Recover & refurbish

Which physical pathway is appropriate?

Investigate life extension, disassembly and recovery methods to define qualified physical pathways.

Feasibility & method development
  1. 01Confirm route eligibility
  2. 02Select a qualified process
  3. 03Measure output quality
  4. 04Record the actual outcome

The practical question

A route recommendation only becomes useful when a downstream operator can act on it. Reuse qualification, repair and material separation require different tests and capabilities.

The research approach

The broader Solar Revitalizer™ concept explores residual-performance assessment, selective disassembly and recovery-process research. Each pathway would have defined acceptance criteria, handling requirements and an accountable specialist.

Who would use it

For reuse specialists and recovery operators: a clearer handoff between assessment and the next qualified physical process.

Research to date

Circular-PV feasibility work, technical discussions and research scoping have informed the reuse, refurbishment and material-recovery pathways. This work has helped define process options, specialist needs and the questions a physical trial must resolve.

The next validation gate

Select a defined module condition or material pathway. For reuse or refurbishment, establish condition, safety, residual-function and application criteria with qualified specialists, including retesting after any repair. For recovery, measure output quality, yield, energy, handling needs and complete process cost.

Help define a physical trial.

Contribute reuse qualification, repair or recovery expertise for one module condition or material pathway.

Explore collaboration