The massive Chevron Questa molybdenum mine in New Mexico was an environmental disaster of epic proportions until it closed in 2014, and now an intricate, decades-long remediation effort is under way. In the latest development, plans are in the works to produce green hydrogen at the site, with the ultimate … [continued]
It isn’t easy being green. Last year, a study published in the journal Science Advances claimed that there was enough lithium — as much as 40 million metric tons — in the McDermitt Caldera, a volcanic area on the border between Nevada and Oregon, to make enough lithium-ion batteries to … [continued]
Fortescue has been in the news a lot recently. Just a few weeks ago, at a United Nations roundtable, Fortescue Executive Chairman Dr Andrew Forrest AO unveiled a plan to move mining operations from “net zero” to “real zero.” “The detailed timeline shows how Fortescue will eliminate Scope 1 and … [continued]
Manganese nodules from the ocean floor could help feed the supply chain for EV batteries, but does the world need deep-sea mining?
As cement day turns into concrete week turns into concrete month, it’s worth considering how the absurd tonnages of concrete manufactured changes, often radically, depending on where specifically in the world the concrete is needed. That’s all because those absurd tonnages means that we move the stuff that goes into … [continued]
Estonia is hosting a new cutting edge pumped hydropower energy storage project that deploys mining operations to minimize surface disruption.
The US startup Intramotev is squeezing diesel out of the freight hauling business, starting with electric trains for heavy industries.
The commercial and industrial sector combined with the mining sector make up 69% of electricity demand in Zimbabwe according to the latest report from Zimbabwe’s energy regulator, ZERA. The Zimbabwe Power Company (ZPC), which is the national electricity generation company, recently completed the construction of two 300 MW coal-powered units … [continued]
Lithium carbonate regenerated from recycled battery waste using a patented process developed by RecycLiCo has successfully been qualified by C4V’s Phase 1 Supply Chain Qualification program through testing in battery cells. In other words: C4V has confirmed that recycled lithium’s quality rivals that of “virgin” lithium. “As demand for lithium … [continued]
The world is changing fast, and leaders in the auto industry have to make the transition to electric vehicles sooner rather than later. That includes large, gigantic, heavy-duty vehicles as well as the fun, nimble electric cars we typically write about. One of the largest heavy-duty vehicle companies in the … [continued]
