Автор: Ghazi A. Karim Название: Dual-Fuel Diesel Engines Издательство: CRC Press Год: 2015 ISBN: 978-1498703086 Язык: English Формат: pdf Размер: 31,3 mb Страниц: 215
Dual-Fuel Diesel Engines offers a detailed discussion of different types of dual-fuel diesel engines, the gaseous fuels they can use, and their operational practices. Reflecting cutting-edge advancements in this rapidly expanding field, this timely book: Explains the benefits and challenges associated with internal combustion, compression ignition, gas-fueled, and premixed dual-fuel engines; Explores methane and natural gas as engine fuels, as well as liquefied petroleum gases, hydrogen, and other alternative fuels; Examines safety considerations, combustion of fuel gases, and the conversion of diesel engines to dual-fuel operation; Addresses dual-fuel engine combustion, performance, knock, exhaust emissions, operational features, and management; Describes dual-fuel engine operation on alternative fuels and the predictive modeling of dual-fuel engine performance
Preface Acknowledgments About the Author Nomenclature
Chapter 1 Introduction
1.1 Prologue 1.2 Relevant Terminology 1.3 The Equivalence Ratio 1.4 Efficiency Considerations 1.5 Cogeneration References and Recommended Reading
Chapter 2 The Internal Combustion Engine
2.1 The Reciprocating Internal Combustion Engine 2.2 Hybrid Engine Applications 2.3 Selection of Engine Power Systems References and Recommended Reading
Chapter 3 The Compression Ignition Engine
3.1 The Diesel Engine 3.2 Operational Features of Diesel Engines 3.3 The Ignition Delay 3.4 Diesel Engine Fuels 3.5 Homogeneous Charge Compression Ignition (HCCI) Engines References and Recommended Reading
Chapter 4 Gas-Fueled Engines
4.1 Merits of Operating on Gaseous Fuels 4.2 Modes of Operation of Gas-Fueled Engines 4.3 The Applications of Gas-Fueled Engines References and Recommended Reading
Chapter 5 The Premixed Dual-Fuel Engine
5.1 Historical Development 5.2 Dual-Fuel Engine Operation 5.3 The Conversion of Diesel Engines to Dual-Fuel Operation 5.4 The Employment of Dual-Fuel Engines 5.5 Some Economic Considerations References and Recommended Reading
Chapter 6 Methane and Natural Gas as Engine Fuels
6.1 Natural Gas as a Fuel 6.2 Compressed Natural Gas (CNG) 6.3 Liquefied Natural Gas (LNG) 6.4 Fuel Mixtures Containing Methane with Diluent Gases 6.5 Some Other Natural Gas Mixtures 6.6 Some Common Nonnatural Gas-Fuel Mixtures 6.7 Biogas Fuels 6.8 Landfill Gases 6.9 Some Other Gaseous Fuel Mixtures References and Recommended Reading
Chapter 7 Liquefied Petroleum Gases. Hydrogen, and Other Alternative Fuels
7.1 Evaluating the Merits of the Different Gaseous Fuels for Dual-Fuel Operation 7.2 Liquefied Petroleum Gas (LPG) 7.3 Other Alternative Fuels 7.4 Hydrogen as an Engine Fuel References and Recommended Reading
Chapter 8 Safety Considerations
8.1 Fuel Safety Requirements 8.2 Methane and Compressed Natural Gas (CNG) Operational Safety 8.3 LNG Operational Safety 8.4 Operational Safety of LPG Gases 8.5 Some Engine Safety Measures References and Recommended Reading
Chapter 9 Combustion of Fuel Gases
9.1 Some Combustion Fundamentals 9.2 Combustion, Flames, and Ignition Processes 9.3 Diffusion vs. Premixed Combustion 9.4 Diesel Engine Combustion 9.5 Heat Release Analysis 9.6 Flammability and Combustion Limits of Gas Fuel-Air Mixtures 9.7 Methane Oxidation within Fuel Mixtures References and Recommended Reading
