Technology. Innovation.
Sustainability.
Smart solutions that optimise resources, enhance performance and protect the planet.
Tecnologías Innovadoras
Advanced solutions for sustainable water and energy.
InnoECA
Advanced water treatment for a cleaner and more efficient future.
InnoPYRO
Intelligent pyrolysis that transforms waste into energy and high-quality biochar..
Engineering that drives change: We develop solutions that not only solve problems, but also anticipate needs and create long-term value.
InnoPYRO 600
A compact continuous pyrolysis system designed for small and medium-sized industries. It converts fine biomass, such as sawdust or slurry, into certified biochar, syngas and bio-oil, with high efficiency and low energy consumption. Ideal for facilities with limited space and intermediate energy requirements.
Technology for Energy
Technical Specifications
System type: Continuous pyrolysis.
Capacity: 500–700 kg/h of agroforestry biomass.
Operating temperature: Up to 900 °C.
Feed moisture (conditioned): ≤ 18% (≤ 50% without conditioning).
Accepted particle size: ≤ 30 mm.
Installed electrical power: 8.5 kW.
System control: Automated with PLC and remote monitoring.
Construction material: AISI 310 stainless steel.
Applications: Small and medium-scale projects, especially with fine biomass (sawdust, husks, slurry).
InnoPYRO 900 -5000
Industrial rotary pyrolysis plant for large volumes of agroforestry biomass. Scalable from 900 to 5,000 kg/h, with a configurable design and maximum robustness to produce activated biochar, bio-oils and syngas. Ideal for industrial environments with high energy demand and a circular economy vision.
Technology for Energy
Technical Specifications
System type: Continuous rotary pyrolysis.
Capacity: 900–5,000 kg/h of agroforestry biomass.
Operating temperature: Up to 900 °C.
Feed moisture (conditioned): ≤ 18% (≤ 50% without conditioning).
Accepted particle size: ≤ 30 mm.
Installed electrical power: 12–55 kW (depending on model).
System control: PLC with optional remote monitoring.
Construction material: AISI 310 stainless steel.
Applications: Large-scale industrial operations with varied biomass feedstocks and high processing volumes.
InnoPYRO
Key Differentiators
Advanced Technology (both systems):
Intelligent pyrolysis with automatic process control.
Production of three energy-related fractions: biochar, bio-oil and syngas.
Flexibility in the type of biomass used.
Production of tailor-made, activated and certified biochar (EBC/WBC) by Pyrocatalytica.
Integration with electricity/thermal energy generation systems and anaerobic digestion.
Reduction of emissions and valorisation of by-products.
LC 600 (specific advantages)
Compact and easy to integrate into space-constrained industrial environments.
Ideal for fine or dry feedstocks (slurry, sawdust, etc.).
Low electrical consumption and high operating performance.
Scalable for large processing volumes.
Configurable according to feedstock and desired final product.
High thermal efficiency with optional post-combustion chamber.
Ideal for industries with a constant supply of wet or varied biomass.
RT 900–5000 (specific advantages):
InnoECA
An Advanced Electrocoagulation system that transforms industrial, agricultural and livestock effluents into reclaimed water, without added chemicals and with minimal sludge generation. Ideal for fertigation, industrial reuse or membrane pretreatment, in compliance with the new European regulations.
Technology for Water
Technical Specifications
Core technology: 2nd-generation Advanced Electrocoagulation.
Optional: Integrated electro-oxidation.
Operating mode: Continuous, automatic and modular.
System control: Fully automated via PLC with touchscreen.
Electrodes: Anode and cathode arranged vertically with automatic cleaning.
Automatic adjustments: Voltage, current and electrode spacing according to water conductivity.
Microbubble generation: Facilitates flotation and automatic sludge separation.
Chemical consumption: No addition of external chemicals.
Sludge generation: Very low, producing sanitised inert sludge.
InnoECA
Key Differentiators
Key Advantages
Minimal civil works required (compact design).
Simultaneous removal of multiple contaminants in a single stage.
Low sludge generation and no added chemicals.
Low and predictable operating costs.
Ideal for compliance with European regulations (EU 2020/741).
Treatment Performance
COD / BOD₅: > 90% removal.
Total and Kjeldahl nitrogen: > 75% removal.
Phosphorus: > 99% removal (recoverable).
Heavy metals: > 99% removal.
Oils and greases: > 95% removal.
Pathogens: Complete removal (viruses, bacteria, parasites).
Odours: Complete removal.
Final water quality: Suitable for fertigation, industrial reuse or membrane pretreatment.
Agriculture and livestock: Irrigation with safe water and slurry reuse.
Industry: Internal water reuse, reduced potable water consumption and discharge compliance.
Anaerobic digestion: Improved performance and membrane protection.
Circular carbon: Nutrient recovery and valorisation.
Key Applications
Catalytic Chambers
We incorporate catalytic modules as an extension of the process train to optimise pyrolysis gas according to the client’s objectives (energy, emissions, odours and operational continuity).
Our approach is based on R&D and custom-designed solutions, fully integrable with modular intelligent pyrolysis systems. If you have variable flow rates or strict requirements, we size the solution with you.
Catalytic Chambers for Pyrolysis Gas: Cleaner Syngas, Lower Emissions, Greater Uptime
R&D&I
Innovation in processes, energy and biochar production.
Sectors
Solutions for water, energy, agro-industry and more.
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Applications
Innovation in water, energy and waste management.
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Advanced Electrocoagulation and Industrial Pyrolysis: Proprietary InnoECA & InnoPYRO Technology
Electrocoagulation Water Treatment Systems: No Added Chemicals or Secondary Waste
The chemical-free electrocoagulation technology integrated into the InnoECA system uses second-generation electrochemical principles to destabilise contaminants in industrial wastewater. By applying a controlled electric current through vertically arranged sacrificial electrodes, cations are generated in situ, acting as coagulant agents.
Technical Advantages and Efficiency Compared with Conventional Technologies
Advanced industrial wastewater treatment using electrochemical processes stands out for its effectiveness in removing COD and BOD, achieving removal rates above 90% in most agri-food and chemical effluents. Innosuns systems can incorporate optional integrated electro-oxidation, enabling the degradation of complex organic molecules that conventional treatments are unable to break down, while ensuring complete pathogen removal without the use of biocides.
The InnoPYRO range represents cutting-edge technology for solid-waste valorisation. Our industrial pyrolysis systems can process agroforestry biomass and dried sewage sludge under controlled-atmosphere, high-temperature conditions without combustion. This thermolysis process converts organic matter into three high-value products: syngas, bio-oil and industrial biochar.
Intelligent Pyrolysis: Transforming Biomass into Energy and Biochar
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C/ Cercado Grande 2
28160 Talamanca del Jarama (Madrid)
