Full-lifecycle Engineering, Procurement, Fabrication & Construction — one accountable team carrying gas processing and utility packages from concept through commissioning, with schedule and cost certainty built in from day one.
EPFC — Engineering, Procurement, Fabrication & Construction — is a single-contract delivery model in which one contractor takes responsibility for a facility or process package from initial design through commissioned, operating equipment. It extends the traditional EPC (Engineering, Procurement & Construction) model by folding shop fabrication explicitly into the scope, recognizing that for skid-mounted process packages and gas-processing units, the fabrication shop — not just the construction site — is where most of the value and risk actually sits.
Under an EPFC contract, a single team owns engineering design, equipment and material procurement, shop fabrication and testing, and final site construction and commissioning. That consolidation gives the client one point of accountability and one schedule to track, instead of coordinating separate engineering firms, fabrication shops, and construction contractors across a fragmented supply chain.
EPFC compresses the traditional owner-coordinated project structure into a single, accountable delivery path.
Front-end and detailed engineering define the process, mechanical, electrical, and instrumentation design against the client's operating requirements.
Long-lead equipment, bulk materials, and instrumentation are procured and expedited against the master project schedule.
Vessels, skids, and process packages are built and factory-tested in a controlled shop environment, ahead of and in parallel with site works.
Site civil, structural, mechanical, and electrical works proceed in parallel with fabrication, minimizing overall project duration.
Pre-commissioning, commissioning, and performance testing bring the completed facility to operational handover under one accountable scope.
EPFC sits alongside EPC and EPCM as a project delivery model — the distinctions come down to who carries risk, and how fabrication is integrated into the scope.
A large share of EPFC's schedule and cost advantage comes from shifting as much work as possible into the fabrication shop, ahead of and in parallel with site civil works. That shift changes the risk profile of the entire project.
Six process and utility package lines delivered under Fintelius's full EPFC scope — engineered, fabricated, and constructed as complete, tested systems.
Gas conditioning packages controlling hydrocarbon dew point to meet pipeline and sales-gas specifications — see full details under Hydrocarbon Dew Point Unit →
Compression packages for gathering, boosting, and transmission duties across upstream and midstream gas operations — see full details under Gas Compression Service →
TEG and molecular sieve dehydration packages removing water vapor to prevent hydrate formation and corrosion — see full details under Gas Dehydration Unit →
Well-test separation packages providing accurate multi-phase flow measurement for production allocation — see full details under Test Separator Skid →
Compact inline separation packages for continuous gas/liquid separation duties — see full details under Inline Separator Skid →
Modular and site-built data center infrastructure, including process cooling and utility systems — see full details under Data Centre →
Front-end & detailed process, mechanical, electrical, instrumentation, civil & structural design under one in-house team.
Equipment and bulk material sourcing, vendor management, and expediting against the master project schedule.
Shop fabrication, assembly & factory acceptance testing of vessels, skids & complete process packages.
Site civil, structural, mechanical & electrical construction, coordinated to run in parallel with shop fabrication.
Pre-commissioning, commissioning & performance testing bringing the facility to verified operational status.
Single-point project controls, scheduling & documentation across every phase of delivery.
Wellsite and gathering-system packages, including test separation and dew-point control units.
Gas compression and dehydration facilities supporting gathering, transmission, and treatment operations.
Modular and site-built utility packages, including process cooling systems for data center facilities.