The 27th ICBR 2022 International Congress for Battery Recycling was successfully held on September 14-16 in Salzburg, Austria. For 26 consecutive years, the International Battery Recycling Research Centre has brought together international experts and decision-makers across the battery recycling value chain, including battery recyclers and manufacturers, recycling organizations, OEMs, decision-makers, material and service providers, and more.
Ganzhou CycleWell Technology Co., Ltd. (hereinafter referred to as “CycleWell”), as a technology company focusing on the development of lithium battery recycling technology and the supply of complete sets of intelligent equipment, was invited to attend the 27th ICBR International Battery Recycling Conference in 2022, and was one of the few Chinese companies at the conference.
At the 2022 ICBR conference, CycleWell publicly reported the latest progress in the research and development of our lithium battery recycling technology and equipment. During the commissioning and operation of the lithium battery directional dissociation intelligent recycling equipment, CycleWell can synchronously share the production experience and related technical parameters of waste lithium battery recycling to cooperative customers, which will greatly reduce the trial and error cost of cooperative customers in the lithium battery recycling process.
CycleWell waste lithium battery directional dissociation intelligent recycling equipment has two advantages of safety and environmental protection, in addition to intelligence, high degree of automation, high separation efficiency, lower energy consumption and other outstanding performance. At present, CycleWell can handle the range of batteries such as ternary pouch batteries, prismatic aluminum shell batteries, cylindrical batteries and other mainstream lithium batteries in the market, and we can provide customized overall solutions according to customer production needs.
Intelligent recycling equipment for waste lithium batteries
CycleWell has made breakthroughs in organic pyrolysis technology and multi-component material separation technology, and combined with online testing equipment, it has developed an exclusive intelligent recycling system for used lithium batteries, which can remove more than 99% of organic matter and recycle more than 98.5% of black powder. The residual content of copper and aluminum in the black powder is less than 1%.
Metal separation and purification solutions
Nickel, cobalt, and manganese metal recycling solutions emphasize efficient extraction, precise separation, higher product added value, more stable production, and automation. In the leaching process, the leaching rate of nickel, cobalt and manganese is more than 99%, and the recovery rate of recoverable metals is more than 98.5%. Battery-grade nickel, cobalt, and manganese products can be produced with CycleWell’s metal separation and purification solutions.
About CycleWell Background and future prospects
Founded in 2020, CycleWell is committed to serving global lithium battery recycling companies based on the founding team’s years of experience in lithium battery recycling, so that China’s “intelligent” manufacturing can go abroad and become an industry benchmark. CycleWell combines the scientific research achievements of lithium battery recycling with practical experience, and successfully applies lithium battery recycling technology and equipment to industrialization. CycleWell hopes to promote the standardization and large-scale process of the global lithium battery recycling industry by providing comprehensive services such as process technology services, engineering design, and equipment supply for battery recycling, and help the development of a green, low-carbon and circular economy.
业务合作联系：
联系电话：0797-7755399
邮 件：miko@cyclewell.com
kate@cyclewell.com
Cyclewell
Thank you for your attention! Our company provides a complete set of solutions for the battery recycling process, technology development, equipment manufacturing, technical consulting, operation, and maintenance.
