Maritime Industry Briefing: Record Biomethanol Bunkering Operation and Marine Energy Progress

## Record-Breaking Biomethanol Bunkering Marks Green Fuel Milestone A landmark green fuels operation took place on 17 August when Shanghai Electric (SEHK: 02727, SSE: 601727) joined forces with the Shanghai International Port Group and the CMA CGM Group to complete what is reported to be the world's largest biomethanol bunkering operation to date, with a total volume of 8,000 tonnes. According to a PR Newswire release issued by Shanghai Electric, the operation represents a significant step forward in the decarbonisation of deep-sea shipping. Biomethanol — produced from biological feedstocks — is increasingly viewed as a viable low-carbon alternative to conventional marine fuels, offering compatibility with dual-fuel engine technology already being deployed across the global container fleet. CMA CGM, one of the world's largest container shipping groups, has been among the more aggressive adopters of alternative fuels, having invested heavily in methanol-capable newbuilds. The involvement of Shanghai International Port Group underscores the critical role that major port operators must play in scaling alternative fuel infrastructure to meet the shipping industry's decarbonisation targets under the International Maritime Organization's revised greenhouse gas strategy. The scale of this single bunkering event — 8,000 tonnes — signals growing confidence in biomethanol supply chains and the logistical capacity to deliver green fuels at commercially meaningful volumes. --- ## Minesto Reports Progress in Marine Energy Commercialisation In a separate development from the renewable energy sector, Swedish marine energy technology company Minesto has published its Half-Year Report for 2026, with CEO Dr Martin Edlund highlighting 'tangible progress' across the business during the first six months of the year. According to the company's PR Newswire release, Minesto has verified electricity production performance over extended production cycles and has enhanced its customer offerings while expanding its customer pipeline. The Gothenburg-based firm develops deep ocean kite technology designed to harness tidal and ocean current energy — a resource with significant potential for island communities and coastal nations seeking reliable, low-carbon power generation. While Minesto operates at the intersection of marine technology and renewable energy rather than commercial shipping directly, advances in marine energy infrastructure are increasingly relevant to the broader maritime sector, particularly as ports and offshore facilities seek to reduce their own carbon footprints and improve energy resilience. --- *Sources: PR Newswire (Shanghai Electric), PR Newswire (Minesto)*