G330 is the largest of the offered reactors, built using the patented G2 technology, which provides, among other benefits, higher biochar quality and a longer service life of the installation.
Technical Data
| Biomass | 3,5 m3/h 6,9 MW |
| Biochar | 0,33 Mg/h 44,9 % 3,1 MW |
| Water vapor | 35,9 % 2,3 MW |
| Autothermicity | 5,8 % 0,4 MW |
| Losses | 8,7 % 0,6 MW |
Polyproduction: Biochar – 2.5 Mg/h, Electricity – 1.0 MWₑ, Hot Water – 11.2 MWₜ
Objective: Reduce Carbon Emissions + Upcycle “Waste”
Reducing Carbon Emissions
- Storing carbon in soil or incorporating it into the construction of other materials ensures long-term sequestration, preventing its release into the atmosphere.
- Adapting the carbon cycle to capture and sequester carbon while preventing CO₂ emissions during biomass decomposition.
- When applied to soil, biochar not only sequesters carbon but also enhances plant growth.
- The unique structure of biochar retains moisture, nutrients, and fertilizers.
- It can also be integrated into other materials to enhance carbon capture potential.
