Agile Process Chemicals LLP (apc) has 10+ years of expertise in disposal and chemicals recycling of end of life polymer waste. apc has established more than 35 industries to convert waste plastic into fuel oil and petrochemicals.

Plastic Waste Disposal Pyrolysis Plant-

Almost 80% of plastic waste generated is non recyclable and most of it ends up in landfills. Both plastic and diesel fuels are manufactured form crude oil. As per the ISO standards, when plastic can not be recycled physically by processes like remolding, plastic can be recycled chemically by breaking it down into basic hydrocarbon fuels. Our technology converts plastic waste into industrial diesel.

If your organization has EPR (Extended Producers Responsibility) liability for disposal of plastic waste generated, we can provide you the complete solution.

We take  following approach for suggesting disposal solutions for plastic waste:

  1. Study Plastic Waste Characteristic: Energy content, Moisture content, Source, Elemental analysis & Quantity/Month. We have characteristics database for most of the commonly generated industrial & post consumer plastic wastes. If your plastic waste is not similar to any of the plastic wastes handled by us earlier, we ask you to send your plastic waste to laboratory for testing.
  2. Technology Selection: Various technologies can be used for creating value form plastic waste. These technologies can be as basic as ‘shredding and drying’ to as advanced as ‘pyrolysis, hydrolysis and fractional distillation’. Using these technologies plastic waste can be converted into any of these products: refuse derived fuel, fuel oil, petrol, diesel, base oil, lubricants, carbon, hydrocarbon gas, olefins, aldehydes, detergents, etc.
  3. Conduct Pilot Plant Trials: We have state of the art pilot plant facilities for conducting pilot plant trials of the selected technologies. We submit the proposal for large scale disposal of plastic waste after:
    1. Calculating techno-economic viablity of plastic waste disposal/chemical-recycling based on pilot trials
    2. Confirming that the proposed solutions are in line with your requirement and environmental complaisance goals.

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