Cyclic Materials

Supports: Profile · reviewed questions.cyclic-materials-delivery-qualification.question

NRCan lists Cyclic's Kingston Demonstration Plant extended-operations project as completed in March 2026, with $4,893,125 funding, producing mixed rare-earth oxide and cobalt/nickel mixed hydroxide through physical and hydrometallurgical processes.

Supports: Profile · operating context

NRCan lists Cyclic's Kingston Demonstration Plant extended-operations project as completed in March 2026, with $4,893,125 funding, producing mixed rare-earth oxide and cobalt/nickel mixed hydroxide through physical and hydrometallurgical processes.

Supports: Profile · reviewed questions.cyclic-materials-delivery-qualification.id

NRCan lists Cyclic's Kingston Demonstration Plant extended-operations project as completed in March 2026, with $4,893,125 funding, producing mixed rare-earth oxide and cobalt/nickel mixed hydroxide through physical and hydrometallurgical processes.

Supports: Profile · reviewed questions.cyclic-materials-delivery-qualification.context

NRCan lists Cyclic's Kingston Demonstration Plant extended-operations project as completed in March 2026, with $4,893,125 funding, producing mixed rare-earth oxide and cobalt/nickel mixed hydroxide through physical and hydrometallurgical processes.

Supports: Profile · reviewed questions.cyclic-materials-delivery-qualification.confidence

NRCan lists Cyclic's Kingston Demonstration Plant extended-operations project as completed in March 2026, with $4,893,125 funding, producing mixed rare-earth oxide and cobalt/nickel mixed hydroxide through physical and hydrometallurgical processes.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

NRCan lists Cyclic's Kingston Demonstration Plant extended-operations project as completed in March 2026, with $4,893,125 funding, producing mixed rare-earth oxide and cobalt/nickel mixed hydroxide through physical and hydrometallurgical processes.

Supports: Profile · operating context

Cyclic announced a closed US$75 million Series C on January 23, 2026, for expansion including US/European operations and Canadian R&D; its commercial spoke in Mesa is distinct from Kingston's R&D and hydrometallurgical hub.

Supports: Profile · current activity

GPEC reports the September 9, 2026 grand opening of Cyclic Materials first commercial-scale rare-earth magnet recycling facility in Mesa, representing more than US$30 million investment.

Supports: MagCycle and REEPure rare-earth recovery · summary

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · technicaldomainslugs

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · maturity

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · defence applications

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · technical tags

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · commercial availability

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · capability type

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · defence applications

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · core features

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · technical tags

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · core features

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.

Supports: MagCycle and REEPure rare-earth recovery · name

REEPure is a separate hydrometallurgical stage using recovered magnet material or manufacturing waste to produce recycled mixed rare-earth oxides for further separation. The two feed routes are Mag-Xtract from end-of-life products and suitable swarf, scrap or rejected components from magnet manufacturing. The Kingston site is described as a process-development and customer-qualification centre designed for up to 500 tonnes per year of magnet material; this is distinct from Mesa input capacity.