Design

Baltic Pipe Project

The Baltic Pipe Project creates a new gas corridor from Norway to Denmark and Poland, strengthening energy security in Central and Eastern Europe. SEA Global served as Technical Advisor to GAZ-SYSTEM, providing engineering oversight during FEED and detailed design, as well as support in procurement, surveillance, and contract management. The engineering team, located across offices in Copenhagen, Warsaw, and Perth, provided comprehensive engineering support to the project.

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SEA Global acted as Technical Advisor to GAZ-SYSTEM across the development of a 275 km long, 36-inch pipeline system.

The work included providing ongoing technical guidance, design optimization, and engineering validation across all phases to ensure deliverables aligned with project objectives and best practices. The team performed detailed reviews of engineering deliverables, installation procedures, pipeline designs, offshore survey data, and landfall solutions to verify compliance with codes and standards. Additionally, the scope covered risk assessments for offshore operations, schedule and mitigation planning, interface coordination, and extensive procurement and contracting support including contractor evaluations and surveillance.

Pipeline Length
275 km

Pipeline Diameter
36 inch

Operating Pressure
6.7-12 MPa

Shore Crossings
2 × Microtunnel

Design Capacity:
10 bcm/year

Scope of Work

Procurement & Contracting Support

Supported procurement activities, including contractor evaluation, surveillance, and input into contracting strategies and documentation. Ensured that technical requirements were clearly defined and achievable within contractual frameworks.

Design Optimisation

Applied lessons learned and technical benchmarks via the ICE PLATFORM to optimise designs and validate construction methodologies.

Review of Engineering & Procedures

Reviewed engineering deliverables and installation procedures to verify compliance with codes, standards, and constructability requirements.

Risk Assessment

Identified and assessed offshore risks, contributing to design and construction planning with a focus on safety and reliability.

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Planning & Risk Management

Contributed to schedule development and risk identification, implementing mitigation strategies to support timely project delivery. Provided input during interface coordination and readiness reviews to de-risk critical path activities.

Technical Review

Conducted technical assessments of pipeline design, landfall solutions, and offshore survey data to ensure feasibility and alignment with project constraints.

Engineering Oversight

Provided ongoing technical guidance and engineering validation to ensure compliance with project objectives, standards, and best practices across all phases. Acted as a key interface between engineering teams, project management, and contractors to align technical deliverables with execution needs.

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