Comprehensive engineering solutions

Our workshop is equipped to manufacture high-specification components to international codes.

• Boiler Pressure Parts: complete fabrication of waterwalls, superheaters, economisers, headers and downcomers.
• Heat Recovery Steam Generators (HRSG): full manufacturing of harps, modules and ducting for combined-cycle power plants.
• Heat Exchangers: shell-and-tube, air-cooled condensers, feedwater heaters and specialised process exchangers.
• Pressure Vessels & Columns: reactors, separators, flash tanks and distillation columns for refining and petrochemical applications.
• High-Pressure Piping Systems: shop-fabricated spools, manifolds and steam/feedwater piping, including thick-wall chrome-moly alloys.
• Structural & Platework: heavy structural steel frameworks, platforms, ducting, hoppers, chutes and stacks.
• Specialised Welding: a full suite of coded welding processes (SMAW, GTAW, FCAW, SAW) for carbon steel, alloy steel, stainless steel and clad materials.

Our mobile teams execute complex installations across the country.

• Erecting and aligning boilers, HRSGs and auxiliary equipment.
• Installing high-pressure piping systems and performing field weld tie-ins.
• Mechanical erection of pressure vessels, tanks and structural steel.
• Full site management, rigging and lifting operations.

We keep your plant running with turnkey outage execution.

• Planned and forced outage management for boilers and pressure parts.
• Inspection, condition assessment and remaining life analysis.
• Complete boiler retubing, header replacement and refractory repairs.
• Heat exchanger cleaning, re-tubing and seal welding.
• On-site machining, valve servicing and rotating equipment support.

Partner with us to modernise ageing assets and improve performance.

• Boiler pressure part replacements (superheater / reheater upgrades).
• Emissions reduction retrofits (overfire air, burner upgrades).
• Design and installation of sootblower systems and ash handling upgrades.
• Process optimisation studies and performance recovery programmes.

In-house engineering supports the full project lifecycle.

• Conceptual and detailed mechanical design using 3D modelling.
• Finite Element Analysis (FEA) and computational fluid dynamics (CFD).
• Thermal and stress analysis to ASME, EN and other codes.
• Full design and drafting of fabrication and erection packages.
• Quality assurance/control plans, WPS development and NDT coordination.