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Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur.
Duis aute irure dolor in reprehenderit in voluptate velit esse cillum dolore eu fugiat nulla pariatur.
Our cutting-edge pyrolysis technology uses a high-temperature process to heat mixed plastics to 500°C in a vacuum, resulting in an oxygen-free environment. This approach maximises waste conversion to fuel oil/pyrolysis oil and carbon ash, while also making the process safer and more effective by keeping the atmosphere inert.
We prioritise safety and sustainability in all of our operations. We use specialised catalysts comprising metal oxides including zinc, lead, ferrous, and lanthanum. These catalysts are essential in preventing the development of hazardous chemicals such as benzene rings, furans, and dioxins, ensuring that our procedure is renewable.
Our technique includes a modern flue gas purification system. Flue gases are treated with a wet scrubber before being expelled through a 15-meter-high chimney, efficiently eliminating pollutants. The majority of the heat is recovered by a heat exchanger and reused in process heating, increasing energy efficiency.
We re-burn non-condensable gases at temperatures exceeding 900°C to ensure a two-second residence time. This stage is critical for breaking down the most poisonous gases, considerably reducing the risk of hazardous emissions and boosting the safety of our operation.
The residue from our pyrolysis process, primarily carbon char, is not wasted. This byproduct is highly sought after as a filler in the rubber processing industries, turning what would be waste into a valuable commodity.
Our method is unique as it produces no fly ash during the pyrolysis process. This removes a common waste product seen in similar procedures, lowering our environmental impact and eliminating the disposal issues connected with fly ash.
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Aenean et sodales est nibh vestibulum lorem
Aenean et sodales est nibh vestibulum lorem
Aenean et sodales est nibh vestibulum lorem