Realize Our Net Zero Future

Accelerating the Transition

Milestone Zero provides project development within decarbonized energy, with carbon capture and storage (CCS) as an integrated part of solutions. Based on the preferences of licensees and the needs of end customers within clean energy and CO₂ management, we initiate project opportunities and define, develop, and optimize the entire value chain – from market to gas and carbon storage reservoirs. In close collaboration with our strategic partner TGS, as well as other selected partners in the value chain, we offer integrated decision support across all project phases, enabling our customers to realize safe, cost-effective, and sustainable solutions.

Enabling clean energy security

The shift to clean energy and CCS is a global matter. Our approach enables efficient use of stranded and associated gas in combination with CCS, while supporting global decarbonization efforts. Projects are scaled according to reservoir particulars, and aligned with local and regional demands.

Expanding such solutions across regions accelerates the transition to low-carbon energy and enhance energy security around the globe.

Integrated Decision Support

Together with TGS and other key players, we offer integrated decision support in all phases of offshore decarbonized energy and CCS projects.

Our expertise includes e.g. early-stage project planning & feasibility studies, mapping and de-risking of gas and CCS reservoirs, concept development & evaluation for hydrogen & ammonia production and carbon capture, utilization and storage (CCUS) strategies.

Project Initiation

Milestone Zero drives offshore CCS and decarbonized gas-to-ammonia projects by engaging with ammonia buyers, CO₂ emitters, oil companies and regulators to initiate field development projects. We leverage expertise in reservoir data & evaluation with offshore project execution, secure partnerships, assess stranded gas fields, and advance technical and commercial models for integrated decarbonized energy and CCS solutions.

Feasibility

The feasibility phase assesses technical, economic, and regulatory viability. It evaluates gas and CCS reservoirs, potential markets, development concepts, risks, and costs to determine if the project warrants further studies and investment, typically resulting in Reservoir & Facility Study Reports, Preliminary Field Development Plan (FDP), High-Level Cost and Economic Assessment, Risk Register and Recommendations for further work.

Concept Studies

The concept studies phase evaluates development options, optimizing reservoir, processing, and CCS solutions. It refines cost estimates, risk assessments, and execution strategies to identify the best concept for FEED and Final Investment Decision (FID), including Project Experience Implementation, typically resulting in Concept Selection Report, Preliminary Field Development Plan (FDP), Concept Decision Basis Document and Decision Support Package (DSP).

FEED

The FEED phase finalizes engineering, cost estimates, and execution plans. It ensures design accuracy, regulatory compliance, and risk mitigation. Bid packages are prepared for procurement, enabling informed Final Investment Decision (FID) approval, typically resulting in Final Engineering Design Package, Class 3 Cost Estimates, Execution Plan, Regulatory Approvals (Approved PDO and necessary permits) and FID Decision Support Package.

Execution

The execution phase involves engineering, drilling & subsurface work, procurement, construction, installation, and commissioning. It fabricates and integrates FPSO, subsea, and processing systems, ensuring operational readiness. Offshore installation and testing lead to first production and full-scale operations, typically resulting in Completed Subsurface, SURF and Surface Facilities, Operational Readiness Certification, Performance Tests & First Gas Production and Handover to Operations & Maintenance Teams.

Operations

Maximizes production, ensures asset integrity, optimizes costs, maintains safety, and enhances reservoir performance.

Decommissioning

Ceases production, plugs wells, removes infrastructure, restores environment, ensures compliance, and evaluates repurposing options.