Process engineering, end to end.
From the first calculation to commissioned hardware. We engineer, simulate, detail and fabricate the equipment and systems that run process plants — under one accountable roof.
The process problem comes first.
Where many suppliers begin at a drawing, we begin at the duty — the flow, the balance, the pressures and temperatures the plant must hold. The result is equipment engineered to perform, validated by analysis, and built to code.
Process Design & Studies
Flow diagrams, heat and mass balance, and conceptual sizing that set the basis of design.
Detailed Process / Plant Engineering
P&ID development, line sizing, equipment specification and datasheets, ready for procurement.
Piping Engineering & Stress
Process and power piping to ASME B31.3 / B31.1, with layout, routing and stress analysis.
Equipment & Skid / Modular Systems
Packaged, factory-built and tested skids, vessels and tanks for compressed site installation.
Process Simulation & Analysis
FEA, CFD, thermal and fatigue analysis that proves performance and service life.
Frozen at each level, before the next investment.
A disciplined progression from concept to fabrication keeps cost and risk under control — each level of detail is settled before the next begins.
Basis of design
Duty, flow and the governing codes.
PFD
Process flow and heat & mass balance.
P&ID
Instrumentation, control and line definition.
Certified analysis
FEA, CFD, thermal and fatigue.
Detailing
Construction-ready models and drawings.
Fabrication
Code-compliant build, erection and handover.
Built to international codes.
Process and power piping to ASME B31.3 and B31.1, with vessels, tanks and structures engineered to applicable ASME, API and EN codes. We qualify our work to the standards each project and market require.
Process piping
ASME B31.3.
Power piping
ASME B31.1.
Pressure equipment
Applicable ASME, API and EN codes.
Welding
Qualified to ASME Section IX and ISO standards.
Common questions
Do you work to international codes?
Can you take a project from concept through fabrication?
Which process industries do you serve?
How do you prove a design before building it?
Bring us the problem.
Share a scope, a drawing or a process challenge — we will respond with our approach.