Feasibility Studies and Concept Selection
From trusted concepts to new approaches, we understand the issues
As a front-end specialist, Pöyry has undertaken well over a hundred conceptual design and feasibility studies on oil and gas production facilities worldwide, onshore and offshore, fixed and floating, greenfield and brownfield.
We have specific expertise in process technology selection studies, HP/HT fields and H2S/CO2 removal.
Case Studies Downloads
Apache North Sea Ltd - Forties FC Deep Gas Lift (DGL)
Apache commissioned Pöyry to carry out a Feasibility Study and FEED for brownfield modifications to provide deep gas lift (DGL) to production wells on the Forties Charlie (FC) platform. |
CO2 EOR and Sequestration
Feasibility Study of CO2 EOR and Sequestration in a North Sea Field Complex. |
North Sea Basin CCS Infrastructure Study
A review of available infrastructure in the UK and Norwegian sectors of the North Sea to support |
Subsea Field Development ConceptStudy
Concept development and screening-level costing of schemes for redevelopment of a producing field as a subsea tieback to an existing host platform. |
Compression Upgrade Study
Screening study of options to upgrade compression at a major gas receiving terminal. |
Oselvar Field Development
Pöyry Energy performed conceptual design and costing of topsides and riser system modifications to the Talisman Gyda platform to act as host facility for DONG’s Oselvar subsea field development. |
Burghley Field Development
Conceptual design and costing of topsides modifications to the Balmoral Floating Production Vessel to act as host facility for Talisman’s Burghley subsea field development. |
Cheviot Field Development
Conceptual and FEED steady-state and transient hydraulic analysis of the proposed oil and gas export systems. |
Centrica Storage Ltd – York Field Development
Feasibility study of export pipeline and onshore terminal processing options for a North Sea gas field. |
Camelot NUI Upgrade
Review of the Camelot topsides facilities to assess their suitability to produce fluids from a planned subsea tie-back well and developed a preliminary engineering design for the required upgrades. |
Bacchus Conceptual Flow Assurance Analysis
Conceptual life of field steady-state and transient hydraulic analysis of the proposed field development from the well completions to the Forties Alpha receiving facilities. |

