The Elements of Innovation Discovered
The Elements of Innovation Discovered
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Building upon its foundation as a domestic supplier of critical battery materials, American Battery Technology Company has been awarded a second US$57 million from the U.S. Department of Energy for its future commercial-scale lithium hydroxide facility in Nevada. This grant marks yet another major milestone toward establishing a domestic source of low-cost, low-environmental-impact lithium for America's clean energy transition at the Tonopah Flats Lithium project, a Nevada...
With significant funding from the Department of Energy toward its Tonopah Flats lithium project, visits from representatives from the White House, and a partnership with TechMet-Mercuria, American Battery Technology Company has added yet another milestone to its skyrocketing success – a new agreement with German chemical giant BASF to develop a regional closed-loop solution for lithium-ion battery recycling for the North American market. "The establishment of a true closed-loo...
Exploring an alternate battery technology that would lessen the demand for lithium and, in turn, help enable the transition to clean renewable energy, Graphene Manufacturing Group Ltd. announced the successful production of an initial 500 milliampere-hour graphene-aluminum prototype pouch cell – one of, if not the first of, its kind. Easily regarded as the dominant force for portable power needs, lithium-ion batteries have held a grip on accessible energy for decades. Cheap, r...
After announcing its plans for a recycling hub in Portovesme, Italy, through a partnership with Glencore, Li-Cycle Holdings Corp. has followed up with the steps needed to begin establishing a centralized locale for battery recycling in Europe's Bel Paese. "The planned Portovesme Hub is a landmark project for Europe's battery recycling industry and is expected to be the largest source of recycled battery-grade lithium on the continent," said Li-Cycle Executive Chair Tim...
First-ever space habitat tech, experiment gives more than researchers expected. Not too dissimilar from Man's first Moon landing with a computer that by today's standards TI-83 calculators could overpower, when the first astronauts land on Mars, they will most likely equivocate today's microwave oven-sized device for the air they breathe and the rocket propellant that gets them home as some clunky technology future generations will be amazed could accomplish what it did. But...
Further solidifying its leadership in the world of multi-platform robotic autonomy for complex and GPS-denied environments, Exyn Technologies Inc. has secured funding that strengthens the autonomous robotics pioneer's strategic partnerships. Founded in 2014 as a spin-out of the University of Pennsylvania's General Robotics, Automation, Sensing & Perception (GRASP) Laboratory, Exyn has quickly grown as the leading contender for autonomous exploration and mapping for industries...
From a small sprout to a mighty tree, Redwood Materials Inc. may share its roots with the Tree of Tesla but has grown into a pillar of stability in the realm of recycling amidst a time when electric vehicle battery materials are becoming increasingly difficult to source. This battery and e-waste startup's vision of creating a domestic supply through recycling has drawn nearly $2 billion in new investment to expand its operations in the U.S., spreading its own "Sequoian" roots...
Aluminum has been classified as critical by the United States, European Union, Canada, and even China. At first glance, one may wonder how such a ubiquitous metal could possibly be critical. The answer is simply that aluminum is so widely used that supply, if endangered, could devastate an economy. In 2020, the World Bank identified aluminum as a "high-impact" and "cross-cutting" metal in all existing and potential green technologies. In spite of this, due to high energy...
Powering nearly 10% of the world's energy needs and roughly 20% of America for over 50 years, nuclear energy is a highly controversial power provider that ticks all the boxes for zero-emission electricity. Much like most contemporary fuels, running these reactors takes something dug from the earth – uranium. In 2017, the United States Geological Survey was charged with identifying which minerals and metals are critical to the U.S. Its original list of 35 critical minerals, f...
As the cracks in the wall continue to chill the bones of an ill-prepared American clean-energy economy, attention has been paid to nearly every facet imaginable to obtain the minerals critical to fuel a zero-carbon future; however, all has seemingly been quiet on the unconventional front. Repeated time and time again during the ongoing transition, U.S. policymakers are becoming increasingly concerned about the overreliance on China for the minerals and metals essential to...
Separating your plastics, paper, metals, and food waste has generally been a personal choice throughout most of modern recycling history. However, current demand for resources predicts we won't have enough to support net-zero carbon emissions by 2050. Hence, now is the best time for consumers to become educated and self-determined with their buying power, manufacturers to begin considering recycling as part of the initial design, and a new circular economy that resurrects a tr...
Still overshadowed by lithium but no less significant, cobalt falls within a unique category as a critical mineral not only for its properties but also for its controversial supply. As a fundamental component necessary for nickel-cobalt-manganese (NMC) lithium-ion batteries, cobalt warranted its place as a critical mineral vital to the zero-carbon transition due to the necessity of those batteries to power a clean, emission-free future. Its critical uses, however, go far...