Chapter 10 The Conversion of Diesel Engines to Dual-Fuel Operation
10.1 Economics of Conversion 10.2 The Requirements for Conversion to Dual-Fuel Operation 10.3 Some Features of Conversion to Dual-Fuel Operation 10.4 Engines Dedicated Wholly to Dual-Fuel Operation References and Recommended Reading
Chapter 11 The Diesel Fuel Pilot
11.1 The Function of the Pilot 11.2 Pilot Size Considerations 11.3 Reduction of the Relative Size of the Pilot 11.4 Pilot Fuel Delivery Systems 11.5 Micro-Pilot Applications References and Recommended Reading
Chapter 12 Gaseous Fuel Admission
12.1 Modes of Fuel Gas Admission 12.2 Some of the Limitations of Fuel Gas Fumigation 12.3 In-Cylinder Direct Injection of Ultra-High-Pressure Fuel Gas 12.4 LNG, LPG, and Hydrogen Admissions References and Recommended Reading
Chapter 13 Dual-Fuel Engine Combustion
13.1 Combustion Processes 13.2 The Ignition Delay 13.3 Flame Propagation Limits 13.4 Homogeneous Charge Compression Ignition (HCCI) Engine Combustion 13.5 Combustion with Direct In-Cylinder High-Pressure Gas Injection References and Recommended Reading
Chapter 14 Dual-Fuel Engine Performance
14.1 Performance under Light Load Conditions 14.2 Some Remedial Measures for Improving Light Load Operation 14.3 The Dispensing of Fugitive Gas Emissions through the Operation of Diesel Engines on Ultra-Lean Methane-Air Mixtures 14.4 Rich Mixture Operation in Dual-Fuel Engines 14.5 Simultaneous Production of Synthesis Gas and Power in a Dual-Fuel Engine References and Recommended Reading
Chapter 15 Knock in Dual-Fuel Engines
15.1 Knock in Gas-Fueled Spark Ignition Engines 15.2 The Knock Rating of Fuels 15.3 Diesel Engine Knock 15.4 Dual-Fuel Engine Knock 15.5 Some Measures to Reduce the Incidence of Knock References and Recommended Reading
Chapter 16 Exhaust Emissions
16.1 Exhaust Products of Engine Combustion 16.2 Dual-Fuel Engine Emissions 16.3 Oxides of Nitrogen Emissions 16.4 Particulate Emissions 16.5 Oxides of Sulfur Emissions 16.6 Emission Control Measures 16.7 Emissions of Greenhouse Gases References and Recommended Reading
Chapter 17 Some Operational Features of Dual-Fuel Engines
17.1 Dual-Fuel Engine Performance 17.2 Exhaust Gas Recirculation (EGR) 17.3 Heat Transfer in Dual-Fuel Engines 17.4 Engine Operation on Liquefied Natural Gas (LNG) 17.5 Cyclic Variations References and Recommended Reading
Chapter 18 Dual-Fuel Engine Management
18.1 Engine Management Systems 18.2 Some Features of Dual-Fuel Management References and Recommended Reading
Chapter 19 Dual-Fuel Engine Operation on Alternative Fuels
19.1 Dual-Fuel Operation on Propane, Butane, and LPG 19.2 Operation on Hydrogen with Pilot Ignition 19.3 Dual-Fuel Operation with Some Gasoline Fumigation 19.4 Dual-Fuel Operation with Alcohol Fumigation 19.5 Operation on Biogases and Methane-Diluent Fuel Mixtures References and Recommended Reading
Chapter 20 Predictive Modeling of Dual-Fuel Engine Performance
20.1 Modeling Combustion Processes 20.2 Predictive Modeling of Engine Performance 20.3 Modeling Dual-Fuel Engine Performance 20.4 Some Modeled Examples References and Recommended Reading
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