems; References; Chapter Ten: Ignition and Combustion Safeguards; Start flames and pilot burners; Basic ignition procedure for industrial gas equipment; Shut down.
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Combustion Engineering & Gas Utilisation is a practical guide to sound engineering practice for engineers from industry and commerce responsible for the selection, installation, designing and maintenance of efficient and safe gas fired heating equipment.
Combustion engineering and gas utilization.
0419176705
Combustion engineering.
Gas engineering.
Combustion engineering.
Gas engineering.
TECHNOLOGY & ENGINEERING-- Mechanical.
TEC-- 009070
621
.
402/3
22
TJ254
.
5
.
C643
2013eb
Cornforth, J. R.
British Gas (Firm)., School of Fuel Management,issuing body.
20200822155304.0
pn
مطالعه متن کتاب [Book]
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