Pyrolysis Unit
Pyrolysis Unit

Pyrolysis Technology

Biomass To Fuel

KARDLE AERSAFE will act as an integrated system designed to capture CO₂ and pollutants from biomass pyrolysis processes, improving environmental sustainability and regulatory compliance.

Pyrolysis Pilot Study

In a recent pilot study conducted under controlled low-oxygen conditions, the pyrolysis of 1 kg of coconut shells yielded:

  • 100 liters of syngas
  • 200 milliliters of bio-oil
  • 704 grams of biochar

The process was supported by the AERSAFE system, which effectively captured CO₂ and other harmful emissions, significantly reducing the environmental impact.

Advanced heat and emission management techniques ensured efficient and clean operation throughout the setup.

Pyrolysis experimental setup

Experimental Setup for Pyrolysis

Pre vs Post AERSAFE

Key Findings

  • AERSAFE carbon capture system effectively reduced emissions from syngas combustion
  • Successfully captured CO₂ and greenhouse gases, minimizing environmental impact
  • Emission reductions comply with PCB norms (CPCB) and support climate goals
  • Potential for scaling up sustainable energy production solutions