We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We delivered a decision-gate-ready concept study to enable low-pressure production on a mature offshore facility, identifying true bottlenecks and the minimum topsides modifications required. The result was a phased, executable pathway that sustains production while protecting safety and asset integrity.

We developed an operations-led condensate-as-fuel concept for a late-life offshore asset, enabling gas turbines to run longer on produced hydrocarbons and reducing reliance on diesel generation. Through Concept Select and FEED, we defined a low-complexity, brownfield-ready modification with clear design drivers and a practical path to execution.

We developed an execution-ready Pipeline EDC strategy for a late-life UKCS asset, integrating topsides facilities, flow assurance and subsea considerations from the outset. By designing around severe utility and discharge constraints, we defined a safe, low-footprint cleaning and disconnection approach that accelerated decommissioning readiness and reduced cost.

We rapidly defined a viable UKCS subsea tie-back concept to an existing FPSO by assessing the full system end-to-end subsea, pipeline, flow assurance and topsides facilities from first principles. This whole-system approach clarified the key design drivers, constraints and risks for challenging fluids, giving the operator a confident pathway into the next phase.

Infinity were engaged to act as an upstream operator’s Owner's Project Manager, Engineer and delivery integrator across multiple producing assets, bridging early-phase studies into Execute, tightening EPC oversight, and accelerating schedule-critical scopes.

Independent, system-wide FEED peer review of UKCS subsea tie-back which identified 24 optimisation opportunities and £20m CAPEX savings.

We were engaged to provide a managed subsea operations and IRM service to our UK based Operator client.

We were engaged to carry out the multidiscipline heavy oil subsea tie-back Pre-FEED and FEED to our clients FPSO.

Infinity were instructed to carry out the assessment of diesel driven equipment to establish the feasibility of utilising HVO to decarbonise our client's assets.

Infinity were instructed on a large-scale Carbon Capture and Storage (CCS) project in the Dutch North Sea, which plans to store 120-150 million tonnes of CO2.

This project is a ground breaking Carbon Capture and Storage (CCS) project located in the Barents Sea 100km off the coast of Finnmark in Northern Norway.