Regulation (EU) 2024/1787 introduces binding measures to reduce methane emissions from the energy sector, including a prohibition on routine venting and flaring and a requirement to use recovery systems where feasible. These provisions are reshaping operational practices across the EU, particularly in pipeline maintenance activities where methane releases have traditionally been common.

Mobile recompression offers a technically viable and flexible solution for safely evacuating natural gas from pipelines, preventing methane emissions and avoiding GHG emissions. These systems are deployed in the field to capture and transfer gas during maintenance, repair, or decommissioning operations, avoiding the need for venting or flaring. Their mobility allows for rapid response and application in diverse operational environments, including challenging locations or remote areas.

This presentation will examine how mobile recompression has been applied in real-world projects to support emissions-free pipeline maintenance. Case examples will illustrate how operators have integrated these systems into existing workflows to comply with regulatory requirements and reduce environmental impact. The discussion will also address technical considerations, such as system capacity, deployment logistics, and integration with broader methane mitigation strategies.

By enabling safe and controlled gas evacuation, mobile recompression supports the EU’s broader climate and environmental objectives. It represents a practical approach to operational emissions reduction and offers insight into how field-level innovation can support regulatory compliance.