The natural gas is burnt in the combustor in the presence of compressed air. This generates high-temperature and high-pressure gas, which will eventually drive the turbine. A generator is connected to the shaft of a turbine that rotates due to the force exerted by the high-pressure gas. This, in turn, rotates the generator, which produces power.

PART 01: Executive summary 5
PART 02: Scope of the report 16
PART 03: Research Methodology 21
PART 04: Introduction 24
Key market highlights 24
PART 05: Market landscape 27
Market overview 27
Market size and forecast 28
Five forces analysis 31
PART 06: Market segmentation by technology 32
Market overview 32
Mechanical chillers 33
Inlet fogging 35
PART 07: Geographical segmentation 37
Market overview 37
Turbine inlet cooling systems market in North America 38
Turbine inlet cooling systems market in Europe 40
Turbine inlet cooling systems in APAC 42
PART 08: Market drivers 44
Reduction in coal-based power plants 44
Increase in number of CCGT power plants 45
Installation of newer power plants in North America 47
PART 09: Market challenges 48
Risk of volatility in natural gas prices 48
Irregularities in natural gas reserves and supplies 49
Increase in renewable power generation 49
PART 10: Impact of drivers and challenges 51
PART 11: Market trends 52
Resurgence of nuclear power in Japan 52
Rise in distributed power generation 52
Stringent government regulations worldwide 53
PART 12: Vendor landscape 54
Competitive scenario 54
Geographic presence 54
Other prominent vendors 54
PART 13: Key vendor analysis 55
American Moistening Company 55
Baltec IES 56
Caldwell Tanks 57
Mee Industries 59
Siemens 61
PART 14: Appendix 63
List of abbreviations 63
PART 15: Explore Technavio 64