REACH REMOTE

ongoing

Reach Remote seeks to transform subsea and offshore operations through advanced remote and autonomous technologies. The project’s Uncrewed Surface Vessels (USVs) have a potential Greenhouse Gas (GHG) emission reduction of up to 90% compared to traditional manned vessels, including reduced black carbon, methane and nitrous oxide emissions due to the smaller size of installed engines. The project’s remote-controlled and optimised system will deliver the same high-quality service while substantially decreasing the associated environmental impact. Reach Remote’s approach surpasses current industry standards by integrating automation and electrification in USVs. While conventional offshore operations require crewed vessels with high emissions, Reach Remote’s autonomous technology enables real-time control from onshore, reducing operational costs, personnel risks, and environmental impact. Key pathways include electrification, digitalisation, and advanced robotics, which create new applications for renewable energy and offshore inspection sectors. Reach Remote reduces GHG emissions by removing the need for manned vessels in routine operations, potentially saving emissions equivalent to the annual energy use of about 12 000 individual European Union and EEA households. This solution highlights a significant advance towards climate-neutral offshore operations. The project promotes policies on decarbonising the maritime sector, safe offshore operations, and advancing energy efficiency and infrastructure resilience to achieve net-zero emissions in Europe by 2050. By deploying electrification and automation in traditional sectors, Reach Remote contributes to the international agenda on emission reductions, showcasing how technology-driven GHG cuts can lead to a sustainable maritime industry. The project positively impacts biological diversity and will prevent and limit noise, air, and water pollution. Reach Remote will enhance the maritime sector by employing European land operators and shipyards and creating automation, remote operations, and robotics jobs. This will reinforce Europe’s leadership in sustainable maritime innovation. The project can potentially develop different transport networks, improve services in remote areas, and build a more flexible supply chain.