The MultiTherm safely removes highly contaminated, i.e. halogenous, waste gas streams and liquid waste as well as wastewaters especially in the pharmaceutical, chemical and petrochemical industry. CTP‘s MultiTherm is a combined process in air purification. It consists essentially of a thermal oxidation and one or more upstream or downstream ...
The AutoKAT combines the advantages of the regenerative thermal oxidation with those of catalytic oxidation and is a technologically advanced air pollution solution. The AutoKAT is a very cost-effective alternative if no catalyst poisons occur. Existing systems can be upgraded to an AutoKAT.
For high cleaning efficiency, the RecuKAT's attractive economic performance is due to the low reaction temperature of the CTP oxidation catalysts. CTP can refer to 25 years of experience with catalysts in industrial applications. The RecuKAT as an air cleaning system is suitable for small to medium gas flows with high concentrations.
Removal of sticky particulate (e.g. tar) and aerosols: CTP’s prefilters are filled with high temperature-proof ceramic saddles which generate a turbulent flow and allow for a rapid bake-out of deposits. Due to the depth and the volume of the filter packing particles, tar and aerosols are removed from the waste gas to a high degree.
CTP valves are specially designed for applications in gaseous media. They are manufactured from different metals and are tight, robust and wear-resistant. Additional options such as blocking gas sealing, high temperature design or position control are also available.
The VOXsorbTherm system has been developed especially for very lowly contaminated (VOC concentration < 100 mgVOC/Nm³) and periodically occuring waste gas streams. This adsorption system stands out due to an efficient non-simultaneous combination of pollutant separation and removal.
The perfect CTP solution for increased solid matter content (dust), sticky substances or corrosive components in the waste gas. The AutoTherm is suitable for flow rates of up to 300,000 Nm³/h, independent of the concentration and the nature of the contaminants. For waste gas temperatures from -20°C up to +400°C.
Removal of particulate: Even fine-grained particles are arrested in baghouse or pocket filters. Different filter media are available, depending on temperature and dust type. The dust collected in the filter is cleaned and discharged with jets of compressed air.
Rotary adsorbers based on the principle of adsorption are CTP's solution for continuous air pollution control at room temperature. The Rotorsorb achieves an optimal cleaning efficiency of organic pollutants.
Removal of inorganic components: The hot waste gas from the customer's process or upstream oxidizer is cooled in a quench and then directed to a scrubbing chamber. The scrubbing medium, usually water or acid/alkali solutions is injected into the scrubber and trickles over the packing material from top to bottom. The inorganic pollutants in the ...
The VOXcube purifies organic (VOC) and specific inorganic pollutants in the waste gas. The system is suitable for flow rates up to 125,000 Nm³/h, independent of the concentration and the nature of contaminants. For waste gas temperatures from -20°C up to +350°C.
Very large fluctuations in the concentration of contaminants in the raw gas challenge the air purification system and can even lead to a complete shutdown when temperature limits are exceeded. An upstream CTP smoothing bed stores and smoothes concentration peaks. The fixed bed provides the air purification system with an even and reduced ...
CTP's vision for catalytic oxidation (CO) combines: Extensive expertise in the production of random and honeycomb block catalysts with well-engineered fixed bed technology and highly efficient integrated tube or plate heat exchangers.