甲醇燃料
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杭氧集团新建新疆首个大型BOO供气项目;减排超90%,国内首艘甲醇单一燃料江海直达船成功首航丨智能制造日报
创业邦· 2026-02-15 03:59
扫码可订阅产业日报 欢迎加入 睿兽分析会员 ,解锁 AI、汽车、智能制造 等相关 行业日报、图谱和报告 等。 1.【杭氧集团新建新疆首个大型BOO供气项目】近日,杭氧集团与中溶新能源(可克达拉)有限公司 (简称"中溶新能源")共同出资设立合资公司——杭氧中溶气体(可克达拉)有限公司(暂定名,最 终以当地市场监督管理局核准的名称为准),该公司将全面负责中溶新能源年产180万吨精细化学品 及4000吨电池燃料氢多联产项目配套的41000Nm³/h空分装置的收购、建设、运营及全生命周期维 护。这是杭氧在新疆的首个大型BOO(建设—拥有—运营)供气项目,也是杭氧向综合气体服务商转 型的关键落子。(网易) 2.【减排超90%,国内首艘甲醇单一燃料江海直达船成功首航】江苏勤丰船厂码头汽笛长鸣,国内首 艘以甲醇为单一燃料的江海直达船舶——"创新19"轮正式启航,驶往宁波舟山港。这是我国首艘 15000吨级甲醇单一燃料特定航线江海直达船舶,其首航标志着甲醇燃料在我国航运领域的商业化应 用迈出关键一步。"创新19"轮的核心优势,在于其领先的甲醇单一燃料动力系统。船上搭载的甲醇单 一燃料发动机由我国完全自主研制,采用先进的甲醇缸 ...
减排超90%,成功首航!
中国能源报· 2026-02-14 04:54
Core Viewpoint - The successful maiden voyage of the "Innovation 19" vessel, the first methanol-fueled ship in China, marks a significant step towards the commercialization of methanol fuel in the shipping industry, showcasing advanced technology and environmental benefits [3][5]. Group 1: Vessel and Technology - The "Innovation 19" is a 15,000-ton methanol single-fuel vessel, equipped with a domestically developed methanol engine that utilizes advanced direct injection technology, achieving over 90% methanol substitution [3][5]. - The engine has a rated power of 1,600 kW, maintaining performance comparable to traditional diesel engines while significantly reducing emissions: over 90% CO2 reduction, 60% reduction in nitrogen oxides, and 99% reduction in sulfur oxides when using green methanol [3][5]. Group 2: Industry Implications - The successful operation of the "Innovation 19" serves as a demonstration of the reliability and economic viability of methanol fuel technology, paving the way for broader adoption in coastal and inland shipping [5]. - The vessel is part of a batch of five methanol-powered ships, with the remaining four expected to be operational by May 2026, contributing to the formation of a green fleet [5]. - Approximately 10 ports across the country are already equipped to supply methanol fuel, indicating the initial establishment of a supply network [5]. Group 3: Future Outlook - Industry experts predict that such green vessels could significantly reduce logistics costs and improve shipping efficiency, particularly in the "river-sea direct" model, facilitating smoother and lower-carbon transportation for Chinese manufacturing [6].
技术竞赛再升级 动力电池进入“多核时代”?
Zheng Quan Ri Bao Zhi Sheng· 2025-04-29 18:42
Core Insights - The 2025 Shanghai International Automobile Industry Exhibition has marked the beginning of a new round of competition in power systems, driven by the "dual carbon" goals and innovations in battery technologies [1] Group 1: Battery Technology Developments - Numerous battery companies showcased their latest technologies and products, including Huizhou EVE Energy Co., Ltd. with its comprehensive battery solutions and BYD's solid-state battery models [2] - The focus on solid-state batteries, high-nickel ternary batteries, and lithium iron phosphate batteries indicates a diverse technological landscape, with solid-state batteries seen as the next generation of power batteries [2] - CATL introduced its dual-core battery technology, emphasizing the combination of different chemical systems to enhance performance across various conditions [3] Group 2: Market Trends and Competition - The entry into a "multi-core era" for power batteries signifies a shift from single-material competition to a collaborative approach among various battery technologies [4] - The competition is intensifying with advancements in sodium-ion batteries, hydrogen fuel cells, and methanol fuel technologies, which are expected to redefine market dynamics [5] - The introduction of a low-pressure, ambient temperature solid-state hydrogen storage fuel cell vehicle at the exhibition highlights the growing interest in hydrogen technology [6] Group 3: Future Outlook - The automotive power system competition is anticipated to become more intense by 2025, pushing the industry towards greener, smarter, and more efficient solutions [6] - Industry experts suggest that companies must enhance R&D efforts, improve product performance, and lower costs to meet market demands and foster collaboration for technological advancement [7]