They optimize energy use and reduce environmental impact, driving the transition toward a more efficient and responsible industry.
HEAT RECOVERY SYSTEMS
Heat recuperartors harness the thermal energy generated by flue gases from solid, liquid, or gaseous fuels and transfer it to another fluid—typically the combustion air used within the same process.
Depending on the process and the temperature of the gases, heat transfer is achieved through:
Key benefits:
Improved energy efficiency
Reduced fuel consumption
Lower pollutant emissions
Return on investment within months
INDUSTRIAL HEATERS
We manufacture industrial heaters designed for a wide range of applications including process heating, drying operations, and industrial climate control.
Each unit is customised to meet specific operating conditions, ensuring reliable, efficient, and tailored solutions that meet our clients’ exact requirements.
Our heaters are classified based on thermal gradient and heat exchange capacity. From highest to lowest heating power, we offer:
Key Benefits:
Versatility across power ratings, pressures, flow rates, and temperature ranges (thermal gradients).
Custom-engineered designs to meet client specifications.
Clean technologies with low pollutant emissions.
INDUSTRIAL GAS CLEANING SYSTEMS
Our solutions for industrial emission control
These technologies efficiently eliminate Volatile Organic Compounds (VOCs) generated during industrial processes, converting them into CO₂ and H₂O. This significantly reduces the environmental impact of production activities while ensuring compliance with the strictest environmental regulations.
Key Benefits
VOC destruction efficiencies above 99%
• Maximum energy efficiency through optimised design, reducing consumption and operating costs
• Regulatory compliance guaranteed, including current legislation (e.g. Spanish Royal Decree RD 117/2003)
• Tailored solutions, adapted to each process, sector, and emission type
• Reliable and long-lasting installations, designed for continuous operation and minimal maintenance
• After-sales service and maintenance, including monitoring programmes and equipment traceability
• Wide applicability across a broad range of pollutants and industries
WASTE TO ENERGY
Waste-to-energy (WtE) is the process of recovering thermal energy generated during the combustion of waste materials.
Our waste recovery plants are designed to handle a wide range of residues and are typically structured around four key stages:
• Feeding Systems: We offer fully automated and controlled feeding systems, including: Container tippers, Screw conveyors, Sludge pumps, Controlled liquid injection lances… all adapted to the specific type and condition of the waste.
• Thermal Destruction: Combustion is carried out with precise control of oxygen supply and temperature, tailored to the characteristics of each waste stream.
• Energy Recovery: The thermal energy released during combustion is recovered using: Steam, hot water, or thermal oil boilers;
ORC electrical turbines; Gas-to-air heat exchangers; Leachate quench systems, among others
• Flue Gas Cleaning: All exhaust gases are treated using physical and chemical purification systems, ensuring full compliance with the latest environmental regulations before release into the atmosphere.