There is no Waste, Only Wasted Resources.
From Pollution to Possibility
Protonera integrates advanced catalytic steps to transform mixed plastic streams into clean hydrogen, depolymerized monomers and organic acids that fit existing chemical value chains.
Tolerant to Contaminants
Designed to handle mixed, contaminated plastic streams, including blended textiles and soiled packaging, so a greater share of real-world plastic waste can be diverted from disposal.
Modular, Mild-Condition Reactors
Modular reactor set-ups operating at comparatively mild temperatures, pressures and pH, enabling flexible deployment and integration with existing industrial sites.
Higher-Value Chemical Products
Converts waste into high-value platform chemicals, potentially increasing profitability compared with low-value recycling routes.
From Pollution
to Possibility
Protonera integrates advanced catalytic steps to transform mixed plastic streams into clean hydrogen, depolymerized monomers and organic acids that fit existing chemical value chains.
Tolerant to contaminants
Designed to handle mixed, contaminated plastic streams, including blended textiles and soiled packaging, so a greater share of real-world plastic waste can be diverted from disposal.
Higher-value chemical products
Converts waste into high-value platform chemicals, potentially increasing profitability compared with low-value recycling routes.
Modular, mild-condition reactors
Modular reactor set-ups operating at comparatively mild temperatures, pressures and pH, enabling flexible deployment and integration with existing industrial sites.’
A Circular Vision for
a Cleaner Planet
Protonera builds the chemistry for a circular future where nothing goes to waste, and everything goes forward. We work with industries, scientists, and innovators to turn waste streams into resource streams, driving real progress toward decarbonization.
Impact So Far
Our technology has already processed over ten types of waste, achieving more than 99.9% product purity while operating on low energy and producing minimal emissions. It’s proof that sustainable chemistry can deliver real-world impact without compromise.
