Our Technology
Carbonizer Model Y 2.4 is an autothermal continuous-type screw reactor developed to produce high-quality biochar with minimal energy use and labor.
What's new in Y 2.4?
2x
durability
SS310 upgrades for high-temp zones: extend parts life and halves maintenance cost.
+20%
capacity
Redesigned hopper extender & sliding gate boosts feed consistency.
Better fuel efficiency
Upgraded burner and piping design for efficient fuel and syngas combustion.
Better temp & pressure control
Redesigned burner and piping system and auto fan control improve heat and pressure control.
Lower PAH
Improved gas management prevents PAH (polycyclic aromatic carbon) condensation.
WasteX digital MRV
Our clients are equipped with a web app to digitally measure, report, and verify (dMRV) biochar production and application using WasteX's carbonizer for the purpose of carbon credit
Features:
Biochar producer registration and full process recording for the purpose of carbon credits
Web-based and accessible from any device, anywhere
Carbon impact and credits recording and calculation
One-click Annex 1 report generation for carbon credit certification
Feedstock processed by WasteX biochar machine
WasteX biochar machine can convert readily available organic materials such as agricultural waste and forestry residues into biochar.
Wood chips
Rice husk
Corn cobs
Poultry bedding
Key feedstock requirements
-
Min. calorific value of 15 MJ/kg
-
Maximum moisture content of 15 wt% (<15 wt% recommended for more optimal performance)
-
Particle size of 30 mm or below
-
Minimum length to width ratio of 0.6
-
Pourable and free flowing
Worldwide implementations
*Implementations using Y2.3
Equipment specifications
Parameters | Unit | Value |
|---|---|---|
Dimensions | 3.5 x 3.0 x 2.4 | meter |
Weight | ~1050 | kg |
Peak power rating | 5.5 | kW |
Burner temperature | 400-800 | °C |
Pyrolysis temperature | 500-650 | °C |
Processing capacity | 30 - 90 | kg/hour |
Biochar conversion | 30-40% | % |
Biochar production rate | 10-36 | kg/hour |
Fuel/feedstock ratio | 10-15%* | % |
Manpower requirements | 2-4 | manhours/day |
*Assuming 8 hours continuous operations