Full service ahead from our Scottish Services team
Since we opened our service office in Aberdeen, we have significantly strengthened our offering in Scotland.
Having an office and site service team, as well as both sales and management teams based there has brought us closer to our customers in the region supported by our main service operational hub in Prudhoe and manufacturing facility in Wakefield.
Heat Exchange Group Services has worked with many clients in Scotland through our established brands including Thornhill Heat Transfer, Hunt Thermal, Wellman Graham, Universal Heat Transfer and Bells Heat Transfer. Our growing client list includes offshore operators, marine services customers, breweries and distilleries and hospitals throughout Scotland.
Recent projects our team has worked on include:
- Full service on an offshore M30 plate heat exchanger
- Several offshore shell and tube heat exchanger repairs and replacements
- A SIGMA star 90 service and frost coil repairs
Our in-house capabilities to meet our clients heat exchange requirements using our locally based engineers has been key to our growth and success. Our focus is on fast turnarounds, using top tier engineering specialists. We know downtime matters so we are firmly focussed on meeting tight deadlines without compromising on quality, health and safety.
Our services include inspection work NDT (IRIS, EC and UT), HP jetting offshore and machining of equipment where required. We have several engineers qualified to full international offshore standard and are also in the process of training more engineers to work offshore to meet the expected demand from our customers (Combined BOSIET, MIST, Shoulder Measurement, Norwegian Escape Chute, Offshore Medical Inc, Fit to Train.
We have recently successfully completed our combined ISO9001, 45001 and 14001 re-assessments, reaccredited for ASME RS and U Stamps and renewed safe contractor certification
Contact our specialists in Scotland to find out how we can help you keep your heat exchange equipment working at optimum levels:
