Fusion Startup has a hard line in the hoe. Their mission? Nobody did fusion energy to create a new type of power plant that produces more energy than consuming. In other words, it can prove and expand technology work and all investors can be profitable. It is already a big order. But where you can get fuel is another big challenge to pay much less attention.
Most fusion startups will say that they will produce their fuel. thank you so much. And technically, they are right. But the answer went beyond the key points. To create triangle (one of the core components of fusion), you first need an isotopes of certain lithium.
The idea began with Charlie Jerrott a few years ago when he worked at the focus on fusion startups.
TechCrunch said, “I realized that we are not doing this supply chain, there are many fusion companies.
So Jerrott and his concentrated energy colleague Jacob Peterson decided to establish Hexium, paying attention to solving the future fuel problem of fusion.
HEXIUM, which is operated by Stealth, has emerged as a $ 8 million seed financing on Tuesday, and Techcrunch said exclusively. Mac Venture Capital and Refactor led the round with Humba Ventures, Julian Capital, Overture VC and R7 Partners.
The main technology of hexium uses a method of decades ago to separate the isotect of lithium using a laser. Atomic steam laser separation (AVLIS) was completed to classify uranium isotopes in the 1980s. However, after Avlis spent $ 2 billion in preparation for producing uranium for nuclear power plants, the Cold War was terminated and flooded into the market through the old Soviet weapon rating of thousands of tons of nuclear fuel.
As a result, Avlis rarely used it until he had picked up the technology and adjusted to align lithium isotopes until a few years ago.
To do this, startups use lasers that can be adjusted with Picometer Precision. PeterSon is a relatively low power for people that hexium can use. “We are talking about tattoo removal energy.
As with most elements, lithium is not a configuration of only protons, neutrons and electrons. In the wild, there are two stable isotopes: lithium -6, three protons, three neutrons and three electrons; And lithium -7. Each isotope has its own signature, which is represented by waves. When visualizing on your computer, think about how other people’s voices create different waves. Hexium adjusts the laser to interact with a lithium -6 wave function alone.
Jerrott said, “We will fly immediately by lithium -7 atoms.
To separate lithium -6 from lithium -6, the company will shine the laser into a brilliant cloud of the metal. When the laser hits lithium -6 atoms, it is ionized. The ionized atom is pulled to an electrically loaded plate and condensed with a liquid and goes down to the troped like a water bead outside the glass glass.
Then hexium can pack lithium -6 and sell it to Fusion Companies.The company uses metal to multiply triple hydrogen fuel and protect the pilot and commercial reactor from radiation. What is the remaining lithium -7? It is sold to the operator of the existing reactor, which is used as a protective additive for coolant.
Next year, hexium will use seed funds to build and operate a pilot plant. When everything goes well, hexium replicates the design in a modular method and produces lithium -6 of tens to hundreds of kilograms.
Jacobson said, “We don’t have to build a facility in the size of Costco or Soccer Stadium.” We can do it in Starbucks -scale facilities and achieve good economics on a very small scale and then parallel the process.
