Denovia is an innovative research company helping lead a seismic wave across plastic waste & sustainability.
Based out of London, CA, and with the significant backing of our government in recent years, our team of leading applied scientists & engineers developed a cutting-edge and economically pragmatic solution to this critical frontier.
Plastics are a critically essential material and will always be used given most industries’ irreplaceable dependencies. However, with all its benefits, plastics plague the world on many fronts.
Their development through fossil fuels drives emissions and climate change, and their disposal is problematic and devastating marine life. Existing processes to valorize “end-of-use” plastics are inefficient, cost-inhibitive, and not versatile enough as far as what can be processed, derived, and utilized.
Our process uniquely targets and depolymerizes waste plastics into small molecule monomer building blocks.
Our resulting small molecule monomers are separated and refined into chemically equivalent “fossil” derived versions.
Our monomers are chemically equivalent and enables “drop-in” ready solutions into existing plastic production infrastructure.
We can produce virgin-quality polyester monomers from both pure and impure waste content or blends, as well as colored, clear and composite materials, without sacrificing mechanics (steps) or economics.
Our process enables an infinitely recyclable, circular system, with demonstrated wide-spectrum versatility on both feedstock inputs, and the converted or up-cycled outputs, at an economically competitive system.
The catalyzed, low heat / pressure process equates to lower GHG emissions, lower costs and higher yields, without requiring specialty or expensive hardware, allowing for the process to be widely scaled and implemented.
We have developed a proprietary cutting-edge approach that converts various forms of plastic waste, including textile and polyester blends, into their base chemical building blocks.
We further valorize those building blocks by recombining them into virgin quality plastic or “up-cycling” for more advanced use in performance plastics, agricultural biostimulants, water treatment, recovery of “critical metals” from electronic waste, amongst other novel capabilities and use-cases.
We have developed a proprietary cutting-edge approach that converts various forms of plastic waste, including textile and polyester blends, into their base chemical building blocks.
We further valorize those building blocks by recombining them into virgin quality plastic or “up-cycling” for more advanced use in performance plastics, agricultural biostimulants, water treatment, recovery of “critical metals” from electronic waste, amongst other novel capabilities and use-cases.
Polymers with repeating units linked by amide bonds that occur naturally & artificially.
Polymers that contain the ester functional group in every repeat unit of their main chain.
A class of polymers composed of organic units joined by carbamate links.
Various fiber-based materials, including fibers, yarns, filaments, threads, etc.
Our process can handle most chemical and physical forms of non-olefinic plastics (clear, colored, opaque, multi-layer, etc.).
Our technology disassembles the plastic waste into monomers which are “drop-in” replacements into the existing plastic polymerization infrastructure.
These monomers can be sold to existing major manufacturers and recombined into virgin quality plastics and fibers or up-cycled to performance plastics.
We very efficiently and effectively up-cycle low-value feedstocks currently destined to landfills or incineration.
Our process enables a circular system and can produce virgin-quality polyester monomers from numerous types and forms of plastic waste.
Our system can handle most forms, including PET and PLA, using the same low-cost equipment and versatile process and works on opaque, colored, clear and composite materials.
The catalyzed, low heat & pressure process equates to lower GHG emissions, lower costs and higher yields.