Technology

Vertically integrated from biomass sourcing to product delivery. Every layer of the stack is built to deliver consistent, traceable, high-spec bio-coal and biochar at industrial scale.

End to end

From biomass to buyer

Geo-spatial Intelligence
Map, quantify, quality-tag
Proprietary Pyrolysis
Tar-free, continuous operation
dMRV Traceability
Source-to-sink audit trail
Supply Chain
Forecast, route, deliver
Layer 1

Geo-spatial biomass intelligence

AI-driven geospatial intelligence for real-time biomass monitoring. Advanced remote sensing fused with on-ground intelligence to identify, quantify, and quality-tag biomass sources before procurement.

  • Multi-modal sensing. Fuses optical, SAR, LiDAR, and temporal satellite data
  • Quality tagging. Each source classified and graded before procurement
  • Ground-truthed. Satellite outputs calibrated against on-ground data
5

Feedstocks mapped

9

States covered

139M+

Hectares analyzed

32M

Hotspots identified

Satellite biomass mapping showing NDVI analysis across Indian landscape

NDVI biomass density map. Green indicates high biomass availability

Layer 2

Proprietary pyrolysis technology

Indian pyrolysis plants are plagued by tar-choking, drastically reducing uptime, output consistency, and product quality. Climitra has solved this at the process level.

The industry problem

  • Tar-choking reduces system uptime to 40-60%
  • Output quality varies by 20%+ day-to-day
  • Frequent shutdowns for manual tar removal
  • Inconsistent specs make it unusable for steel

Climitra's approach

  • Tighter control on temperature, residence time, air flow
  • Proprietary tar management eliminates choking
  • Optimized output parameters for consistent specs
  • Continuous operation without manual intervention
50-70%

Higher uptime vs. competitors

<5%

Day-to-day quality variation

25+

Specs met consistently

90%

Emissions reduction

75-85%

Fixed Carbon

0.2-0.4

H/C Ratio

6,500-8,000

GCV (kcal/kg)

50-100

kg CO₂/ton (vs. 2,500 fossil)

Proprietary Pyrolysis System

5 Integrated Modules

Material Input
Material Input
Core Reactor
Core Reactor
Gas Handling
Gas Handling
Condensation
Condensation
Product Output
Product Output
Complete pyrolysis system with all 5 modules assembled
Exploded View
Layer 3
Climitra dMRV platform showing production data, CDR credits, and project overview

dMRV: digital Measurement, Reporting, Verification

Source-to-sink traceability and data immutability. Built for the realities of rural India: offline-first, operator-simple, enterprise-grade.

Source-to-sink traceability

Every batch traceable from biomass source through conversion to the buyer's receiving dock.

Immutable data trail

No deletions, ever. All changes saved with edit logs, creating a tamper-proof audit trail.

Offline-first infrastructure

Full data capture without internet at remote rural sites. Syncs when connectivity returns.

SCADA integration

Auto-generated batch IDs from real-time production data: temperature, time, weight.

Simple interface, deep backend

Clean operator UI. Validation rules, audit trails, and reporting logic under the hood.

Verification-ready

Structured for carbon registries, steel buyers, and regulatory auditors.

Layer 4

Supply chain intelligence

Dynamic forecasting, route optimization, and ecosystem integration that enables consistent year-round biomass supply, the hardest problem in distributed bio-energy.

Dynamic supply forecasting

Predictive models combining seasonal availability, crop cycles, weather patterns, and pricing signals to forecast supply months in advance.

Route optimization

Optimized collection and delivery routes that minimize transport costs and emissions while maximizing throughput from distributed rural sources.

Ecosystem integration

Unified view across data, logistics, and supply chain partners. A single operational layer from source to buyer.

Want to see it in action?