Applications of gas turbines and gas engines in various industries

Gas turbines and gas engines are key technologies in the modern energy industry, used in many industries. Industries that decide on cogeneration solutions in the form of gas turbines are primarily heating plants, the mining industry, the ceramic and paper industry, plastics processing and the wood industry. Gas engines, in turn, are used mainly in combined heat and power plants, biogas plants, sewage treatment plants, waste disposal sites, distilleries, large-scale greenhouses and other processing plants.

Gas turbines

Gas turbines are widely used in power plants to produce electricity, especially in the case of large capacities. Their high efficiency and fast start-up make them an ideal solution for meeting peak energy demands.

Gas turbines are used in industry as a source of electricity and process heat. They are used, among others, in oil refineries, chemical and petrochemical plants, where a large amount of process steam is required.

Gas turbines are often used in cogeneration systems, especially in large installations, where heat production is as important as electricity production.

Gas engines

Gas engines are a popular solution in cogeneration systems, especially in smaller installations. They are characterized by high efficiency and a stable ratio of heat production to electrical energy.

Gas engines are used in industry as a source of electrical energy and process heat. They are used, among others, in manufacturing plants, hospitals, hotels and shopping centers.

Gas engines are used in some types of transport, such as ships and trains, as an alternative to diesel engines.

Why do we choose a specific solution?

Thermal requirements:  If the plant requires a large amount of process heat, a gas turbine may be more cost-effective due to the higher heat production to electrical energy ratio.

Power: For large capacities, gas turbines are more efficient. Gas engines are more suitable for smaller installations.

Flexibility: Gas turbines are more flexible, meaning they can respond more quickly to load changes.

Costs: The choice between a gas turbine and a gas engine also depends on the investment and operating costs.

Emissions: Both types of equipment produce pollutants, but there are differences in their composition and quantity.

In summary, both gas turbines and gas engines are widely used in various industries.

The choice of the right device depends on many factors, such as:

• Potrzeby energetyczne zakładu (ilość energii elektrycznej i ciepła)
• Wielkość instalacji
• Wymagania dotyczące elastyczności pracy
• Aspekty ekonomiczne
• Aspekty środowiskowe

Making a decision to invest in a gas engine or gas turbine requires a detailed technical and economic analysis. Both gas engines and gas turbines are important elements of modern energy. Thanks to their high efficiency and flexibility, they are used in many different industries.

The choice of the right device depends on the individual needs and requirements of each plant.

Therefore, the support of an experienced business partner with the appropriate technical and personnel resources, such as Eneria, is essential for the proper selection of technology.

Auto: Eneria Team