Transforming waste into sustainable resources.
We implement industrial pyrolysis solutions based on Carbo-Force technology, which transform local biomass into renewable energy and biochar, providing operational stability and control over energy costs.
Higher crop productivity
We transform organic waste from agriculture, forestry, and the food industry into resources for agricultural use, enabling crop productivity increases of up to 30%.
Soil and water regeneration
Biochar restores land affected by overuse, drought, or pollution. It removes organic pollutants and heavy metals from water.
Less waste
The use of waste for biochar production removes it from the natural cycle.
Green energy
The biochar production process generates thermal energy as a by-product, without carbon emissions.
INDUSTRIAL CAPACITY
up to 10 MWth
Carbo-Force technology
Advanced Industrial Technology.
Industrial Implementation.
Pyrolysis systems for continuous operation.
Industrial Pyrolysis Reactor
The core of the system is the continuous operation reactor, designed to operate at high temperatures without oxygen. This technology ensures precise thermal decomposition of biomass, maximizing fixed carbon yield.
Controlled operating temperature: 600°C – 900°C
Closed system with zero uncontrolled emissions
Automated adjustable residence time
Robust construction for 24/7 operation
Automated Process Flow
The entire process, from raw biomass feeding to biochar storage, is managed by a centralized SCADA system.
Process engineering eliminates human error and ensures consistency of the final product.
Drying and pre-conditioning of biomass
Multi-stage heat recovery for maximum efficiency
Gravimetric separation and advanced filtration
Real-time monitoring of critical parameters
Modularity and Connectivity
The solution is delivered as a containerized or skid-mounted system, enabling rapid installation within existing infrastructure. The system can be directly connected to district heating networks or integrated into secondary industrial processes.
Scalable modular design (0.5 – 5 MWth)
Reduced footprint (compact footprint)
Plug-and-play integration with utilities
Integrated predictive maintenance
Measurable Impact.
Concrete Results.
MWh
Renewable energy generated annually
tonnes
CO₂ permanently removed
600 tonnes
Biochar produced
%
Local circular economy
Real Applications of Biochar
Biochar has applications across a wide range of industries, from agriculture and livestock farming to construction and environmental protection.
In agriculture, biochar is used as a soil amendment, contributing to the restoration of degraded soils, increased crop productivity, and improved resilience to climate stress.
- Improvement of soil structure
Enhances soil porosity, aeration, and biological activity.
- Increased water and nutrient retention
Reduces nutrient leaching and improves water-use efficiency.
- Enhanced agricultural productivity
Supports more stable crop yields over the long term.
AGRICULTURE
In livestock farming, biochar is used as a feed additive and for farm management, with a direct impact on animal health, productivity, and the reduction of emissions associated with livestock production.
- Reduction of methane emissions
Improves digestive efficiency in ruminants and stabilizes the rumen microbiome. - Improved animal fertility and longevity
Supports metabolic health, contributing to improved reproductive performance and extended lifespan.
- Improved farm conditions
Reduces odors, ammonia emissions, and improves manure management efficiency.
LIVESTOCK
Biochar is used in construction and infrastructure to improve material performance and reduce the environmental impact of construction projects.
- Improved material durability
Enhances the mechanical properties and stability of construction materials. - Reduced carbon footprint
Contributes to lowering the embodied carbon of construction materials. - Applications in roads and infrastructure
Used in asphalt mixtures and base layers to improve performance and longevity.
CONSTRUCTION
Due to its physico-chemical properties, biochar is used for environmental protection and water treatment, contributing to pollution reduction and ecosystem restoration.
- Water filtration and purification
Adsorbs organic pollutants and heavy metals. - Remediation of contaminated soils and water
Applicable in areas affected by industrial or mining activities.
- Ecosystem protection
Supports long-term restoration of natural ecosystems.
WATER & ENVIRONMENT
Services
We provide full support for the design, installation, and operation of industrial pyrolysis and energy production systems.
Evaluation
We analyze local resources and project feasibility to define the most suitable technological solution.
Installation
We design and install modular pyrolysis systems and integrate them into existing industrial processes.
Commissioning
We put the installation into operation, optimize process parameters, and ensure integration into production workflows.
Training
We prepare personnel for plant operation through practical training and technical documentation.
Consulting
We provide advisory services for financing, carbon credits, and business model development.
Meintenance
We ensure technical support and maintenance for stable and safe long-term operation.
Our Partners
We collaborate with technology leaders and research institutions to validate and certify every stage of the process.
COLLABORATION
Start an Energy Project
We discuss energy projects, biomass valorization solutions, and implementations tailored to local needs.
Technical consulting is provided from the design phase through to execution.