Industrial pyrolysis systems built for continuous carbon removal
Pyronexus biochar reactors transform waste biomass into high-quality biochar through efficient pyrolysis, enabling scalable carbon removal, reliable throughput, and sustainable resource utilization.
Continuous operation
Engineered for automated processing, stable throughput, and consistent biochar production at scale.
High conversion efficiency
Optimized pyrolysis delivers predictable yields depending on feedstock behavior and project requirements.
Emissions control
Integrated systems help reduce environmental impact while supporting regulatory compliance.
Real-time monitoring
Advanced controls support live performance tracking, diagnostics, and remote optimization.
System architecture
A complete conversion train, not just a reactor vessel
The platform is designed around the real operating conditions of biomass projects: front-end feedstock handling, programmable pyrolysis, emissions control, residual heat use, and cooling technologies.
Front-end equipment
Tailored to project specifications and feedstock requirements before conversion begins.
Programmable pyrolysis
Tailor processing conditions to the behavior and value target of each feedstock.
Residual heat utilization
Recover useful heat from the process to improve overall system economics.
Biochar cooling
Stabilize output handling after conversion while avoiding bio-oil and tar complications.
Prove the value of your biomass
Test your biomass before committing to a commercial system
Turn waste into usable performance data. Pyronexus helps evaluate biomass behavior, biochar output, and commercial fit before a full system purchase.
Reactor visualization
See the Pyronexus reactor platform in motion
A quick visual look at the industrial system concept, built to help teams understand the equipment footprint, enclosed conversion process, and field-ready deployment profile.
Our products
Reactor platforms for different project scales
PNX systems are built for modular deployment across project sizes, from focused commercial installations to higher-capacity industrial biochar production.
Biochar reactor
PNX31
A scalable reactor platform for project teams that need dependable biomass conversion, automation, and field-ready operation.
- Modular deployment profile
- Automated continuous operation
- Designed around feedstock-specific conditions
Biochar reactor
PNX51
A larger reactor configuration for higher-throughput projects requiring robust process control and industrial reliability.
- Built for higher-volume biomass streams
- Integrated emissions and process controls
- Manufactured for demanding operating environments
Technical information
Programmable biochar production for variable feedstocks
Throughput capacity and biochar output adapt to feedstock type, giving project teams a more flexible route to carbon removal, heat recovery, and stable biochar production.
400-700°C pyrolysis temperature
Residual heat utilization
No bio-oil generation and tar avoidance
Programmable system conditions
Strategic partner
Manufacturing partner Engineered for performance. Manufactured for reliability.
Pyronexus pyrolysis technology is built on advanced engineering and manufacturing excellence. The FortexMFG partnership supports the precision, consistency, and industrial discipline required for reliable operation at scale.
FortexMFG brings precision metal manufacturing, engineering support, and large-scale fabrication experience, helping translate reactor designs into robust field-ready systems.
Together, Pyronexus and FortexMFG deliver technology designed for current applications and the future of sustainable industrial transformation.
Custom reactor pricing
Start with the feedstock. Then size the system.
Bring your biomass stream, throughput goals, and project constraints. Pyronexus can help evaluate reactor fit, testing needs, and commercial system pathways.
