Heat recuperators | gas-air for micro gas turbines
Heat recuperators | gas-air for micro gas turbines
ACTE specializes in the development of compact heat recuperators designed to enhance the performance of micro and small gas turbines by recovering heat from exhaust gases. This technology aims to improve energy efficiency and reduce fuel consumption.
Specifications
- Heat recovery from exhaust gases of micro gas turbines.
- High effectiveness of 90% and more.
- Compact design with up to 900m²/m³ surface area.
- Operates at high temperatures up to 650°C.
- Potential fuel savings of up to 50%.
Design and Features
- Annular shape for integration with technical and economic constraints.
- Resistance to thermal shocks and fatigue.
- Optimized lifetime, up to three times longer.
- Flat tube design and annular geometry for efficient fluid circulation.
- Up to 25 times more compact and 4 times lighter than traditional designs.
Applications
- Used in stationary cogenerators and transport methods.
- Suitable for micro gas turbines and other high-temperature thermodynamic cycles.
Expertise and Services
- Thermal and mechanical design.
- Materials and supply system analysis.
- Complete design of complex interfaces, particularly for gas turbines.
- Standard solutions, adaptations, and bespoke developments from prototype to series production.
Conclusion
ACTE's compact heat recuperators are a reference in energy efficiency, offering robust and efficient solutions for heat recovery. The company emphasizes continuous client collaboration from design to production to ensure durability and profitability.
Catalog excerpts
/When innovation Acts for savings Transport performance Vehicle autonomy sue \ucowtr srroA esasft Heat recuperators GAS-AIR FOR MICRO GAS TURBINES THE COMPACT RANGE
Open the catalog to page 1
When innovation Acts for savings Innovative and optimised primary surface Heat exchangers design & manufacturing HEAT RECOVERY FROM EXHAUST GASES Flat tube" design Annular geometry Fluid circulation management The ACTE recuperators capture the heat contained in the exhaust gas and the fumes. This energy source is significant to the energy performance in most systems and processes. In the case of gas turbine engines, it is estimated that on average 30% of energy consumed is in fact lost in the form of exhaust gas heat. Local pressure retention Deformation management Radial collector The COMPACT...
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Heat exchangers design & manufacturing When innovation Acts for savings Our expertise, Your success With ACTE "Growing with our clients" is much more than a position, it is a directive. Since 1998, we have put our unique knowledge about the recovery of waste heat to benefit our industrial partners. Similarly, if our heat recuperators are entirely designed and manufactured by us, this is because we are convinced that the continuity of dialogue from the first sketch to industrialisation of the recuperator is the best way to serve client's interest, both in terms of durability and profitability. The...
Open the catalog to page 3All ACTE catalogs and technical brochures
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