Continuous Pyrolysis
Reliable Throughput
Continuous‑feed reactors with controlled residence time help maximize fixed‑carbon content while limiting emissions.
Net‑Zero • Circular Economy
Turning Palm Kernel Shells into High‑Grade Biochar
Kernelgy builds reliable systems that convert agricultural residue into biochar — a stable carbon store that boosts soil health and advances net‑zero goals.
Sustainability • Innovation • Impact • Integrity
Technology & Innovation
Efficient, low‑emission conversion of palm kernel shells via continuous pyrolysis, heat recovery, and practical monitoring, reporting, and verification (MRV).
Heat Recovery
Energy‑Smart Design
Recovered heat pre‑dries feedstock and powers auxiliary systems, lowering net energy per tonne produced.
MRV‑Ready
Traceable Data
Batch IDs and onboard sensors support auditable carbon‑accounting aligned with emerging standards.
Impact
Every tonne of Kernelgy biochar locks away biogenic carbon while improving soils and water retention.
0
Potential CO₂e Locked*
0
PKS Diverted from Waste
0
Pilot & Deployment Sites
0
Avg. Fixed‑Carbon Yield
*Illustrative for demo. Actual MRV data available on request.
From Shell to Biochar
A practical pathway from agricultural by‑product to long‑lived carbon store.
01
Feedstock Preparation
Partner mills aggregate palm kernel shells; moisture is reduced to improve energy balance.
02
Thermochemical Conversion
Oxygen‑limited pyrolysis stabilizes carbon into durable aromatic structures.
03
Cleanup & Heat Recovery
Syngas cleanup and heat exchangers reduce overall energy input.
04
Grading & Use
Biochar graded for agriculture, remediation, or materials applications.
Why Kernelgy
Sustainability
Reducing waste and combating climate change through carbon‑smart design.
Integrity
Transparent and ethical approach to value creation and carbon accounting.
Contact
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