Rare earth minerals

Remedy

Sustainable Rare Earths

Rapid environmentally friendly separation of critical rare earth elements such as neodymium or dysprosium.

Description

Our water-based magneto-electrochemical process distinguishes the critical rare earth elements by their magnetic properties. This allows separation in fewer steps than traditional solvent extraction.

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Laboratory process

Features

Cost

Low Running Costs

With fewer processing steps required to reach the same purity as solvent extraction, our process is faster, requires less time to start, and with a lower capital investment.

Environment

Environmentally Friendly

Our process is water based, avoiding the use of kerosene. Thanks to our electrochemical process, we have a lower chemical consumption to extract the targeted rare earths as a solid.

Target

Targeted Separation

Our process targets the most magnetic rare earths first, which are the most needed for magnet manufacturing (Nd, Pr, Dy, Tb).

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Environmental Impact

Our water-based magneto-electrochemical process delivers exceptional environmental performance

0

CO₂ Emission Reduction

0

Electricity Consumption Reduction

0

Water Consumption Reduction

100

Organic Solvent

Services

Recycling
Recycling

Recycling

Tailored separation of NdPr and Dy for end-of-life magnets, from multiple sources including wind turbines, motors, and waste electrical and electronic equipment (WEEE).

Magnet Production Losses
Production

Magnet Production Losses

Cost-effective recovery of rare earth magnet production losses, including grinding sludge.

Mining Concentrate
Mining

Mining Concentrate

Increased value of rare earth concentrate by the removal of non-economic La or Ce. Specific separation of high value elements like Dy, Tb, or NdPr.

Team

Dr. Peter Dunne

Dr. Peter Dunne

CEO

Experienced physicist and electrochemist. Peter has worked at the interface of magnetism and chemistry for nearly 20 years, which includes both academic and industrial research. He is the CEO and principle inventor of Remedy's technology.

Prof. Bernard Doudin

Prof. Bernard Doudin

CSO

Professor at the University of Strasbourg, Bernard specialises in magnetism and electronics at the interface of chemistry. With extensive project coordination, he supports Remedy with dedicated fundamental research, and facilities.

Robert Gresser

Robert Gresser

Chair of Advisory Board

25 years Solvay Corporate R&I
Former EVP Innovation, Solvay Rare Earths
Expert in industrial scale-up

Alf Bjørseth

Alf Bjørseth

Advisor & Remedy Representative

Advisor to the leadership team. Remedy Representative for Scandinavia.