Industry Collaboration | 走向大湾区，广以签下千万级产学研项目
力争2030年前实现碳达峰、2060年前实现碳中和，是中国对国际社会的庄严承诺，也是推动高质量发展的内在要求。全球 90% 以上的货物均由海洋进行运输。国际海事组织（IMO）在2022年制定了新的碳排放政策，第一步计划到2030 年国际航运业碳排放量较2008年降低40%。中国航运业年排放1.2亿吨CO2 ，约占全球排放的15%，排名全球第一。因此，如何降低中国乃至全球航运业的碳排放量是一项重要挑战。
近期，广东以色列理工学院联合中集海洋工程有限公司、南海西部石油油田服务（深圳）有限公司申报的深圳市技术攻关重点项目《船用膜法碳捕集装置及膜技术研发》成功获批，项目为期3年，经费1000万元。
3月23日，该项目签约暨启动仪式在深圳举行。会议由中集海工海洋环保业务总经理陈云水主持，广以副校长Moris Eisen教授、化工系副教授何雪忠、科创中心主任吕琦鹏，西部油服总经理许海东等出席仪式。会上，各方代表对自身技术及合作方向进行了充分的交流，针对船用碳捕集装置重点研发内容达成一致。
《船用膜法碳捕集装置及膜技术研发》项目紧跟CCUS技术发展步伐，充分利用国际海洋工程装备市场调整的有利时机抢占技术制高点，着重研究适用于船舶碳捕集的膜法碳捕集工艺流程、膜组件及特种装备，旨在为国际海运行业提供更多的减排、降碳方案。
中集海工
中集海工是世界知名的海洋设备综合服务商，在烟台、深圳、上海、挪威、瑞典拥有五个海洋研究院和三个建造基地，员工5000多名。公司累计交付近百个各种类型的海洋工程装备，服务于北海、南海、墨西哥湾、巴西海域等全球主流海洋油气产区，部分产品占全球25%的市场份额。
广以高级膜分离技术实验室
作为项目主要技术单位，广以高级膜分离技术实验室具备开展新型膜材料制备、膜组件开发和测试等领域研究工作，目前已搭建了千米级中空纤维连续纺丝—膜组件组装成套平台。何雪忠教授团队在权威期刊发表相关学术论文60余篇，获国际专利一项，出版CO2膜分离专著一部，具有在欧盟多国开展多行业CO2捕集示范（北极光项目）的经验。接下来，何雪忠教授团队将致力于开发高性能CO2分离膜材料，从而实现高效和低成本的船舶烟气CO2捕集技术，为远洋船舶及各类海工平台，提供燃烧后烟气净化和碳捕集技术方案。
China has set the goal of striving to peak CO2 emissions before 2030 and achieve carbon neutrality before 2060, which is also the country’s solemn commitment to the international community. As shipping transports around 90% of global trade, the International Maritime Organization (IMO) has introduced new carbon intensity measures which enter into force in 2022, with a stimulus to reduce carbon intensity of all ships by 40% by 2030 compared to 2008 baseline. China’s shipping industry emits 120 million tons of CO2 annually, which is the most in the world and accounts for 15% of all emissions. Reducing the carbon emissions of the Chinese and worldwide shipping industries is thus a significant challenge.
A recent project that was jointly applied by Guangdong Technion – Israel Institute of Technology (GTIIT), CIMC Offshore Engineering Co. Ltd, and Nanhai West Oil Oilfield Service (Shenzhen) Co. Ltd as the Shenzhen Municipal Technology Breakthrough Project will satisfy the demand. It was successfully approved for a duration of 3 years with a funding of 10 million RMB.
The signing and opening ceremony of the project was held in Shenzhen on March 23. Presided by General Manager Chen Yunshui (CIMC Offshore); GTIIT Pro-Vice Chancellor Prof. Moris Eisen, Associate Professor He Xuezhong (CE), GTEC Director Michael Lv; and General Manager Xu Haidong (Nanhai West Oil Oilfield Service) attended the event. After full exchange and consultation, all sides reached a consensus on the R&D content of carbon capture storage on ships.
The “Marine Membrane Carbon Capture Devices and Membrane Technology Research and Development” project is up-to-date to meet the developing CCUS (carbon capture, utilization and storage) technology. It takes the favorable opportunity of the adjustment of international marine engineering equipment market to gain the upper hand in technology – the main research focus on the process of membrane carbon capture, membrane module and devices to provide more options to reduce carbon emissions.
CIMC Offshore
The world famous CIMC Offshore is an integrated service provider in the field of marine equipment and has 5 Offshore and Marine Engineering centers located in Yantai, Shenzhen, Shanghai, Norway and Sweden, 3 construction bases and over 5,000 employees. The company has delivered nearly a hundred types of offshore engineering equipment, serving main offshore oil and gas production areas in the world, including the North Sea in Norway, South China Sea, Mexico Gulf and Brazil. Part of its products account for 25% of market share around the world.
GTIIT Advanced Membrane Technology Lab
As the main technical unit of the project, GTIIT Advanced Membrane Technology Lab is equipped to prepare new membrane materials, develop and test membrane kits and so on. Associate Professor He Xuezhong’s group has published more than 60 papers in authoritative journals, received one international patent, published a monograph on carbon membrane technology, and has experience in multi-industry CO2 capture demonstration (Northern Lights) in many EU countries. The group focuses on the primary research in separation technology, particularly membranes for gas separations, such as membranes for post-combustion carbon capture.
GTIIT
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文/图：GTIIT传媒与公共事务部
Text/Photos: GTIIT News & Public Affairs
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