WASTE HEAT RECOVERY SYSTEMS

Waste heat recovery systems for industrial applications, such as biogas engines.

Engineered to capture and utilize waste heat effectively for industrial applications.

Introducing Exhaust Gas Heat Exchanger (EGHE)

At the core of our waste heat recovery solution lies the Exhaust Gas Heat Exchanger (EGHE). This sophisticated heat exchanger is purpose-built to extract the thermal energy from exhaust gases emitted by industrial processes, particularly from biogas engines.

Unlike conventional plate heat exchangers, the robust shell and tube design of EGHE ensures superior heat transfer efficiency, reliability, and thanks to our stainless steel design, corrosion-free durability.

Customized Solutions for Diverse Applications

Whether you operate in chemical plants, textile industries, drying plants, or engage in complex reaction processes, our Waste Heat Recovery Systems are tailored to meet your specific requirements.

Our team of expert engineers meticulously designs each system, optimizing tube geometry, materials, and configuration to deliver maximum performance and adaptability.

Versatility in Heat Transfer Fluids

Our systems offer versatility in heat transfer fluids, ranging from water, hot water, to steam, and thermal oils. This flexibility allows seamless integration into diverse industrial processes, ensuring optimal heat recovery efficiency across different temperature ranges and operating conditions.

Environmental Responsibility and Cost-Efficiency

By harnessing waste heat that would otherwise be lost, our systems not only contribute to environmental sustainability but also lead to significant cost savings for our customers. They not only reduce greenhouse gas emissions but also enhance overall energy efficiency, aligning with global initiatives for a greener, more sustainable future.

Our Waste Heat Recovery Systems offer a compelling return on investment, delivering both environmental and financial benefits.

Partner with us to drive sustainable practices and maximize operational efficiency in your industrial processes.