Posts about Turbine Inlet Air Cooling (2)

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Turbine Inlet Air Cooling

Power Recovery in Summer Periods: Power Plants during Warmer Days

The last two centuries have seen global energy demand increase significantly, spurred by the industrial and transportation sectors. We are now in the middle of the energy crisis as nonrenewable energy resources near exhaustion. The specific causes of this crisis are a ballooning population, energy o[..]
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Turbine Inlet Air Cooling

Gas Turbine Degradation in a Turbine Cooling System

Awareness of the environmental effects of industrial growth has intensified strive towards reduced carbon dioxide emissions. Indeed, modern society is increasingly concerned about energy efficiency because this aspect is linked to environmental degradation. Discussions about industrial energy often [..]
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Turbine Inlet Air Cooling

Industrial Efficiency Solutions: Decreasing Environmental Impact

As the global energy demand increases at an alarming rate, governments and other relevant entities are faced with difficult choices that will have serious ramifications in future. The future prosperity of populations is at a delicate balance owing to continued overreliance on coal, gas and other uns[..]
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Turbine Inlet Air Cooling

Cogeneration and Tri-Generation Systems: Advantages and Use Cases

In our daily lives, comfort is a priority. In our jobs and businesses, flexibility and efficiency play a crucial role. Together, the effect our lives have on the natural environment must be contemplated at every situation. Proven engineering integrated energy solutions that are providing this are co[..]
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Turbine Inlet Air Cooling

Keys about Operability and Maintainability of a TIAC plant

Unplanned machine downtime in a TIAC plant is costly, and can cause subsequent failures that can put users at risk. That is why operability and maintainability of the power plant should be a priority. Operating data from TIAC energy plants designed by ARANER shows superior power and plant reliabilit[..]
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Turbine Inlet Air Cooling, Thermal Energy Storage

Computational Fluid Dynamics (CFD) uses for Power Augmentation

Managing cooling energy through Computation Fluid Dynamics (CFD) Analysis is an effective way to carry out power plants at the highest levels of efficiency. Old times, engineers relied merely on experience to develop the aerodynamic aspects of their designs. Later, they would resort to tunnels, but [..]
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Turbine Inlet Air Cooling

Methods to improve efficiency of gas turbine power plant

Regardless of the important changes that the energy industry is going through these days, natural gas-fired power plants continue to be on the rise after many years. Gas turbine power plants are a popular choice for power production and manufacturing industries, as they offer lower costs, greater ef[..]
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Turbine Inlet Air Cooling

Gas Turbine Power: Trends, performance, and solutions

The Power Generation industry is driven by efficiency, and recent industry trends, as well as trends looking beyond 2020, reflect that. The use of renewable energy and natural gas is becoming popular at power plants across the globe, and these trends, among others, offer opportunities for innovation[..]
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Turbine Inlet Air Cooling

Manuel Guerrero: ARANER TIAC Specialist

Turbine Cooling is one of ARANER’s main areas of expertise, with ARANER having implemented projects throughout the world and particularly the Middle East, for big names like Saudi Aramco. Manuel Guerrero has been a Turbine Inlet Air Cooling (TIAC) Specialist with ARANER since 2014. To discover more [..]
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Turbine Inlet Air Cooling

TIAC and Power Production in the Middle East

Growing Power Demands of the Middle East The power demands in the Middle East continue to grow exponentially as the population of the region grows. Other contributing factors to the ever-increasing power demands of the region include:
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Turbine Inlet Air Cooling

Cogeneration Gas Turbine - Power Plant: Trends 2019

2019 is already halfway over, and with it, many trends in the Power Generation Industry seem to be underway. Natural gas-fired power plants continue to be on the rise with natural gas being readily available and reasonably priced in many areas of the world. Natural gas is expected to continue to hav[..]
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Turbine Inlet Air Cooling

Performance Evaluation of Turbine Inlet Air Cooling Plants

Turbine Inlet Air Cooling for Gas Turbines A gas turbine is a type of continuous internal combustion engine which converts natural gas, into mechanical energy. The turbines convert this mechanical energy to electrical energy. Turbines consist of a compressor, a combustion chamber, and a turbine. Out[..]
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