Industrial system sales
Sales and commercial coordination for pyrolysis, biochar and related agricultural or industrial technology.
PYROCHAR 150 · INDUSTRIAL BIOCHAR TECHNOLOGY
Advanced pyrolysis.
Smarter biochar production.
Mobile, containerized PyroChar 150 technology with ultra-low Total PAH, fully electric ignition and intuitive PLC control — engineered for efficient biomass conversion and practical energy recovery.
Innovative technology · Mobile containerized design · Digital control
Real-world installation · modular, relocatable design
0.03–0.08Measured Total PAH (mg/kg)
Mobilecontainerized system, easy to relocate
Electricfully electric start-up, no fossil-fuel ignition
Low CO₂small carbon footprint and efficient operation
What we do
Technology and expertise. From concept to operation.
From system sales and commissioning to technical consulting, we connect innovative pyrolysis technology with commercially viable industrial projects.
Machinery and equipment solutions
Wholesale and trade intermediation for industrial machinery, process equipment and supporting technical solutions.
Commissioning, maintenance and rental
Support for commissioning, service, maintenance and equipment-rental arrangements.
Engineering and CO₂ footprint consulting
Engineering support and consulting on lowering CO₂ footprint through more efficient material flows and energy use.
Why this system stands out
Built for performance. Designed for flexibility.
Clean output, intelligent automation and modular engineering bring practical advantages to modern biochar projects.
Ultra-low Total PAH: 0.03–0.08 mg/kg
Industrial biochar samples measured 0.03–0.08 mg/kg Total PAH — at least 75 times below the 6 mg/kg EBC reference limit shown in the supplied comparison. All tested samples were reported to meet the referenced requirement.
Containerized and easy to relocate
The modular, container-based construction supports transportability, rapid site deployment and simpler relocation when project needs change.
Electric start-up, low CO₂ footprint
Fully electric ignition eliminates fossil-fuel start-up and contributes to a smaller overall CO₂ footprint for the operating concept.
Full PLC control with tablet-based remote access
All sensor readings and operating parameters are visualized in real time through a graphical tablet interface. System functions can be remotely monitored and controlled.
Connectable to external validation systems
The automation concept can be linked to external monitoring, data-acquisition and validation platforms for transparent process documentation.
Digital operations
See the plant live on a tablet.
All sensor data and operating parameters remain visible in real time — including remote supervision and control.
The system offers comprehensive PLC control, remote monitoring and remote intervention. All measurement data from the system’s sensors and all key operating parameters are displayed on a graphical tablet interface in real time. Plant functions can also be supervised and controlled remotely.
- Comprehensive PLC control for the entire system
- Real-time visualization of sensor data and operating parameters
- Remote monitoring, intervention and control from a tablet interface
- Ready to connect with external monitoring and validation solutions
Ultra-low Total PAH: 0.03–0.08 mg/kg
Industrial biochar samples measured 0.03–0.08 mg/kg Total PAH — at least 75 times below the 6 mg/kg EBC reference limit shown in the supplied comparison. All tested samples were reported to meet the referenced requirement.
0.03–0.08 mg/kgPAH in industrial samples
6 mg/kgEBC reference limit
At least 75× below the stated reference limit
Comparison refers to the 6 mg/kg Total PAH benchmark in the supplied technical material; applicability depends on the relevant EBC category, analytical method and current criteria.
Engineered for industry
Innovative technology with a modular process layout.
The system integrates biomass handling, preparation, drying and continuous carbonization in a coordinated industrial solution. Its modular structure supports both project flexibility and practical on-site implementation.
- Containerized modular layout for mobile deployment
- Fully electric start-up without fossil-fuel ignition
- Designed for exceptionally low PAH values
- Low-footprint operation with useful heat recovery
Process architecture
Four coordinated steps.
From incoming biomass to finished biochar, each stage prepares the material for reliable downstream operation.
STEP 01PyroFeed60
Containerized biomass storage and controlled feeding.
STEP 02PyroCut20
Shredding and feedstock homogenization.
STEP 03PyroDry600
Pre-drying to the required carbonization moisture content.
STEP 04Pyro150
Continuous carbonization, biochar discharge and energy recovery.
Technical overview
Built around measurable performance.
Selected indicative parameters from the PyroChar150 technical concept.
● Indicative design specificationsPerformance depends on feedstock, moisture, configuration and operating conditions. Final project specifications are confirmed individually.
| Biochar production capacity | 135–165 kg/h |
| Carbonizer biomass feed rate | Up to 600 kg/h |
| Feedstock moisture at carbonizer | ≤ 18% |
| Carbonization temperature | 400–700°C |
| Design recoverable heat | Approx. 650 kW |
| Feedstock storage | 18 m³ |
| Drying capacity | Approx. 700 kg/h |
| Carbonizer dimensions | 12 × 2.5 × 2.85 m |
| Carbonizer electric demand | 6 kW* |
| Flue-gas filtration | Combined electrostatic vortex-tube filter |
*Carbonizer only; excludes auxiliary units and site loads. Figures are indicative and not a contractual guarantee.
Selected performance highlights
Useful output, usable heat and practical biomass flexibility.
Illustrative reference values from the supplied technical material show how the system can convert dry biomass into biochar, recover useful waste heat and support several agricultural heat applications.
REFERENCE EXAMPLE
From 1 ton of dry biomass to biochar and useful by-products
An illustrative process example shows 1 ton of dry biomass input (for example sunflower husk) being converted into approximately 230 kg biochar and 770 kg gases, vapors and other products in an autothermal, continuous pyrolysis process.
- Illustrative dry-basis example from the supplied material
- Autothermal, continuous pyrolysis process
- Useful waste heat can be recovered for downstream applications
Indicative dry-basis yields
Sunflower husk: 23%
Wood chips: 25%
Rice husk: 30%
Illustrative heat potential
PyroChar 150: ≈ 650 kW
Practical use cases
Biomass drying, manure drying, compost drying and other agricultural applications.
Suitable for varied biomass streams
Reference examples include sunflower husk, wood chips and rice husk, highlighting flexible feedstock use.
These values are illustrative reference data taken from the supplied presentation material. Actual performance depends on feedstock type, moisture, system configuration and operating conditions.
About PyroChar International
Connecting advanced pyrolysis technology with industrial customers.
PyroChar International Kft. supports the marketing, customer engagement and commercial coordination of industrial pyrolysis and biochar production systems.
We work with prospective industrial partners to understand feedstock streams, desired production capacity, mobility requirements, energy integration opportunities and project expectations. Equipment supply and commercial terms are agreed on a project-specific basis with the relevant parties.
Start a conversation ↗Applications
For businesses turning residual biomass into opportunity.
- Biomass processing and circular economy projects
- Agricultural and forestry residues
- Organic waste and bioresource utilization
- Industrial facilities requiring flexible mobile solutions
Business enquiries
Let’s discuss your pyrolysis project.
Tell us about your available feedstock, preferred output and project requirements. We will gladly support the next step in the technical and commercial discussion.
Send an email ↗PyroChar International Kft.
Contact personRichárd Wagner · Managing Director
Telephone+36 (20) 9457-453
Registered office2090 Remeteszőlős, Madár utca 2, Hungary
Company registration number13-09-178348
Hungarian tax number25089929-2-13
Nature of businessInternational sales support and technical-commercial coordination for industrial pyrolysis and biochar systems