Km 40

Revolutionizing silicon production

High-purity silicon metal with 5x lower emissions

High-purity silicon metal with 5x lower emissions

Our patent-pending Solution

Molten Salt Electrolysis

Kore uses electricity to turn sand into silicon, producing a low-carbon high-quality metal used in countless applications.

Circle 3d Short

5x

Lower emissions

Kore’s fully electric process radically reduces emissions and has the potential to run at net zero.

2x

Higher purity

Kore uses low-cost feedstock to produce high-purity silicon cost-effectively.

100%

Produced in Europe

Kore’s production process is cost-competitive anywhere in the world, enabling a reliable and resilient local supply chain.

why this matters

Silicon is everywhere

Silicon Everywhere Cosmetics
Silicon Everywhere Electronics
Silicon Everywhere Food
Silicon Everywhere Lubricants
Silicon Everywhere Medical
Silicon Everywhere Sealants

Silicon is used in thousands of applications; from the solar panels on your roof to the car you drive, silicon is the backbone of our modern economy.

Electronics & AI: All microchips in phones, laptops, and data centers are made from silicon – you cannot compute without it.

Energy & autos: Solar panels, EV batteries, motors and the chassis of your car all are made using silicon.

Consumer goods: Silicon is found in everyday products such as make up, clothes, cookware, lubricants and many more.

Silicon Everywhere Ai
Silicon Everywhere Automotive
Silicon Everywhere Chips
Silicon Everywhere Clothing
Silicon Everywhere Aerospace
Silicon Everywhere Space

Silicon is everywhere

You’re reading this on a device made possible by silicon.
From the phone in your pocket, to the car you drive, from the solar panels powering our homes, silicon is the backbone of our modern economy.

Temp Kore Metals Silicon
Silicon Everywhere Ai
Silicon Everywhere Automotive
Silicon Everywhere Chips
Silicon Everywhere Clothing
Silicon Everywhere Aerospace
Silicon Everywhere Space
Silicon Everywhere Cosmetics
Silicon Everywhere Electronics
Silicon Everywhere Food
Silicon Everywhere Lubricants
Silicon Everywhere Medical
Silicon Everywhere Sealants

Kore’s process

How it works

Process Images Sand

1. Low-cost silica sand

Kore’s process uses low cost sand, the most abundant resource on earth, as its primary feedstock.

Process Image

2. Molten Salt Electrolysis

The process dissolves the sand in a bath of molten salt and then uses electricity to separate the silicon and oxygen in the sand. The silicon deposits on the cathode and oxygen evolves at the anode.

Process Image2

3. Post-processing

After taking the cathode out of the melt, the silicon is post-processed, where any remaining salt is removed.

Process Images Silicon Metal

4. High-purity low-carbon silicon

This leaves a pristine, high-purity silicon metal, ready for delivery to our customers.

Relentlessly Innovating

Join our team

Help shape the future of strategic metals production. We are looking for individuals passionate about innovating for a better future.

OPEN POSITIONS