2022年12月10日,

德国汽车制造商需要我们启动Jetti资源股份,该公司已经开发出一种催化浸出技术,使提取从以前未开发的铜矿石40视图共享——Jetti资源催化浸出技术使经济复苏之前被困的铜资源,显著提高了产量和现有铜生产设施的寿命。(©Jetti Ressources) Jetti资源的方法称导致大约减少40%的二氧化碳排放比传统原料提取和只使用大约50%的水。铜是一种重要的原材料生产电动动力传动系统在电动汽车、需求预测在未来几年大幅增加。(©Jetti Ressources)到2030年,至少有一半的宝马集团全球销售将包括全电动汽车。(©Jetti Ressources)到2030年,至少有一半的宝马集团全球销售将包括全电动汽车。宝马集团采取了我们——(科罗拉多州)基于公司的股份,Jetti资源通过其风险资本基金宝马我投资。目的,根据汽车制造商,是培养负责任的解决日益增长的需求和资源节约型铜提取一个更可持续的方式。成立于2014年,Jetti资源已经开发出一种开创性铜萃取过程,利用以前未使用的从现有铜矿矿石。“通过投资Jetti,我们支持领域的技术进步铜提取,重点负责和资源节约型的方法,”沃尔夫冈•奥氏说,间接商品和服务主管原材料、生产宝马集团的合作伙伴。这个新过程有可能提高我们的供应链的环境足迹和完整性,即使对铜等资源日益增长的需求,”奥氏补充道。 As copper is a vital raw material to produce electric drivetrains in EVs, demand is forecasted to grow substantially in the coming years. As early as 2030, at least half of BMW Group's global sales will consist of fully electric vehicles. Using existing resources As per BMW, Jetti Resources has developed a unique catalytic leaching technology that enables the extraction of copper from previously unexploited ores. Around 70 percent of the world's copper resources are bound up in those primary sulfide ores. Material, previously stored in dumps and considered waste, can now be tapped into with this new form of resource-conserving extraction. This process enables the recovery of previously trapped copper resources, thus significantly increasing the output and lifespan of existing copper production facilities. This way, copper extraction becomes substantially more efficient and reduces its environmental impact. Jetti Resources’ method allows copper mines to use heap leaching on these ores, which causes around 40% fewer CO2 emissions compared to traditional raw material extraction and uses only approximately 50% of the water. The technology, according to the company, is already being deployed to great success at industrial scale. Jetti Resources plans to push ahead with global expansion together with its partners.