CTP Chemisch Thermische Prozesstechnik GmbH / CTP Air Pollution Control GmbH

13 products found

CTP Chemisch Thermische Prozesstechnik GmbH / CTP Air Pollution Control GmbH Products

  • Thermal Systems

    Optimal abatement of all organic pollutants & multiple waste gas streams. In regenerative thermal oxidation systems (RTO) harmful compounds are oxidized without residue and the oxidation energy plus the heater energy is recovered by the ceramic heat exchanger and is further used in the process resulting into reduced auxiliary fuels requirements and lower operating costs. In direct thermal oxidation systems (TO) several waste gas streams, liquid or gaseous, with concentrations from l

  • CTP - Model VOXcube - Regenerative Thermal Oxidation System

    CTP - Model VOXcube - Regenerative Thermal Oxidation System

    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, with a wide variety of concentrations and contaminants. For waste gas temperatures from -20°C up to +350°C.

  • CTP - Model AutoTherm - Regenerative Thermal Oxidation System

    CTP - Model AutoTherm - Regenerative Thermal Oxidation System

    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.

  • CTP - Model MultiTherm - Direct Thermal Oxidation (TO) System

    CTP - Model MultiTherm - Direct Thermal Oxidation (TO) System

    For safe removal of 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. It consists essentially of a thermal oxidation and one or more upstream or downstream processes fitted to the application. These could be heat recovery, wet scrubbing and DeNOx, among others. Our burner system has managed...

  • Catalytic Systems

    Defined pollutant compositions in low or high concentrations. Waste gases are heated in the presence of special CTP oxidation catalysts which are responsible for the high cleaning efficiency and outstanding cost-effectiveness of the recuperative catalytic oxidation (CO). Low reaction temperature achievable with catalysts and the outstanding thermal efficiency of the regenerative thermal oxidation (RTO) are the benefits of the regenerative catalytic oxidation (RCO). Further CTP has developed

  • CTP - Model RecuKAT - Recuperative Catalytic Oxidizer (CO)

    CTP - Model RecuKAT - Recuperative Catalytic Oxidizer (CO)

    For high cleaning efficiency, the RecuKAT's attractive economic performance is due to the low reaction temperature of the CTP catalysts. CTP can refer to more than 30 years of experience with catalysts in industrial applications. The RecuKAT is suitable for small to medium gas flows with low or high concentrations.

  • CTP AutoKAT - Regenerative Catalytic Oxidation (RCO) System

    CTP AutoKAT - Regenerative Catalytic Oxidation (RCO) System

    The AutoKAT combines the advantages of regenerative thermal oxidation with those of catalytic oxidation. The AutoKAT is a very cost-effective alternative for well understood waste streams. Existing RTO systems can be upgraded to an AutoKAT.

  • Hybrid Systems

    Combined technologies in one system - for the best achievable solution. Regenerative thermal oxidation systems (RTO) in combination with direct thermal oxidation systems (TO) but also with selective non-catalytic reduction technology (SNCR) with injection of liquid or gaseous reduction agents into the waste gas as well as selective catalytic reduction (SCR), both for the reduction of NOx. Proven systems and longterm experience resulted into a new series of optimal solutions.

  • CTP - Hybrid Regenerative Thermal Oxidation System

    CTP - Hybrid Regenerative Thermal Oxidation System

    The perfect CTP-solution for combined cleaning of low laden organic waste gas flows and high caloric off gas and/or liquids even without LEL protection. The Hybrid-RTO is especially suitable for small flows at concentrations > LEL, which occur continuously or discontinuously. Design of the raw gas injection is possible in ATEX.

  • Sorptive Systems

    For treating large waste gas volumes with low contaminant concentrations as well as for concentration peaks or batch processing but also for the removal of inorganic components CTP relies on adsorption and absorption technologies. For example rotary adsorbers are used to concentrate a large flow with low contaminant concentration to a much smaller, highly concentrated waste gas stream. CTP’s single or multiple fixed beds adsorb contaminant peaks and highly variable concentrations and t

  • CTP - Model RotorSorbTherm - Rotary Adsorber

    CTP - Model RotorSorbTherm - Rotary Adsorber

    CTP’s solution for continuous control of lean waste streams at room temperature. The RotorSorb achieves an optimal cleaning efficiency of organic pollutants, and low operating costs.

  • CTP - Model WetSorbTherm - Wet Absorber System

    CTP - Model WetSorbTherm - Wet Absorber System

    After the oxidation of for example halogenated hydrocarbons, the corresponding hydrogen halides and elemental halogens emerge. Inorganic pollutants are efficiently removed from the waste gas by wet gas purification. The combination of exhaust gas cooling (quench) and waste gas purification (scrubber) is ideal for use after a convential APC system.

  • CTP - Model VOXsorbTherm - Fixed Bed Adsorption System

    CTP - Model VOXsorbTherm - Fixed Bed Adsorption System

    The VOXsorbTherm system has been developed especially for lean VOC concentration (less than 200 mgVOC/Nm³) and periodically occurring waste gas streams. The system is regenerated in place by an accompanying oxidation system.