团队研发成功的废铅酸蓄电池资源清洁再生全套系统
湖南教育电视台报道团队研发成功的废铅酸蓄电池资源绿色再生技术
团队负责人张俊丰教授
伟德BETVLCTOR1946与湖南江冶机电科技股份有限公司建立了稳固而深入的产学研用合作关系，组建了高效协同的“废旧铅酸蓄电池资源循环理论与技术装备”研究团队，涵盖了环境科学与工程、化学、机械工程等学科领域，团队成员包括伟德BETVLCTOR1946的张俊丰教授、曹靖副教授、黄妍教授、汪形艳教授、肖启振教授、舒洪波副教授、陈洪波博士、田科博士等，湖南江冶机电科技股份有限公司的王振云、范伟、陈彪等。
团队围绕“三次创新、五环递进”的完整铅蓄电池资源再生产技术创新路线，经过五年多的技术攻关，成功研发了在国内再生铅行业中领先的废旧铅酸蓄电池“机械破碎分选—铅膏预脱硫—低温熔炼”等主要工艺环节，研制的全套“清洁再生”技术装备在国内大面积推广，行业占有率超过80%，并出口伊朗、印度、香港等地。团队在铅资源再生领域具有良好的人才和条件基础，获批了“湖南省铅锂电池资源高效循环利用工程技术研究中心”和“湖南省企业技术中心”等两个省级创新平台。
目前，团队正在“清洁再生”技术装备的基础上持续创新和开发“绿色再生”技术装备，已经取得重要突破，将实现废铅膏铵法脱硫并高效益利用脱硫副产物的行业性技术突破，也将实现脱硫铅膏免冶炼深度资源化的行业性技术变革。在“绿色再生”技术装备成功产业化之后，团队将攻关“原位修复”技术，进一步缩短废铅蓄电池的资源化流程，提高行业效益的同时更好地保护环境，践行绿色发展。
Waste Lead-acid Battery Resource Cycling Theory and Technology Equipment Innovation Team of Xiangtan University
Xiangtan University and Hunan Jiangye Electromechanical Technology Co., Ltd. have established a cooperative relationship, and formed a highly effective and collaborative scientific team of theoretical research and technical equipment innovation for the recycling of spent lead-acid batteries, which covers the fields of Environment, Chemistry, Biology, Machinery, and Information Industry. The core members of the team are Prof. Zhang Junfeng, Prof. Cao Jing, Prof. Huang Yan, Prof. Wang Xingyan, Prof. Xiao Qizhen, Prof. Shu Hongbo, Dr. Chen Hongbo, Dr. Tian Ke from Xiangtan University and Wang Zhenyun, Fan Wei, Chen Biao from Hunan Jiangye Electromechanical Technology Co., Ltd.
The team proposed a “Three Innovations - Five Rings Progression” new technological route for the recycling of spent lead-acid batteries. After five years of hard work, the team successfully developed a complete system to deal with waste lead-acid batteries including “Mechanical Fragmentation - Paste Pre-desulfurization - Low Temperature Smelting”. This technology and equipment has not only been widely used in China but also exported to Iran, India, Hong Kong and other areas, and market share reaches up to 80%. The research team received a lot of honors and was granted two provincial innovation platforms “Hunan Lead-Lithium-Ion Battery Resource Efficient Recycling Engineering Technology Research Center” and “Hunan Enterprise Technology Center”.
The researchers have made important “green regeneration” technology and equipment breakthroughs in the desulfurization of waste lead paste with ammonium and also achieved great progress in free smelting method for lead recycling. In the future, the team will tackle the problem of “in-situ remediation” to further shorten the recycling process and improve the efficiency of the waste lead-acid batteries recycling industry, and the new technology and equipment will make a great contribution in protecting environment and practicing green development.
（环境与资源学院）
