Engineering Capabilities
The technical depth to improve capacity, fuel flexibility and emissions, not just draw equipment to specification.
Modifications to the hottest, most critical parts of the plant, engineered from process fundamentals.
Computational fluid dynamics and finite-element analysis to simulate and validate flow, separation, thermal and structural performance before fabrication.
Structures designed for real loads and buildable on site.
3D laser scanning, reverse engineering, and GA, OL and fabrication drawings in SolidWorks and AutoCAD, with clash-checked 3D models.
Refractory engineering and detailing for preheaters, coolers, HAG ducts and burners, delivered to a global OEM's standards.
Ball-mill and VRM performance audits with prioritised upgrade roadmaps.
We capture existing plants and regenerate accurate models and manufacturing drawings, de-risking upgrades and bringing obsolete equipment back into supply.
3D laser scanning of the existing plant.
Clash-checked 3D layouts and models.
GA, OL and fabrication drawings in SolidWorks and AutoCAD.
Legacy and obsolete parts reverse-engineered back into supply.
Documentation is produced to recognised engineering and drawing standards and to client and OEM requirements.
Design tools
3D models, GA, OL, fabrication and erection drawings.
SolidWorksAutoCADTekla Structures
Analysis
CFD and FEA packages for flow, separation, thermal and structural validation.
CFDFEA
Standards
Recognised engineering and drawing standards, plus client and OEM requirements
OEM delivery
Refractory detail drawings delivered to a global OEM's standards
Approval
Third-party design approval available for civil and structural work
Bring us the process problem. We will tell you what can be gained, and prove it before fabrication.
