Services

Our advanced manufacturing facility delivers precision fabrication for high-integrity heat exchangers and pressure equipment. We machine tube sheets up to 2.3 m diameter, weld complex joints to nuclear and subsea standards, and assemble complete units under strict quality controls. Every component is produced with a bespoke Inspection & Test Plan (ITP), ensuring full traceability, industry compliance and reliable delivery of equipment that performs in the harshest operating environments.

Our Mechanical Design Engineering team is fully accredited and experienced in global pressure vessel and heat exchanger standards, including ASME, TEMA, PD5500, EN13445 and API. Using advanced 3D CAD and finite design analysis tools, we engineer equipment built for extreme pressures, temperatures and regulatory environments, ensuring structural integrity and safety. We specialise in challenging geometries, high-performance alloys and bespoke engineered solutions for critical applications.

Our Process & Thermal Engineering service provides advanced heat exchanger design, combining deep chemical and mechanical engineering knowledge with industry-leading thermal modelling tools. We don’t simply run software, we interpret the complex correlations behind it to deliver accurate, efficient, and duty-specific solutions. Our team optimises thermal performance, energy recovery, heat transfer efficiency and operational stability across a wide range of industrial processes.

For over 50 years, we have supported major R&D programmes across nuclear, subsea and advanced heat transfer applications. Our work includes developing new welding methods, improved measurement techniques, innovative joint designs and world-first subsea heat exchanger solutions, including contributions to the UK Submarine programme and next-generation offshore energy technologies. Our R&D capability enables clients to push technical boundaries, improve performance and accelerate innovation.

We provide fast, accurate spare parts, replacement components and full replacement heat exchanger units engineered to integrate seamlessly with existing systems. Our team can reverse-engineer legacy equipment, diagnose failure points and design upgraded units that deliver improved performance, reliability and lifecycle cost savings, often outperforming the original design.