across a variety of technologies including carbon removal, hydrogen power, and what it calls “next-generation” nuclear technologies. Venture capitalists poured more than $10 billion into the clean-energy industry last year, according to a recent report from Goldman Sachs.

“With our design, we do think you could call it interim storage. … It is retrievable, so you could take the canister down, place it deep underground, and then you could retrieve it back up if you need to.” COO, Rod Baltzer

“Here we provide an overview of 20 of the most valuable green technology companies all over the world – and an industry investment outline.” The article mentions Deep Isolation as one of the most valuable GreenTech companies in the world.

Executives from U.S. startup Deep Isolation visited Taiwan last fall with an innovative solution that could serve as either interim or permanent storage. Developed by University of California at Berkeley physicist Richard Muller, the solution is based on proven technologies. The canisters can even be retrieved.

“Innovative approaches can absolutely help solve the nuclear waste problem,” said Elizabeth Muller, Chief Executive Officer, Deep Isolation. “ As a start-up, Deep Isolation is innovating with technology, business methods, and our approach to working with environmental groups and other stakeholders.” 

Reversing yet again his stance on the project, President Trump dumped the nuclear waste repository planned at the Nevada Test Site in a tweet last week in an attempt to win Nevada in the 2020 election – a state he narrowly lost in 2016.

[This link is behind a pay-wall ] How the president intends to find a long lasting solution to this task remains to be seen, but Elizabeth Muller, CEO of Deep Isolation, a nuclear waste disposal startup company based in Silicon Valley, said her company could be part of the solution: “Innovative approaches can absolutely help

Page 32: New methods for confirming the stagnation of underground waters over hundreds of thousands of years could help determine suitable sites for borehole disposal of radioactive waste. Richard A. Muller explains

[This article is behind a pay wall] The United States has a problem with its nuclear waste: it keeps building up and the government doesn’t know where to put it longterm.

[This article was translated from Bulgarian] The process is inexpensive and allows the efficient and sustainable solution of the problem of SNF and RAW storage