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05 — Sustainability

Building a circular industrial system.

Every tonne of waste plastic or tyre that passes through Essay Energy's facility is a tonne diverted from illegal dumping, open burning, or landfill. We are not just recyclers — we are infrastructure.

  • Zero landfill discharge
  • EPR compliant
  • CPCB-compliant operations
Essay Energy plant exterior — building sustainable infrastructure for a circular future
Sustainable Infrastructure — Palghar, Maharashtra
Bright modern plastic material recovery line moving baled post-consumer plastic inside a clean facility
Industrial capacity operated inside environmental limits — illustrative.
Closed loop

The circular flow

  1. 01

    Waste Collection

  2. 02

    Thermochemical Decomposition

  3. 03

    Product Recovery

  4. 04

    Industrial Offtake

  5. 05

    Reuse

Reuse feeds the next collection cycle
Waste → Worth
Recovery

Nothing leaves as landfill

Every fraction of every tonne processed exits our facility as a marketable product or is looped back as process energy.

Post-Consumer PlasticsWaste Tyres
Thermochemical Depolymerisation · 380–520°C
PFORecovered
rCBRecovered
SteelRecovered
SyngasRecovered

Non-condensable syngas is recycled as reactor fuel, making the operation near energy self-sufficient.

ESG

Environment · Social · Governance

E

Environmental

  • Zero landfill discharge policy
  • Syngas recycled as process fuel
  • EPR compliant operations
  • Displaces fossil fuel use
  • Prevents open burning of plastics & tyres
S

Social

  • Local employment — Palghar, Maharashtra
  • Safe, compliant factory conditions
  • Livelihood support for scrap dealers
  • Community waste awareness programmes
  • Dignified industrial employment
G

Governance

  • Transparent batch certification
  • CPCB-compliant operations
  • Hazardous Waste Rules adherence
  • Customer-centric quality focus
  • Continuous process improvement
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