Petex: Reducing Exploration Risk in the Barents Sea

Petex: Reducing Exploration Risk in the Barents Sea

Do the faults connect or cut off the reservoir? MOVE's fault analysis brought clarity to a Barents Sea Jurassic prospect's true potential.

Share on LinkedIn

In the Barents Sea, understanding the behaviour of a series of trap-bounding normal faults was critical to evaluating the commercial potential of a Jurassic sandstone prospect.

Exploration success depended on accurately estimating reservoir thickness, compartmentalisation and the likelihood of hydrocarbons moving across faults. However, uncertainty in fault geometry and structural evolution made it difficult to assess these risks confidently.

The team needed a way to understand how the fault system had evolved and what impact it had on trap development and reservoir connectivity.

The PETEX structural geology team applied restoration, fault displacement analysis and fault juxtaposition analysis within MOVE to test the geological interpretation and evaluate how fault evolution influenced reservoir compartmentalisation and prospectivity.

The work helped validate models of reservoir compartmentalisation, improve confidence in reservoir thickness estimates and provide a clearer understanding of how fault evolution influenced prospectivity across the area.

View all Case Studies

Next Case Study: Petex: Increasing Production While Reducing Gas Lift Consumption SPE-136126-MS

Case Studies

Related Case Studies

Petex: North Sea – Surveillance and Allocation

Petex: North Sea – Surveillance and Allocation

Splitting the bill without a receipt. PETEX's Digital Oil Field platform turned murky North Sea well allocation into a trusted, physics-based system.

Petex: Large onshore ESP-lifted field

Petex: Large onshore ESP-lifted field

One tangled network, endless ripple effects. PETEX's Digital Oil Field system modelled every constraint at once, boosting production with zero new capital spend.

Petex: Allocation and Flow Assurance - HPHT Field

Petex: Allocation and Flow Assurance - HPHT Field

Extreme pressure, extreme temperature, zero room for error. See how a model-based Digital Oil Field system readied this HPHT field before day one.

Petex: Predicting Fracture Systems in an Unconventional US Reservoir

Petex: Predicting Fracture Systems in an Unconventional US Reservoir

Why do some wells outperform others? MOVE's fracture modelling uncovered the hidden stress history driving a US shale play's variability.

Petex: Increasing Production While Reducing Gas Lift Consumption SPE-136126-MS

Petex: Increasing Production While Reducing Gas Lift Consumption SPE-136126-MS

More production, less gas. This Oman field boosted output 8% while cutting gas lift use 25% using an integrated MBAL-PROSPER-GAP workflow.

Petex: Delivering an 11,000 BLPD Production Increase in a Mature Offshore Field SPE-215330-MS

Petex: Delivering an 11,000 BLPD Production Increase in a Mature Offshore Field SPE-215330-MS

No new infrastructure, 11,000 extra barrels a day. See how PROSPER helped Bekapai's engineers share gas lift smarter across platforms.

Petex: Turning Hundreds of Wells into a Connected Decision-Making System SPE-214734-MS

Petex: Turning Hundreds of Wells into a Connected Decision-Making System SPE-214734-MS

Too much data, too little time. See how automated modelling with PETEX's DOF platform matched 100+ ESP wells monthly, hands-free.

Petex: Understanding Long-Term Recovery in a Mature Gas Field

Petex: Understanding Long-Term Recovery in a Mature Gas Field

What's really left in a declining field? El Franig's integrated MBAL-PROSPER-GAP model uncovers 200 MSCF and a 58% recovery path.

Petex: Designing CO₂ Injection Wells for the Morecambe Net Zero Project SPE-226811-MS

Petex: Designing CO₂ Injection Wells for the Morecambe Net Zero Project SPE-226811-MS

How do you design a well to inject CO₂ safely for decades? Spirit Energy's Morecambe project reveals the engineering behind the answer.

Petex: Improving Reservoir Understanding in a Mature CO₂ Flood Project

Petex: Improving Reservoir Understanding in a Mature CO₂ Flood Project

Where was the CO₂ going? MOVE's structural modelling cracked the case, mapping fractures and stress to solve a mature field's fluid mystery.

Petex: Understanding Salt Tectonics in the Red Sea

Petex: Understanding Salt Tectonics in the Red Sea

Beneath the salt, hidden risk. MOVE's restoration workflows untangled Red Sea basin history, sharpening exploration targets where seismic alone fell short.

Petex: Water Flood Optimisation

Petex: Water Flood Optimisation

Is this to be deleted? It wasn't in the list from Kapil

Petex: LNG deliverability

Petex: LNG deliverability

Five teams, one contract to keep. PETEX's Digital Oil Field platform delivered daily automated guidelines to balance LNG demand and revenue.

Petex: Dual-string gas-lifted field

Petex: Dual-string gas-lifted field

Two strings, twice the complexity. See how PETEX built dynamic surveillance and optimisation tools to tame dual gas lift wells offshore.

Petex: Understanding Fault Seals in a North Sea Exploration Prospect

Petex: Understanding Fault Seals in a North Sea Exploration Prospect

In a structurally complex area of the North Sea, the success of several near-field exploration opportunities depended on one critical question: would faults act as barriers to hydrocarbon flow, or provide pathways for leakage?