Oil & Gas Facilities: Optimising Design & Operations
A facility’s operating cost is mostly decided the day it is designed — optimisation is the art of reopening decisions everyone thought were closed.
Format
Classroom · Virtual
Upcoming sessions
Pick a session to applyADMISSIONS OPENThe programme
Between the facility as designed and the facility as it could run sits recoverable margin — throughput, energy, availability. This programme works the recovery systematically: process simulation and surveillance to find the real bottlenecks rather than the reputed ones; debottlenecking options screened by cost and shutdown exposure; energy optimisation across rotating equipment, heat integration and flaring; availability improvement grounded in bad-actor analysis; and for greenfield work, the design decisions — sparing, capacity margins, layout — that operations will live with for thirty years.
What you will do
Who attends
Process, facilities and production engineers; operations supervisors and superintendents; asset managers; project engineers on brownfield modifications.
Programme agenda
Built for the decisions no textbook prepares you for
I.Finding the margin
- The facility as it actually runs: data, simulation, mass balance
- Bottlenecks proven, not reputed
- The margin map: throughput, energy, availability — priced
II.Recovering it
- Debottlenecking: options, costs and the shutdown they require
- Energy: rotating equipment, heat integration, flare minimisation
- Availability: bad actors, sparing, the reliability conversation
III.Designing it right
- Greenfield decisions operations inherit: margins, sparing, layout
- Lifecycle cost against capital cost: the argument made properly
- Management of change: optimising without breaking the safety case
Frequently asked
Who should attend the oil and gas facilities optimisation course?
It is aimed at process, facilities and production engineers, operations supervisors and superintendents, asset managers, and project engineers working on brownfield modifications. The programme also serves greenfield teams making the design decisions — sparing, capacity margins, layout — that operations will live with for thirty years.
How does the course find the recoverable margin in a facility?
Systematically. Process simulation and surveillance locate the real bottlenecks rather than the reputed ones; debottlenecking options are screened by cost, gain and shutdown exposure; energy optimisation covers rotating equipment, heat integration and flare minimisation; and availability improvement is grounded in bad-actor analysis rather than exhortation.
Is the programme available in-house and in French?
Yes. BIZENIUS delivers the course in English and French, and an in-house edition can be tailored to your own facility and its data. Sessions run on a rolling calendar with dates confirmed on request; fees and quotations are provided on enquiry.
Share this programme
Know the right person for this seat?Nominate a colleague →
In their words
Knowledge transfer, emphasised throughout
“We worked with BIZENIUS for our Fresh Graduates Programme — they are simply amazing. Knowledge transfer and practical learning were emphasised throughout.”
Kuwait Investment Authority
From the Mandate Record
Mandate № 08 · Africa
Building the HSE bench at a global energy explorer
In exploration, the HSE team is the margin for error.
Open the dossier →
Teams from these institutions train with BIZENIUS
Related programmes
Waterflooding & Improved Oil Recovery: Monitoring, Optimisation & Troubleshooting
Getting more from the flood — pattern surveillance, conformance, injection-water quality and the diagnostics that separate underperformance from bad geology.
View programmeMaintenance Planning & Scheduling That Actually Holds
The discipline between the maintenance strategy and the wrench — work identification, planning quality, scheduling that survives Monday, and the backlog managed honestly.
View programmeLife Cycle Analysis for Oil & Gas in a Low-Carbon World
Cradle-to-grave carbon accounting for oil and gas assets — LCA methodology, emissions intensity, and the numbers regulators and buyers increasingly demand.
View programmeEnergy & Utilities
Take the brochure with you.
One request — the full agenda, the faculty and the next cohort dates, sent personally by the admissions team.