Energy Dot Com Sdn. Bhd. (EDC) delivers end-to-end Preservation and Hydrocarbon-Free (HCF) solutions as a critical enabler for safe, compliant and cost-effective decommissioning of offshore and onshore facilities.
Our approach ensures complete removal of hydrocarbons, hazardous fluids and residual inventories, followed by asset preservation and isolation to maintain structural integrity and safety prior to dismantling, reuse or disposal. EDC adopts fit-for-purpose engineering, proven cleaning methodologies and disciplined execution to minimise HSSE risk, regulatory exposure and non-productive time during decommissioning campaigns.
By integrating Preservation and HCF early in the decommissioning strategy, EDC enables safe access, reduced offshore exposure and smoother transition into dismantling, removal or asset repurposing phases—delivering measurable cost and schedule efficiencies for clients.
Wells Plug & Abandonment (P&A) includes permanent well isolation to support field abandonment and decommissioning readiness, with P&A planning and sequencing integrated into the overall decommissioning schedule. The scope covers well status review and barrier basis alignment, coordination of well readiness and operational interfaces including access, equipment and logistics, and support for plug and barrier placement with verification records. It also includes wellhead and tree interface coordination where applicable, alignment of waste handling and material returns with approved disposal requirements, and preparation of close-out dossiers for operator and regulatory submission as required.
EnergyDC provides end-to-end facilities decommissioning solutions for offshore and onshore assets, covering wells plug and abandonment (P&A), platforms, pipelines, and associated facilities in full compliance with regulatory and environmental requirements. Our services include asset assessment, refurbishment, and repurposing to extend asset life, enable relocation to new fields for early and lower-cost monetization, or support alternative industrial and energy applications. Through integrated end-of-life field management—spanning planning, execution, environmental remediation, and long-term site stewardship—we ensure safe, responsible, and cost-effective decommissioning while maximizing residual asset value and minimizing environmental impact.
Platform and Facilities Decommissioning covers the engineering and execution of facilities preservation, surface preparation, and hydrocarbon-free facilities to enable safe decommissioning. The scope includes executing decommissioning activities across onshore and offshore facilities, pipelines, and subsea equipment in line with client strategies, whether partial removal, phased dismantling, or full removal. It supports controlled dismantling through preparation works, disconnection coordination, and safe removal packaging across structural and facility systems, while ensuring each scope is aligned with safety requirements, access constraints, and the selected lifting and handling methodology, with execution packages developed clearly and efficiently without unnecessary complexity.
Asset Refurbishment and Repurposing focus on transforming old platforms into platforms of the future by extending the usable life of late-life offshore assets, restoring integrity, and enabling safe redeployment. The scope includes condition assessment and readiness definition, targeted repair and replacement planning, and coordinated execution across structural, mechanical, electrical, and instrumentation workpacks. It supports adaptation and modification to meet new operational requirements, followed by commissioning and certification to achieve the required acceptance standards for safe and compliant reuse. Repurposing solutions integrate low-power and green-energy enablement such as solar PV, battery energy storage systems and mini wind turbines, together with low-power platform architectures, smart load management, and energy-optimised systems to enable lean, unmanned or minimally manned operations. Where applicable, platforms are further transformed through remote and autonomous operations enabled by advanced control systems, digital twins, condition-based monitoring and 5G-ready connectivity, delivering reduced emissions, lower OPEX, improved safety, and long-term asset sustainability.
