Organic Rankine Cycle Power Plants

 Maximize your energy efficiency by capturing low-to-medium grade heat that would otherwise go to waste. Organic Rankine Cycle (ORC) technology operates similarly to the traditional steam cycle but utilizes high-molecular-mass organic fluids instead of water. This allows for efficient power generation from lower-temperature heat sources, making it an ideal solution for industrial waste heat recovery and renewable energy applications. 

Our ORC power plants are designed to meet diverse industrial requirements and unique specifications. By leveraging advanced thermodynamics, we provide systems that turn thermal discharge into a valuable power asset.

• Diverse Capacity Range: We offer scalable systems ranging from 1 MW to 50 MW, ensuring that both small-scale operations and large industrial complexes can find a suitable energy solution.
• Fuel and Source Flexibility: These plants can operate using various heat sources, including biomass, solar thermal, or industrial waste heat.
• Efficient Condensing Options: To suit your site's specific environmental needs, our plants are available in both water-cooled and air-cooled configurations.

The core of a high-performing ORC system lies in its heat exchange efficiency. We bring unparalleled technical expertise to the table, specifically in the design and fabrication of critical ORC components.  

We have a proven track record of designing and building high-efficiency ORC heat exchangers compatible with the industry’s most prominent turbine technologies as well as pressure vessel design codes ASME, AD Merkblatt, EN, DIN, etc. Our engineering team has successfully delivered solutions tailored for leading global turbine manufacturers, including:

• Turboden
• Ormat
• Mitsubishi
• Siemens
• Exergy

Unlike conventional high-pressure steam boilers, ORC systems operate at lower pressures and temperatures, which significantly reduces maintenance requirements and allows for automated, unmanned operation. By choosing our ORC solutions, organizations can:

• Increase Efficiency: Convert waste heat from industrial processes into usable electricity.
• Reduce Carbon Footprint: Utilize carbon-neutral fuels like biomass to drive the cycle.
• Optimize Resources: Choose the cooling solution that best fits local water availability.