We Engineer.We Design.We Deliver.
Senior engineers working directly on your project — no juniors, no overhead, no delays. FEEC delivers FEED studies, detailed engineering, and process simulation at rates that large firms simply cannot match.
Three-Phase Separation — Simplified P&ID
What We Do
End-to-End Engineering Services
01
Conceptual & FEED Studies
Rigorous front-end engineering design studies — from BFD to full FEED packages with weight estimates, cost basis, and bankable accuracy for investment decisions.
02
Detailed Engineering
Full P&ID development, equipment design, line lists, and datasheet preparation using AutoCAD and industry-standard tools, issued for construction.
03
Process Simulation
Steady-state and dynamic process modelling for equipment sizing, ESD transient analysis, relief load studies, and operational troubleshooting.
04
Safety Reviews
HAZID, HAZOP, SIL/LOPA, bow-tie analysis, and ATEX area classification. Full Functional Safety Management lifecycle to IEC 61511.
05
Project Management
End-to-end project and construction management across six continents. Procurement, vendor management, and schedule control for fast-track campaigns.
06
Commissioning & Start-up
Field commissioning support, Pre-Startup Safety Reviews, and start-up procedure development for onshore and offshore facilities.
07
EC&I Engineering
Full Electrical, Control & Instrumentation scope — control philosophy, instrument datasheets, C&E matrices, area classification, SLDs, and SIS design to IEC 61511.
08
Brownfield & Debottlenecking
Capacity studies, revamp engineering, and MoC support for existing facilities — delivered with the perspective of engineers who have operated them.
09
Technical Due Diligence
Independent FEED peer review, asset acquisition assessments, and lender's technical advisor reports — senior engineers on both sides of the table.
Our Approach
The Person You Hire Is the Person Who Does Your Work
At FEEC, the engineer you speak to is the engineer who does your work. Our four principal consultants bring 100+ years of hands-on experience across process engineering, EC&I, project management, and — critically — the operator side. One of our principals spent 34 years at Total, Marathon Oil, and Talisman Sinopec before joining FEEC. Designs are challenged not just for process correctness, but for real-world operability.
Based in South East Asia, we are cost-competitive for Asia-Pacific projects while maintaining the same standards as UK and Australian firms. Our lean, remote-capable structure means you get senior expertise without paying for layers of management — and we respond fast.
- Fit-for-purpose design — no unnecessary conservatism
- Fast-track delivery for time-critical campaigns
- Asia-Pacific base — cost-competitive for regional and global work
- Operator-side perspective built into every design review
- Long-term relationships, not one-off engagements
Process Engineering
Process simulation, P&ID, equipment design, FEED and brownfield studies
EC&I Engineering
Instrumentation, control philosophy, SIS design, area classification, SCADA
Project Management
Procurement, scheduling, construction and vendor management, owner's engineer
Safety Engineering
HAZID, HAZOP, SIL/LOPA, bow-tie analysis, Functional Safety Management
Selected Work
Projects Across Six Continents
Trusted by operators, EPCs, and lenders' technical advisors across six continents.
The People
Principal Consultants
Jose Campins
Process Engineering
20+ years experience
Darren Strengers
Project Management
25+ years experience
Robin Charles Binner
EC&I Engineering
30+ years experience
Ian Bissett
Process Engineering
34+ years experienceInsights
Engineering Blog
The Process Safety Lifecycle — From HAZID to ALARP
HAZID, HAZOP, LOPA, SIL, the functional safety lifecycle, cause-and-effect matrices, bow-ties and the ALARP demonstration are not a pile of separate studies — they are one connected chain. This overview sequences them and shows how each feeds the next.
Robin Charles Binner·Pressure Relief and Flare Systems — A Design Overview
Relief valves, blowdown, the flare header, the stack, and the high-integrity instrumented layer all answer one question — how does this facility shed pressure and energy safely? This overview joins them into one picture and points to the deep-dives on each part.
Jose Campins·Wax and Asphaltenes — The Two Solids That Block a Subsea Tieback
Hydrates get the attention, but two other solids quietly close flowlines: wax that crystallises when the oil cools below the wax appearance temperature, and asphaltenes that drop out when the pressure falls through their onset envelope. They are different problems with different cures, and a tieback designed for one can still be killed by the other.
Jose Campins·Let's Work Together
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Your Project?
Tell us your scope. We will respond within one business day with an honest assessment and a clear proposal — no generic packages, no junior handoffs.