Renewable Energy from Biomass for Industry and Local Communities
Integrated thermochemical conversion solutions for reliable heat and power generation, tailored to industrial applications and local energy networks.
Thermal Energy
Controlled production of thermal energy for industrial processes, agro-industrial applications, and local heat distribution systems.
Electrical Energy
Local production of electrical energy through the integration of an ORC module or an equivalent thermoelectric conversion system.
Industrial Energy Integration
Reduction of dependency on external energy sources by utilizing locally available biomass.
Continuous 24/7 Operation
Systems designed for uninterrupted operation at nominal parameters, adapted to critical industrial applications.
Thermal Applications
Thermal Energy for Industrial Applications and Local Networks
Thermal energy is generated through the controlled pyrolysis process of biomass, carried out at temperatures of approximately 600–900°C in the reactor’s reaction zone, in the absence of oxygen.
The resulting process gases (syngas) are utilized to sustain the thermal regime of the installation and to recover energy in the form of usable heat.
Heat is transferred through dedicated heat exchangers and can be delivered in the form of:
Hot water (70–95°C)
Superheated water (110–150°C)
Process steam
Hot process air
Depending on the project configuration and installed capacity, thermal energy can be used for:
Industrial processes (drying, process heating, agro-industrial applications)
Heating of industrial or commercial buildings
Supply of local district heating networks, including residential consumption
Technical Note: The temperature range of 600–900°C refers to the reactor’s reaction zone. The energy delivered to consumers has controlled temperatures, adapted to the specific application (e.g. hot water or steam), through the use of heat exchangers.
Electrical Applications
Local Electricity Generation
Thermal energy generated through the pyrolysis process can be converted into electrical energy by integrating an ORC module (Organic Rankine Cycle) or an equivalent thermoelectric conversion system.
The conversion takes place through a closed thermodynamic cycle that drives an electrical generator.
The generated electricity can be:
Used for internal industrial consumption
Integrated into a local microgrid
Fed into the electrical grid, in accordance with applicable regulations
Stored in battery systems, depending on the project configuration
Technical Note: The reactor produces thermal energy, not electrical energy directly. Conversion into electricity requires a dedicated system (e.g. ORC module) and an electrical generator.
Energy Conversion Process
Biomass is fed into a pyrolysis reactor, where it is subjected to a controlled thermochemical conversion process in an oxygen-free environment.
At high temperatures (approximately 600–900°C), the organic material is transformed into:
- Biochar (stable carbon form)
- Process gases (syngas)
- Condensable volatile compounds
After the start-up phase, the system utilizes internally generated process gases to maintain the reactor’s thermal regime, significantly reducing the demand for external energy input during operation.
Process gases are treated and valorized for:
- Generation of thermal energy
- Supply of an electrical conversion system (e.g. ORC module)
- Supply of an electrical conversion system (e.g. ORC module)
Technical note: Energy self-sustaining refers to the use of internally generated process gases to maintain the reactor operating temperature after start-up. This concept does not imply full energy independence of the installation, but rather a significant reduction and optimization of external energy consumption.
Integration into Industrial Applications
Our solutions provide stable thermal and electrical energy for continuous industrial processes, reducing grid dependency and optimizing operational costs.
- Continuous energy supply for production lines
- Efficient recovery of thermal energy
- Direct integration into existing infrastructure
PROCESS INDUSTRIES
The conversion of agricultural and livestock residues into energy enables farms to become more efficient, more autonomous, and more sustainable.
- Valorization of local organic residues
- On-site energy production at farm level
- Reduction of costs and emissions
AGRICULTURE & LIVESTOCK
Our technology converts organic waste into energy and biochar, reducing landfill volumes and minimizing environmental impact.
- Reduction of waste volumes
- Controlled conversion with low emissions
- Energy valorization of residual materials
WASTE MANAGEMENT
Off-grid solutions ensure energy autonomy for remote locations or areas with limited infrastructure, providing operational stability and independence.
- Local production of thermal and electrical energy
- Independence from the national grid
- Reliable operation in remote areas
OFF-GRID SYSTEMS
Discuss an Energy Solution Tailored to Your Application
Every industrial application has different requirements. We analyze your specific context and propose a customized energy solution tailored to your operational needs.