Show-Me State now shows US; developing hub for innovation, education to support holistic manufacturing. Due to ongoing difficulties in the supply chain, Kummer Institute's Center for Advanced Manufacturing at Missouri University of Science and Technology decided to ignore the chain altogether and purchase a large-format metal 3D printer from SPEE3D for its future manufacturing campus to support local business by giving them the environment and education to make on their own....
Joint development agreement for research into quantum dots for solar modules. Looking to evolve its already impressive proprietary cadmium-telluride thin-film solar technology, First Solar Inc. has partnered with UbiQD Inc., a New Mexico-based nanotechnology company, to explore the possibilities of incorporating quantum dot technology into a next-gen solar system. In its simplest form, a quantum dot is a man-made nanoscale crystal that can conduct electricity, consisting of a...
Helping to spur the production of critical minerals around the world, TechMet Ltd. announced the closing of its latest $200 million in equity funding to further invigorate its incredible lineup of technology metal assets around the globe. Founded in 2017, TechMet is a capital investment firm focused on building businesses across the critical minerals value chain from mining to processing, recycling, and battery component manufacturing. In the past year, TechMet has already inv...
With the technology and facilities already in place, Rare Earth Salts Separations and Refining LLC has stepped up to bat for the first fully domestic U.S. supply of critical rare earth elements by announcing the production and sale of its high-purity terbium and yttrium from recycled feedstock. Founded in 2012 by Rare Earth Salts Chief Technology Officer Joseph Brewer, his goal was to address the global need for a cost-effective, sustainable, and environmentally friendly rare...
Beginning to see some of the innovative ways that graphene can be used in everyday consumer technologies, Graphene Manufacturing Group Ltd. has brought its specially reduced-methane graphene to supplement something that has become so universal to living – temperature control. Based out of Richlands, Australia, GMG is a clean-tech company that, instead of mining or sourcing graphite to then go through the painstaking process of refining into graphene, makes the wonder m...
Shining a spotlight on a provider of the metals needed for the lithium batteries powering America's clean energy technologies, American Battery Technology Company announced a visit from representatives from the White House. "We are proud to be part of the Nevada community that is at the forefront of working to build the domestic lithium-ion battery supply chain," said American Battery Technology Company CEO Ryan Melsert. Visiting ABTC's facility in Northern Nevada, National...
Collaborative investment of C$1.2 billion into future battery cathode facility. Coming out of the region that will hold one of the more prominent footholds for battery-related industries, Ford Motor Company announced an investment of C$1.2 billion (US$885,660) to build a battery cathode manufacturing facility in Becancour, Quebec, for future Ford electric vehicles. Becancour is a small town along the shores of the St. Lawrence River about halfway between Montreal and Quebec...
To further leverage its lithium-ion battery recycling expertise, American Battery Technology Company has entered into a strategic partnership with technology metals managing platform TechMet-Mercuria, which includes the manufacturing, sales, and marketing of ABTC-produced recycled metal products and a non-dilutive investment into the company for up to $20 million through the pre-purchase of future recycled battery metal products. TechMet-Mercuria SA is a Switzerland-based...
Rio Tinto to build largest solar plant in Canada's North at diamond mine. Signaling its commitment to clean renewable energy, mining powerhouse Rio Tinto announced its intention to construct the largest solar power plant in Canada's North at its Diavik Diamond Mine – more than 6,600 solar panels that are expected to provide up to 25% of the electricity needed at this iconic operation in Northwest Territories. "I am delighted that we will be significantly increasing our renewab...
Long put forward as a wonder material, graphene undeniably has astounding properties – stronger than steel, a better electrical conductor than copper, and lighter than almost anything else with similar properties – and while it has been partially adopted into space-faring technologies, many theoretical uses remain where a pure form of the material could dramatically benefit a future in the stars. To detail those opportunities, a group of scientists from the Italian Space Age...
Utilizing the bizarre capabilities of two-dimensional materials, researchers from the University of Minnesota, for the first time, have engineered an atomically thin material made from layers of molybdenum disulfide and graphene that can absorb nearly 100% light at room temperature, a discovery that could prove efficacious for a wide range of applications from optical communications to stealth technology. The scientists detailed their finding in "Achieving near-perfect light...
Seeking ways to mitigate and reduce carbon emissions, a doctoral postgraduate of mining engineering and management from South Dakota School of Mines and Technology has taken it upon herself to explore a next-generation clean energy strategy at what may seem to many as an unlikely place – a Wyoming coal mine. Recently completing her doctorate at South Dakota Mines, Amy McBrayer held a background in natural resources and management before pursuing the much-esteemed degree. McBra...
Possible Nobel Prize-winning invention has the wider science community in a frenzy; initial claims shrouded with skepticism. If you follow any kind of cutting-edge, pioneering, and borderline science fiction-level technology news, you may have come across LK-99. What had started as a likely dubious claim by more doubtful researchers has become a veritable online race for a room-temperature superconductor that, by the apparent furious attempts to replicate the claims, lends...
