氢能源是清洁新能源的一个发展方向。甲醇制氢是制氢的一种技术路线。我国是世界上最大的甲醇生产国,占全球甲醇产能的60%,甲醇来源丰富、成本低廉,常温常压下作为液体便于储存和运输。
与工业制氢等其他制氢方式相比,甲醇制氢能耗低且成本较低,如何利用中国丰富的煤炭资源、石化工业和活力发电企业产生的二氧化碳排放量变废为宝?同时为碳排放量大的产业提供安全可靠、绿色智能、集约高效的“碳中和解决方案”。
5月13日,新中科技论坛邀请中氢新能技术有限公司董事长周明强先生在ICANX科学平台进行主题《中氢元宇宙》的讲座,与专家学者共同交流中氢新能在新能源领域的创新科技与实施路径。(可扫文章下方二维码观看讲座)
巨烨投资集团有限公司 周明强 中氢元宇宙 ✦ Speaker Introduction ✦
Chairman of the Board of Directors of Juye Investment Group Co., Ltd.
Chairman of the Board of Directors of China Hydrogen Energy Group Co., Ltd. (Hong Kong)
President of China Hydrogen Research Institute (Hong Kong)
Chairman of China Hydrogen New Energy Technology Co., Ltd.
Chairman of China Hydrogen New Energy Technology (Huzhou) Co., Ltd,
Received the second prize in satellite navigation and positioning science and technology in 2016 (individual).
Received the China Industry University Research Cooperation Military Civil Integration Award (unit).
Obtained nearly 100 invention patents in various technical fields.
Visiting professor and master's supervisor at multiple domestic universities such as Beijing University of Chemical Technology and Donghua University.
The development investor of the first IP intelligent terminal phone "Yitong Network Phone" by the Ministry of Information Industry of the People's Republic of China, one of the initiators of the "China Digital Television Industry Alliance", and the Executive Deputy Secretary General of the Fourth China Association for the Promotion of International Economic and Technological Cooperation, He is the chief scientist of the research group on "Methanol Reforming to Hydrogen Fuel Cell Power Generation System" at the Energy Institute of the National Development and Reform Commission, the development investor of "China's first silent mobile power station MFC30", and the head of the "Military Civil Integration Fuel Cell Collaborative Innovation Platform".
巨烨投资集团有限公司董事局主席 中国氢能集团有限公司(香港)董事局主席 中国氢能研究院(香港)院长 中氢新能技术有限公司董事长 中氢新能技术(湖州)股份有限公司董事长 获得 2016 年度卫星导航定位科学技术二等奖(个人) 获得 2018 年度中国产学研合作军民融合奖(单位) 在各技术领域获发明专利近百项 北京化工大学、东华大学等国内多所大学客座教授、硕士研究生导师 国家信息产业部首台 IP 智能终端电话"易通网络电话"的开发投资人,"中国数字电视产业联盟发起人之一",第四届中国国际经济技术合作促进会常务副秘书长,国家发展改革委能源所《甲醇重整制氢燃料电池发电系统》课题组首席科学家,"中国首台静默移动发电站 MFC30"的开发投资人,"军民融合燃料电池协同创新平台"负责人。
✦ Summary of Speech ✦
China's energy structure is rich in coal, poor in oil, and low in gas. Currently, methanol is mainly a product of the coal chemical industry, with a wide range of sources and advantageous prices; In the future, methanol will be carbon dioxide (CO2) synthesized and clean electricity generated by wind and solar energy. For example, fossil-fuel power stations, steel plants, chemical plants and other large carbon dioxide emitters prefer to generate green methanol (i.e. liquid sunlight) in the process of carbon neutrality.
中国的能源结构是富煤贫油少气,目前甲醇主要是煤化工的产物,来源广泛且价格有优势;未来甲醇完全还可以由二氧化碳(CO2)与风能、光伏产生的清结电力合成而来。例如火力发电厂、炼钢厂、化工厂等二氧化碳排放量大户在实现碳中和的过程中优选生成绿色甲醇(即液态阳光)。
Methanol as a liquid has advantages such as high hydrogen carrying capacity, stability, and easy storage and transportation. China Hydrogen New Energy Technology Co., Ltd. uses methanol as the hydrogen carrier and adopts the technology route of reforming methanol and water to produce hydrogen. It has the characteristics of small-scale modularization, safe and reliable on-site preparation of hydrogen under normal pressure and medium to low-temperature conditions.
甲醇为液体具有携氢量大,稳定,易储运等优势。中氢新能技术有限公司把甲醇做为氢的载体,采用甲醇和水重整制备氢气技术路线,具有小型模块化、常压、中低温条件下安全可靠现场制备氢气的特点。
In addition, it adopts meta-cosmic technology to realize the digital operation and maintenance management scheme of energy. It uses the intermediate methanol as the energy storage and energy release medium and the measurement unit to connect the upstream and downstream of the industry to realize the continuous storage of wind and light energy in methanol and open a low-cost cycle of new energy links, which has great significance and impact on the global realization of carbon neutrality and the rational construction of new energy system.
并且采取元宇宙技术实现能源数字化运维管理方案,以中间态甲醇为储能、放能中间媒介及计量单位,串联起产业上下游,实现把风、光的电能连续不断的储存在甲醇这种物质里,打通一个低成本循环的新能源链路,对于全球实现碳中和并且合理架构新能源体系具有巨大的意义和影响。
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