Case
Study

TVT supplies flue gas treatment plants for industrial processes with high air pollution and hard working conditions (high temperatures, presence of pollutants combination, etc.), in which a detailed engineering study and careful plant selection is required in consideration of multiple factors affecting the reliability and efficiency of the plant itself.

Sectors involved: chemicals, waste treatment and incineration, foundry and refinery, metallurgy...etc.

TVT provides high-temperature gas filtration solutions, where the production process involves the emission of polluted gas at constant temperatures above 400°C. This technology, based on the application of ceramic filter elements, makes it possible to optimise the space dedicated to the flue gas treatment plant and to recover the energy on the clean side, thus ensuring better efficiency and less wear and tear on the energy recovery system.

Sectors involved: glassworks, waste incineration, biomass ... etc.

TVT offers solutions for dry filtration by means of self-cleaning bag filters with guaranteed residual dust emissions below 1 mg/Nm3 . These solutions are suitable for air and process gas with temperatures up to 250°C.

Sectors involved: chemical industry, waste-to-energy, foundry and refinery, metallurgy, glassworks ... etc.

TVT supplies solutions for dry neutralization of compound acids by injection of basic reagents and wet neutralization by flue gas washing in a basic scrubber.

Sectors involved: chemical industry, waste treatment, foundry and refinery, metallurgy, glassworks ... etc.

TVT provides the solutions for NOx reduction with SNCR systems using ammonia injection into the process flue gas and SCR systems using catalytic reactors to enhance the NOx reduction reaction and control the NOx emissions. 

Sectors involved: chemicals, waste treatment, foundry and refinery, metallurgy, glassworks ... etc.

For a potentially explosive environment, TVT offers ATEX certified  filtration plants for zone II and IIID, equipped with explosion-prevenion active components and explosion.hazard minimization passive components. 

Sectors involved: chemicals, waste treatment, foundry and refinery, engineering, glassworks ... etc.

For processes with a constant emission of high-temperature gas, it is possible to install energy recovery systems in the form of hot air, superheated water/ diathermic oil and/or combined system with electricity generation. Please contact us for feasibility study and cost-benefit evaluation.

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Sectors involved: chemicals, glassworks, waste-to-energy, biomass, metallurgy and others.