The Elements of Innovation Discovered
The Elements of Innovation Discovered
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Changing how the West approaches globalism will be the key to a circular economy the whole world can get behind. The Western world has found itself in a unique crisis that has brought systemic vulnerabilities into sharp relief. An overreliance on problematic imports has been exposed (especially post-COVID) as a rat's nest of potential supply chain disruptions, global inequality, deregulation and competition-killing corporate consolidation – all while leaving the power of marke...
Every electric vehicle rolling off an assembly line increases the demand for graphite by an average of around 160 pounds. With more than 30 million EVs expected to hit global highways each year by 2030 and upwards of 45 million by 2045, the transition to e-mobility will require up to eight times more graphite than was mined globally during 2022. While graphite has not received the attention of other EV battery ingredients such as cobalt, lithium, and nickel, this highly...
While lithium has been the poster child for optimism and controversy in equal measure, nickel has its own crucial role to play in the batteries powering the clean energy future – increasing range and capacity – but is traditionally carbon-heavy to produce. For nickel, the industry's focus has been twofold – obtaining enough and moving the needle between untenable quantities of emissions from mining and processing and the battery and alloying metal's necessary inclusion in ne...
Deep-sea battery metals mining has created an ocean-sized rift between those that want to speed regulations, slow the process, to save the planet. Loose legislation and tight deadlines have created a deep-sea mining rift that divides governments, electronics giants, vehicle manufacturers, banks, and scientists across unexpected lines. The mining industry has found itself rapidly transforming into a vital participant in worldwide efforts to reverse climate change due to the...
Latin American countries collectively hold over 50% of the world's identified raw lithium. These resource-rich nations have begun asserting that they will no longer accept extractive international trade relationships-hoping to leverage this natural wealth of a suddenly in-demand mineral to bolster the region's development and encourage the growth of specialized industries and clean energy infrastructure. "We don't want to sell lithium to Europe ... we want to sell lithium vehi...
Adapting to a future of renewable energy, trendsetters are focusing on recycling lithium-ion batteries to create a more efficient repurposing of one of the most vital and important technologies of today and possibly the future. Lithium-ion batteries have been around for decades but as we see a forward push for an electric future, the demand has changed to necessity. Global climate concerns, finite resources and the sheer growth of technology that requires mobile energy all...
REIA urges EU to secure rare earth supplies to ensure adequate battery materials to meet 2030 EV targets. Securing an adequate supply of magnet rare earths to help make the most out of the highly competitive lithium battery materials should be an essential element of the European Union's electric vehicle strategy, according to the Rare Earth Industry Association. REIA delivered this message in response to the European Commission's call for input on the proposed European...
Recently, American Manganese Inc., inventor of the patented RecycLiCo closed-loop lithium-ion battery cathode recycling process was awarded the Solar Impulse Efficient Solution Label, joining the ranks of positive impact businesses to protect the environment and is awarded to serve as a label for clean and profitable solutions. "We are pleased that our RecycLiCo process was awarded the Solar Impulse Efficient Label," said American Manganese President and CEO Larry Reaugh....
American Manganese Inc. has launched tests focused on upgrading and expanding its RecycLiCo pilot plant, which recovers cobalt, lithium, nickel, manganese, and aluminum from the cathodes of spent lithium ion batteries. American Manganese's revolutionary process and optimistic goal of reclaiming valuable critical minerals from lithium-ion batteries for reuse by the energy sector captured headlines earlier this year. With nearly 100% of valuable cathode metals being reclaimed...
American Manganese Inc. and Voltabox of Texas Inc. are in talks to utilize American Manganese's patented process to recycle the cathode materials in lithium-ion batteries produced by Voltabox. Voltabox manufactures lithium-ion battery systems for industrial applications such as electric buses, mining and construction equipment, agricultural machinery forklifts, and other warehouse equipment. Looking beyond the service life of the industrial batteries it produces, Voltabox has...
American Manganese Inc. Feb. 20 announced that its patented RecycLiCo process recovered up to 99.72% pure nickel-cobalt-manganese products generated from disassembled electric vehicle battery packs provided by a member of the U.S. Department of Energy Critical Materials Institute. The idea behind RecycLiCo emerged as an evolution of American Manganese's research into an efficient means of recovering manganese metals from relatively low-grade mineralization at its Artillery...
