The units can process up to 63 types of biomass, including:

• plant residues (straw, vines, stems, husks)
• forestry residues
• dried sludge
• dried / digested manure
• residues from the food industry
• wood chips

A modular unit can be installed in 1–3 days, as it is delivered in a fully equipped industrial container, ready for operation.
In practice, you have a functional plant in less than a week.

A standard unit requires approximately 150–250 m², depending on the biomass flow and location. No special foundations or buildings are required.

No. The system is fully automated and requires 1 operator who can be quickly trained.
Pure Carbon Solution provides training and ongoing support.

The installations operate at controlled temperatures, with extremely low emissions, compliant with European standards.

All gases are recirculated and reused in the process.

It does not produce smoke, odors, or toxic pollutants.

A standard unit processes ~2,700 tonnes/year of biomass and produces:

• ~600 t/year biochar
• ~4,500 MWh thermal energy
• ~5,000+ tonnes of CO₂ sequestered and avoided

Approximately 70% of the energy contained in biomass is recovered as reusable heat.
It is one of the most efficient systems for energy valorization of organic waste.

Technically, no. The pyrolysis process always produces biochar — this is the advantage:

• you get renewable energy,
• you get a valuable physical product,
• you get carbon sequestration → carbon credits.

A modular installation can generate over 4,000–5,000 MWh/year of thermal energy, usable for:

• heating public buildings (schools, town halls, clinics)
• industrial halls / logistics spaces
• agricultural dryers
• greenhouses / solariums
• domestic hot water production

Yes. The produced heat can be connected to:

• local district heating networks
• thermal points
• thermal micro-grids
• standalone heating systems

It is ideal for municipalities aiming to reduce gas costs.

The cost depends on the biomass used, but in most cases it is significantly lower than natural gas.

For municipalities, it can generate savings of up to 40–60% on heating.

Yes. The installations can supply:

• domestic hot water
• thermal agent
• recirculated water for radiators / underfloor heating

It is an excellent solution for schools, kindergartens, cultural centers, sports halls, etc.

Only if the electricity generation module is installed.

In general, the recommendation is:

• thermal use for self-consumption (efficient and simple)
• electricity where there are constant consumers (industrial halls, large farms)
  

Yes. It is one of the most efficient applications:

• grain drying
• medicinal plant drying
• wood drying
• fruit and vegetable drying

Yes. Many municipalities and farms use biochar + thermal energy for:

• greenhouse heating
• extending the growing season
• reducing costs for gas / pellets

Biochar stores carbon in the soil for hundreds to thousands of years.

This process generates carbon credits, which can be traded on international markets — an additional revenue stream for businesses and authorities.

Revenues can come from:

• selling biochar to agriculture, horticulture, industry
• selling renewable thermal energy
• selling carbon credits
• significant savings by reducing waste storage and transport costs

Yes, the projects are profitable for:

• investors
• private companies
• farms
• associations
• local authorities

Due to multiple revenue streams, the investment payback is attractive.

Yes. The technology fits into:

• circular economy
• waste management
• renewable energy
• emissions reduction
• environmental and agricultural programs

Pure Carbon Solution provides full support for eligibility and documentation.

Yes. Pure Carbon Solution organizes official visits to operational installations, for technical demonstrations, clarifications, and real performance evaluation.