Marine Internal Combustion Engines and Environmental Protection Issues
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Beschreibung
This book deals with environmental protection issues in modern shipping. Offering extensive information on the mechanisms of formation of harmful substances in marine piston internal combustion engines, it analyses the influence of individual factors on the emission of these substances during engine operation. In turn, it presents current methods to reduce such emissions, discussing the use of alternative fuels such as liquid fuels, hydrogen, and biofuels. Being a continuation of the authors' previous book on Modern Marine Internal Combustion Engines (Springer, 2020), this book provides marine engineers and other professionals with extensive training materials to develop environmental competencies required in modern maritime transport.
This book deals with environmental protection issues in modern shipping. Offering extensive information on the mechanisms of formation of harmful substances in marine piston internal combustion engines, it analyses the influence of individual factors on the emission of these substances during engine operation. In turn, it presents current methods to reduce such emissions, discussing the use of alternative fuels such as liquid fuels, hydrogen, and biofuels. Being a continuation of the authors' previous book on Modern Marine Internal Combustion Engines (Springer, 2020), this book provides marine engineers and other professionals with extensive training materials to develop environmental competencies required in modern maritime transport.
Offers training material to engineers involved in the operation of marine power plants with internal combustion engines Helps understanding current problems associated with environmental protection Examines in detail solutions for reducing emissions and exhaust gas cleaning systems
Autor*in
Ievgen Bilousov
Themen in »Marine Internal Combustion Engines and Environmental Protection Issues«
Harmful Emissions Greenhouse Gases Alternative Fuels Carbon-free Fuels Pilot Ignition Pre-chamber Ignition External Mixture Formation Internal Mixture Formation Exhaust Gas Recirculation Water Injection Selective Catalytic Reduction Water-Fuel Emulsion Emission Control Area Nitrogen Oxide Emissions