Turbine Inlet Cooling System Segmentation
Technology (Inlet Fogging, Chiller System, Evaporative Cooling, Mechanical Chillers, Fogging System, Wet Compression, Hybrid System, Absorption Cooling)
In turbine inlet cooling system market, inlet fogging segment is likely to capture around 30% share by the end of 2037. The segment growth can be accredited to the efficiency of the gas turbine by decreasing the air temperature and increasing the air mass flow rate. This technology is also affordable, easy to use, and safe for the environment. By dispersing fog droplets over the inlet air, inlet fogging devices raise the air density. It is among the evaporative cooling methods that are most frequently utilized.
The advantages of this technology include low operating and maintenance costs and approval from all major turbine manufacturers. The need for fogging system at the inlet. It is predicted that using turbine inlet cooling technology will increase plant efficiency by up to 10%. It has been shown that installing turbine inlet cooling system is more cost-effective than adding more turbines. Turbine inlet cooling system are therefore becoming the preferred option for many power plant owners and operators. As a result, the market will propel in the near future.
End-Use (Power Generation, Oil & Gas, Chemical, Petrochemical, Food Processing)
In turbine inlet cooling system market, the power generation segment is predicted to hold over 28% revenue share by the end of 2037. The growing need for electricity globally, especially in emerging countries, has forced power production companies to focus on boosting the output and efficiency of gas turbines. One workable way to accomplish this is using turbine inlet cooling. Turbine inlet cooling system can also help power plants cut greenhouse gas emissions and meet environmental regulations.
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