Emission abatement systems

Direct thermal oxidizers can be considered as normal combustion chambers where the gas stream, pollutant laden, is burned directly without any heat recovery.

These oxidizers, equipped with regenerative heat exchangers, are characterised by high thermal efficiency and, in some cases, allow the oxidation process to be self-sufficient.

Catalytic oxidizers make use of special catalysts to reduce the energy for activating the oxidation reactions of pollutant substances, to reduce fuel consumption.

Recuperative thermal oxidizers have an external or integrated thermal recovery section, coaxial with the combustion chamber for energy saving purposes.

The thermal oxidizers for deodorisation are specifically designed and sized to reduce the odorous load in a gaseous effluent.

The rotor concentrator system is an auxiliary plant to the emissions treatment systems where there are high flow rates and low concentrations of VOC to reduce the total energy consumption.

Tower scrubbers are used for the wet abatement of different types of pollutants, normally dissolvable in water. Whereas the Venturi system is also for the abatement of dust.

High-tech plants designed to abate and then to recover the solvent content present in a stream, by means of activated carbon adsorption and regeneration cycles.

High-tech plants designed to abate and then to recover the solvent content present in a gaseous stream. They are applied specifically to water-soluble solvents.

NMP Pyrrolidone recovery technology to meet emission limits and recover the solvent fed into the production cycle, for future reuse

Electric Thermal Oxidizers for flameless thermal oxidation
of COV and volatile compounds

We develop technologies and tailor-made applications aimed at enhancing energy efficiency and reducing fuel consumption while recovering heat or producing refrigeration units in simple and complex industrial cycles.

Units designed to separate several solvents into individual components (or units) are designated to optimise performance and costs according to the customer’s requirements and the actual technical situation.

Customised plants used in the industrial printing sector to guarantee automated distribution of solvent to printing machines at suitable pressure and temperature conditions.

Analysis, measurement and control systems for real-time testing and optimisation of the operating parameters of abatement and/or recovery plants that they operate with synergetically.

Engineering activity applied to production, focused on the reduction of the amount of air emissions increasing its VOC concentration for subsequent treatment.

Activated carbon filters use the properties of this material to reduce odours, VOC and particular substances in applications with limited flow rate and low concentrations.

Activated carbon has a highly porous structure with an elevated specific area. This allows it to capture many pollutant molecules inside, adsorbing them on the extended internal surface area.

Products with high chemical inertia and heat resistance widely used in the environmental sector can be supplied in the form of spheres, saddles or special shapes (honeycomb, cones, rashig, PALL rings…)

Special materials capable of separating molecules according to their size. This is due to the presence of precisely and uniformly sized tiny pores as well as a large surface area.