KULR和Scripps研究小组将开发一个新的、具有成本效益和可回收的碳电极。 KULR and Scripps Research team up to develop a new, cost-effective, and recyclable carbon electrode.

KULR技术小组和Scripps研究所的Baran实验室合力开发新的热解碳电极材料。 KULR Technology Group and Scripps Research Institute's Baran Lab have teamed up to develop a new pyrolytic carbon (PC) electrode material. 这种材料是传统电极的具有成本效益的、耐久的替代物,例如静脉电极的静态碳和玻璃碳。 This material is a cost-effective, durable alternative to traditional electrodes like reticulated vitreous carbon and glassy carbon. PC电极是坚固、可回收的,在各种电化学反应中表现良好。 The PC electrode is robust, recyclable, and performs well in various electrochemical reactions. 合作的目的是将这一创新技术引入市场,从而有可能改变全球大规模化学合成过程。 The collaboration aims to introduce this innovative technology to the market, potentially transforming large-scale chemical synthesis processes globally.