Cover
Half Title
Combined Heat and Power
Copyright
1 An Introduction to Combined Heat and Power
The History of Combined Heat and Power
Global Combined Heat and Power Capacity
2 The Combined Heat and Power Resource: Estimating the Potential
Global CHP Potential
3 Combined Heat and Power Principles and Technologies
Combined Heat and Power Applications
CHP Technology
Piston Engines
Steam Turbines
Gas Turbines
Fuel Cells
Nuclear Power
Geothermal Power
Solar Thermal Power
4 Piston Engine Combined Heat and Power Systems
Engine Types
Engine Size and Efficiency
Engine Heat Sources
Stirling Engine
Piston Engine CHP Applications
5 Steam Turbine Combined Heat and Power Systems
Steam Turbine Technology and Types
CHP Steam Turbine Types
Plant Configurations
Organic Rankine Cycle Turbines
Emissions
Steam Turbine CHP Applications
6 Gas Turbine Combined Heat and Power Systems
Gas Turbine Technology
Gas Turbine CHP Plant Configurations
Microturbine CHP
Gas Turbine Emissions
Gas Turbine CHP Applications
7 Fuel Cell Combined Heat and Power
Fuel Cell Technology
CHP and Fuel Cell Types
Fuel Cell Emissions
Fuel Cell CHP Applications
8 Nuclear Combined Heat and Power
Nuclear Technology
Nuclear CHP Configurations
Nuclear CHP Applications
9 Renewable Energy Combined Heat and Power
Biomass CHP
Geothermal CHP
Solar CHP
10 The Environmental Implications of Combined Heat and Power
Combined Heat and Power and Local Heat Supply
Combined Heat and Power and Renewable Energy
Combined Heat and Power and Emissions
11 The Economics of Combined Heat and Power
Capital Costs
Fuel Cost
Cost of Electricity
Index
Back Cover