Senior Engineering.Delivered Directly.
FEEC provides FEED, process simulation, process safety, EC&I, and project-delivery support from concept through commissioning. The principal named in your proposal performs the work and remains accountable for every deliverable.
Three-Phase Separator — Cutaway Section
What We Do
End-to-End Engineering Services
01
Concept Development & FEED
Define scope, interfaces, equipment, cost range, and execution basis before project sanction.
02
Detailed Process Engineering
Develop controlled process deliverables for procurement, fabrication, construction, and commissioning.
03
Process Simulation
Steady-state and dynamic process modelling for equipment sizing, ESD transient analysis, relief load studies, and operational troubleshooting.
04
Process & Functional Safety
Identify hazards, define safeguards, and document risk decisions through HAZID, HAZOP, SIL/LOPA, bow-tie, and SIS lifecycle support.
05
Project & Construction Management
Coordinate scope, procurement, vendors, cost, schedule, construction, and handover for time-critical projects.
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
Electrical, instrumentation, and control design from system architecture and shutdown logic through hazardous-area and SIS requirements.
08
Brownfield & Debottlenecking
Capacity studies, revamp engineering, and MoC support for existing facilities — delivered with the perspective of engineers who have operated them.
09
Independent Review & Due Diligence
Independent FEED review, acquisition assessment, and technical advisory focused on assumptions, risks, and decision readiness.
10
Cost Estimation & Risk Analysis
AACE Class 3–5 estimates, OPEX models, and probabilistic cost-risk analysis with a transparent basis and confidence range.
Our Approach
The Principal You Hire Does the Work
Your proposal names the FEEC principal who will perform the work, attend reviews, and remain accountable through final issue. Our four principals bring 100+ years of experience across process engineering, EC&I, project management, and operations.
FEEC delivers every engagement in-house, without associates or subcontractors. Our Bangkok base and remote-capable structure support Asia-Pacific and international projects with short communication paths, direct technical decisions, and continuity from scope definition through final delivery.
- Named principal accountability on every engagement
- Design margins matched to codes, operating envelope, and available data
- Fast-track planning for time-critical campaigns
- Operator-side perspective built into design review
- All engineering delivered by FEEC principals in-house
Process Engineering
Process simulation, P&ID, equipment design, FEED and brownfield studies
EC&I Engineering
Instrumentation, control philosophy, SIS design, area classification, SCADA
Project Delivery
Procurement, scheduling, construction and vendor management, owner's engineer
Safety Engineering
HAZID, HAZOP, SIL/LOPA, bow-tie analysis, Functional Safety Management
Selected Work
FEEC Projects With Measurable Outcomes
Every case study is an FEEC-delivered engagement. Explore the scope, engineering basis, and outcome behind each assignment.
<15 ppm OIW
achieved during CFU performance testing
First gas early
on a 35 MMscfd modular gas facility
100,000 BPD
seawater-injection engineering basis
Tender won
after a four-week TEG package scope
FPSO · Offshore
Ad-hoc Process Engineering — Mayo Abo FPSO
FEED · Onshore
Low-Carbon Hydrogen Production with CO₂ Capture
MOPU · Offshore
MOPU Topsides Engineering — Offshore Thailand
Gas Processing · Onshore
Modular Gas Processing Facility — Assam, India
SWIM · Offshore
Seawater Injection Module (SWIM) — 6,000 BPD
Produced Water · Offshore
Compact Flotation Unit — 15,000 BPD
Insights
Engineering Blog
Why Is My TEG Unit Producing Off-Spec Gas? A Troubleshooting Guide
A practical, evidence-led method for diagnosing high water content and poor dewpoint performance in a TEG gas dehydration unit—from sampling errors and lean glycol quality to contactor hydraulics and regeneration limits.
Jose Campins·TEG Regenerator Design — Reboiler Duty, Stripping Gas, and Lean Glycol Purity
How a TEG regenerator converts rich glycol back into a dry absorbent—and how reboiler duty, stripping gas, heat recovery, and still overhead design determine the lean glycol purity a gas dehydration unit can actually sustain.
Jose Campins·Flow Assurance Study Scope for a Subsea Tieback
A practical guide to the inputs, simulation cases, decision gates, and deliverables required to prove that a subsea tieback can operate, shut down, and restart safely before project sanction.
Jose Campins·Let's Work Together
Ready to Discuss
Your Project?
Send us a high-level scope. A principal will respond within one business day with an initial fit assessment and a practical next step.