Current plastic recycling methods are inefficient, leading to low-quality outputs and a significant amount of plastic waste ending up in landfills, oceans, or being incinerated. Traditional recycling processes often fail to deliver on quality, cost, or emissions, hindering the development of a fully circular plastic economy. The plastics industry contributes substantially to global CO2 emissions and dependence on fossil fuels.

MacroCycle employs a patented, low-energy process based on cyclic macromolecule synthesis to upcycle end-of-life plastics, including bottles and polyester textiles, into virgin-grade mPET resin. This technology significantly reduces energy consumption compared to traditional methods and can achieve zero carbon emissions when powered by renewable energy. The resulting mPET resin meets sustainability goals by satisfying PCR regulations, lowering Scope 3 emissions, and eliminating ocean-bound plastics. MacroCycle's process produces high-quality recycled materials, addressing the limitations of current recycling technologies and promoting a circular plastic economy.

Patented process based on cyclic macromolecule synthesis for plastic upcycling.

Production of virgin-grade mPET resin from end-of-life plastics and polyester textiles.

Up to 80% lower energy use compared to traditional PET recycling processes.

Potential for zero carbon emissions when powered by renewable energy.

mPET resin suitable for various applications, meeting sustainability goals and PCR regulations.

Eliminates landfill waste associated with traditional recycling methods.

The primary target audience includes companies seeking to meet sustainability goals, satisfy PCR (Post-Consumer Recycled content) regulations, lower Scope 3 emissions, and eliminate ocean-bound plastics, as well as manufacturers requiring high-quality recycled PET resin.