The Challenge
- Humankind produces 2 billion tons of waste per year
- 70% of GDP covered by net zero targets
- European mandates require corporate change by 2030
- Most humans and animals have detectable levels of polymers in their bloodstream...
which may cause cancer, immunodeficiency and birth defects.
- 70% of GDP covered by net zero targets
- European mandates require corporate change by 2030
- Most humans and animals have detectable levels of polymers in their bloodstream...
which may cause cancer, immunodeficiency and birth defects.
Why Stellar3?
Stellar3 is an international integrator in the circular economy
primarily focused on the chemical recycling sector (pyrolysis)
of the waste transformation industry.
Stellar3 operates plants using feedstocks (inputs) that include
sorted municpal solid waste ("MSW"), plastic waste and
end-of-life tires ("EOLT").
Producing low carbon liquid fuels, circular pyrolytic oil,
circular recycled carbon-black ("rCB"),
gaseous fuels and electricity.
primarily focused on the chemical recycling sector (pyrolysis)
of the waste transformation industry.
Stellar3 operates plants using feedstocks (inputs) that include
sorted municpal solid waste ("MSW"), plastic waste and
end-of-life tires ("EOLT").
Producing low carbon liquid fuels, circular pyrolytic oil,
circular recycled carbon-black ("rCB"),
gaseous fuels and electricity.
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Stellar3 Mission: To reduce garbage + combat climate change by repurposing waste for energy.We have formed a number of strategic partnerships in chemical recycling in order to accelerate Stellar3's development and enhance its impact and prospects. During 2023, pyrolysis chemical recycling will emerge as a breakthrough circular process. The pyrolysis technology adopted by Stellar3 efficiently and effectively repurposes waste to low carbon fuel and energy that incorporates a closed loop system with near zero emissions. Our modular approach allows Stellar3 to continuously improve its systems by selecting and operating the most efficient ones available over time. To maximize efficiency in chemical recycling plants, systems operate at relatively low temperatures with cost-effective energy recovery and co-generation, creating a competitive advance in the circular economy.
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