The power sector is facing a complex challenge: efficiently transitioning to a more sustainable energy mix while reducing reliance on fossil fuels. It also needs to manage ageing infrastructure effectively to achieve reliable service delivery.
Our operational track record in traditional power generation spans the nuclear, chemical refineries and petrochemical sectors. We provide specialised onsite machining, inspection and repair solutions to maximise uptime, support planned shutdowns and facilitate turnarounds. Our Chemical Injection division delivers corrosion management solutions, and our Quickflange™ weldless connectors represent a 100% cold work solution in the replacement of damaged pipework.
Case Studies
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Composite repair on a nuclear power station
Our UK Onshore team was asked to complete a Technowrap™ composite repair scope at a nuclear power station site in England where replacement was not practicable due to severe access restrictions and isolation issues.Read more -
Carbon steel 20” condensate pipework repair
Carbon Steel 20” Condensate Pipework Repair Water Line was suffering from a through wall defect caused by external corrosion.Read more -
Electric drive pour point depressant injection package
To supply an electric drive Pour Point Depressant injection package.Read more -
Facility rehabilitation – 1” Sch160 fuel gas
Due to the nature of the application and high risk associated with hot work, Quickflange™ was selected as an alternative cold work solution to carry out a tie-in for a replacement spool in an onshore refinery.Read more -
Securing the future: innovative plans for the nuclear sector
We were approached by a client to provide a contingency solution for potential steam leaks on 1/2” and 1.1/2” sch 40 stainless steel pipework.Read more -
Super drag reducer injection package: automated solution for a refinery
Our client required a Super Drag Reducer Injection Package to handle a chemical with high viscosity which had the potential to impact pump performance.Read more -
Milling of bearing pads
The power generation module contained three bearing pads welded to steel work and used to provide a level footprint for mounting the power generating unit within the module.Read more