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Biochar Pyrolysis
Continuous systems for converting agricultural, forestry and green residues into stable biochar for soil, industrial and carbon-removal applications.
Engineered biomass carbon solutions
Biomass to biochar.
Carbon to value.
Industrial pyrolysis, biochar and torrefaction systems designed for reliable continuous operation, decentralised biomass utilisation and high-integrity carbon-removal projects.
30+ years bioenergy engineering experience
India-built industrial systems
Modular project capacities
Continuous screw-based processing
PLC / SCADA process control ready
Heat recovery syngas-supported operation
From biomass residue
to engineered carbon.
We focus on practical industrial systems that connect feedstock preparation, thermal conversion, gas handling, condensation, heat recovery and safe char cooling.
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Torrefaction
Thermal upgrading of biomass for improved fuel characteristics, densification and industrial co-firing applications.
CO₂
Carbon Removal Projects
Technology deployment aligned with the monitoring, data and operating discipline needed by modern biochar carbon-removal projects.
Technology platform
Built for continuous operation.
A modular process architecture for controlled biomass conversion with integrated vapour handling, condensation and thermal energy recovery.
- Controlled feed and screw conveying
- High-temperature reactor section
- Multi-stage vapour / condensate recovery
- Syngas combustion and heat recovery
- Closed, controlled biochar cooling
- Instrumentation, interlocks and automation
100–500+kg/h modular plant range
24/7continuous-operation philosophy
PLCinstrumented process control
Low wasteenergy and by-product recovery focus
Industrial experience.
Our engineering journey spans biomass densification, torrefaction and continuous pyrolysis systems, with work ranging from pilots to commercial-scale plants.
Commercial-scale biomass upgrading
Engineering and deployment experience across medium and large torrefied biomass / pellet plant configurations, including high-throughput industrial projects.
Continuous modular pyrolysis
Skid and modular plant development for controlled conversion of low-density biomass residues into biochar with integrated vapour and gas management.
Technology development with industry institutions
Long-term engineering development in biomass thermal conversion, automation, process integration and practical industrial scale-up.
Designed for local feedstocks
Configurations can be adapted for agricultural residues, forestry biomass, pine needles and selected municipal green-waste streams after feedstock qualification.
Carbon removal ready engineering
Technology is only one part of a credible CDR project.
We design around measurement, stable operating conditions, traceability and practical integration so project developers can build the evidence base required for high-quality biochar carbon removal.
Tell us about your feedstock
and target capacity.
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Project enquiry
LWP BIOCOAL
Biochar • Pyrolysis • Torrefaction • Biomass Thermal Conversion
Recommended inputs
Feedstock, moisture, bulk density, hourly throughput and final biochar use.
Feedstock, moisture, bulk density, hourly throughput and final biochar use.
Project formats
Technology supply, EPC support, pilot / demonstration projects and industrial collaboration.
Technology supply, EPC support, pilot / demonstration projects and industrial collaboration.
Positioning
Made in India for the greener world.
Made in India for the greener world.
Email
ceo@nishantbiocoal.com
ceo@nishantbiocoal.com