Combined Heat and Power

Enhancing performance with advanced engineering

Innovative solutions for Combined Heat and Power Plants: Unleashing value and versatility through cutting-edge products, optimising fuel utilisation and empowering diverse industries.

A metallic spiderweb of pipes emitting steam from a combined heat and power plant, showcasing the role of control valves in regulating the flow of steam

Industry experts

Our solutions enable combined heat and power plants to maximise versatility by effectively utilising a wide range of fuels and serving diverse industries. We offer specialised products that meet the specific technical requirements of these plants, including pressure reducing desuperheaters (PRDS), turbine bypass and control valves, and safety valves for pressure release.

The prescriptive engineering service identifies improvements needed to optimise plant performance, efficiency, and safety.

Bespoke solutions for specific challenges

IMI Critical’s global presence includes an impressive 10,000 valve installed base, which serves as a testament to our extensive system, engineering, and application expertise. We aim to optimise the performance of combined heat and power (CHP) plants by utilising our highly-engineered valves. These valves are designed to precisely control the steam temperature and pressure at the steam outlet, with the added benefit of having high rangeability to accurately regulate downstream temperatures and pressures across a wide range of flow rates.

Our Valve Doctors™ are IMI Critical’s top technical experts who can help our customers solve the most demanding engineering challenges.

Design services

Our expert support team is here to guide you through every step of the process, from initial design to final installation.

The IMI Critical engineer inspects power plant flow control systems for performance and safety, and recommends the best solutions for optimal efficiency.

Service support

Our maintenance programmes provide peace of mind for the reliable and high-performance operation of your valves and actuators throughout their lifecycle.