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Supporting source

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Formal-flow recycling route mix (2027 modelled)

NMC hydromet ~38%

As of2027 modelled·Sources3·Supporting

Modelled 2027 route mix for formal-flow Thai EOL EV batteries: NMC hydrometallurgical ~38%, LFP direct-recycling and cathode regeneration ~22%, second-life ESS ~20%, refurbishment for low-speed mobility ~12%, mechanical-only export ~8%.

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Figure in context

Modelled 2027 route mix for formal-flow Thai EOL EV batteries: NMC hydrometallurgical ~38%, LFP direct-recycling and cathode regeneration ~22%, second-life ESS ~20%, refurbishment for low-speed mobility ~12%, mechanical-only export ~8%.

Modelled 2027 route mix for formal-flow Thai EOL EV batteries: NMC hydrometallurgical ~38%, LFP direct-recycling and cathode regeneration ~22%, second-life ESS ~20%, refurbishment for low-speed mobility ~12%, mechanical-only export ~8%.

Time scope

2027 modelled

Source basis

Supporting source

Interpretation notes

What this tells you

Modelled 2027 route mix for formal-flow Thai EOL EV batteries: NMC hydrometallurgical ~38%, LFP direct-recycling and cathode regeneration ~22%, second-life ESS ~20%, refurbishment for low-speed mobility ~12%, mechanical-only export ~8%.

What not to do with it

Use the linked report for interpretation and keep basis differences explicit.

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Formal-flow recycling route mix (2027 modelled) · Insight