Sunday, March 18, 2012

gas turbine efficiency

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Turbine Cooling System | Smart Fog | Gas turbine cooling | Gas turbine performance | Gas turbine efficiency | Gas Turbine Inlet Cooling | Turbine Inlet Air Chilling
Heavy duty Gas Turbine performance is strongly affected by ambient temperature. High temperature decreases power output (MW), due to reduce of inlet air mass flow rate. Even a 1 degrees rise in ambient air temperature decreases the Gas Turbine output by 0.9%. One of the cheapest and effective ways to recover the Gas Turbines output loss is evaporative air-cooling of Gas Turbine inlet. Gas Turbine power output can be increased by more than 10-20% by gas-turbine inlet air-cooling.
  • Fast return on investment less then 1 year
  • Lowest energy and water consumption in the market
  • Award winning support and customer service
  • Smallest droplet size (4.2 microns) in the market
  • Low investment and O&M costs
  • Field tested by IEC
  • Very low maintenance (once every 2 years)
  • Simple and quick installation

Smart Fog Gas Turbine Inlet Cooling System

Improving Energy Efficiency Through Gas Turbine Cooling
Energy efficiency has become one of the most critical issues that modern society must face. Not only is the effective conversion of energy from one state to another important for industrial profits, but it is also vital for the sustainability of the environment. Since the worldwide demand for energy is so great, it is incumbent upon us to find ways in which to use it more effectively. Gas turbine cooling can be achieved with the use of humidified air. This technology of pre-cooling via humidified air is another great innovation that helps us use our energy in a more intelligent way. Technologies aimed at getting more economical use of power are crucial for building a future where industrial production and nature live in perfect harmony.

Smart Fog has been a leader in innovative humidification techniques for over 30 years. They relentlessly pursue the most cost-effective, efficient, clean, and wetness-free humidification innovations on the market. For those who need gas turbine cooling, a humidified air solution from Smart Fog may be the right prescription.

Gas turbine cooling has been shown to improve the energy output of turbines. Lower heat means less wasted energy. Pre-cooling the turbines with humidified air is one of the most cost effective ways to accomplish this goal. Smart Fog has technology built with this very thing in mind.

Smart Fog is committed to bringing you the humidification you need with the lowest energy and water consumption. This is important for cost control. There is no reason to waste money and precious resources where smarter design can pick up the slack. Their DryFog technology delivers humidity up to 99% without any wetness. It carefully places 4.2 micron water droplets into the air. This carefully constructed ratio allows for serious humidification without wetness. For gas turbine cooling applications, this is perfect.

Smart Fog delivers humidifiers which are optimized for each specific use. Their gas turbine pre-cooling humidifiers are no exception; they are built to the specifications you need for the task at hand.

Gas turbine cooling means less wasted energy. Humanity is at the precipice of a great technological challenge; deliver more energy while consuming less. Smart, efficient transfer of energy is the only solution to this problem. Smart Fog is proud to offer the humidified air pre-cooling that allows gas turbines to operate more efficiently. They recognize the importance of working together to create a harmony between the industrious spirit of man and the beautiful environment with which he has been blessed. They provide award-winning support and customer service. Their products are a simple install and require very little maintenance. Their obsession with efficiency will result in lower costs. Smart Fog are experts in gas turbine cooling.
| Gas turbine cooling | Gas turbine performance | Gas turbine efficiency | Gas Turbine Inlet Cooling | Turbine Inlet Air Chilling

TEMPERATURE EFFECTS CHART FOR TYPICAL HEAVY DUTY GAS TURBINE OUTPUT

Ambient Temperature Effects on Typical Heavy-Duty Gas Turbine Output
Turbine Cooling System | Smart Fog Website Offers The Professional Cooling Turbine Best System Solution

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