Built by a chemist and an automation engineer.
Founded in Singapore in 2019, PolyGO develops chemical-based recovery solutions, the PolyGOResin™ Select Series and process system design for the precious metal recovery industry.
PolyGO exists because precious metal recovery operators kept being sold the same generic chemistry stack — one tuned for nothing in particular and compliant with regulations that already moved on. We started by reformulating gold and silver leaching to be non-cyanide by default, then extended into nickel, PGMs, precipitation and surface preparation.
Around the chemistry, we developed the PolyGOResin™ Select Series — an ion-exchange resin cartridge that holds across the full pH range and selectively binds precious-metal ions out of complex industrial solutions. And around that, we build the process line: design, commissioning, SOPs and the optimisation engagement that keeps it running.
We are not a recycler. We do not collect feedstock, run lines or sell recovered metal. We are a product company — and our customers are the recyclers, refiners and industrial operators who run those lines themselves.
- Product company, not a recycler
We sell chemistry, resins and engineering — your operation runs the line and owns the feedstock.
- Engineered for compliance
Non-cyanide chemistries by default. Designed to fit modern effluent and safety regimes.
- Tunable, not boxed
Every chemistry is tuned to your feedstock and rig. We start with a complimentary characterisation.
- Built on real deployments
Our product roadmap is driven by what runs reliably on customer lines across Singapore, Malaysia and beyond.
Engineering depth across chemistry and automation.
Materials Science Engineer (NTU), MSc Safety, Health & Environmental Technology (NUS). Leads partnerships and R&D for PolyGO's chemistry and resin product lines.
Mechatronics Engineer (University of Glasgow). Brings automation, product development and electrical systems expertise to PolyGO's process line design.
Six product families across gold, silver, nickel, PGMs, precipitation and surface coatings.
Design, project management, commissioning, SOPs and ongoing optimisation.
E-waste, spent catalysts and EV / PV feedstocks.
Talk to the team that built the chemistry.
Tell us your feedstock and target metal. We'll come back with a product recommendation, a sample chemistry datasheet, and projected recovery economics.