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Field Development Planning
From Reservoir to Investment
A field development plan is where subsurface understanding becomes a capital decision. TIGC helps operators and investors choose the concept that best balances recovery, cost, schedule and risk, in a plan partners and regulators can rely on
- Lifecycle Stage
- Disciplines
- Key Deliverable
- Location
- Develop RE
- G&G
- Economics
- FDP Worldwide
Service Overview
We build plans on integrated subsurface work, not isolated assumptions. Well numbers, locations and phasing come from calibrated reservoir models, and production profiles reflect realistic uncertainty rather than a single optimistic case.
Surface constraints and economics are part of the plan from the start. Our experts have contributed to full-field development planning, including waterflood developments, and to development studies for oil and gas-condensate fields.
You receive a decision-ready plan: recommended concept, well plan and schedule, production profiles, key risks and mitigations, and the economic case. We can also prepare regulatory FDP submissions and partner presentations.
What we deliver
- Development concept screening
- Concept and detailed FDPs
- Well count, placement and phasing
- Development scenarios across uncertainty cases
- Waterflood and gas injection strategy
- Surveillance planning
- Subsurface–surface integration and economics
For fields already producing, the same approach supports redevelopment and infill campaigns, drawing on our reservoir engineering and integrated study capabilities.
Why TIGC
Context Is Our Technical Advantage
We combine local understanding of geology, field history and operating realities with global specialist expertise.
Senior Teams, Every Stage
We assemble teams around the asset challenge rather than forcing every project through a standard delivery model.
- Deep regional knowledge
- Integrated disciplines
- Commercially focused advice
- Senior-level involvement
- info@tethyangeoscience.com
Across the Lifecycle
Our specialists cover geology, geophysics, petrophysics, reservoir engineering, geomechanics and production optimization. That lets us carry one consistent reservoir understanding from the first prospect to the last barrel