The perfect CTP-solution for a combined cleaning of organic pollutants (RTO) and nitrogen oxides (SCR) at high efficiencies. The RTO-i-SCR is suitable for flow rates up to 300.000 Nm³/h at raw gas temperatures up to +200°C. Combined technologies in one system - for the best achievable solution. Highest flexibility and possibility for extension Combined VOC, CO, N2O and NOx treatment Highly effective SCR catalyst operated at optimum temperature
CTP CHEMISCH THERMISCHE PROZESSTECHNIK GMBH
Austria
CTP’s SCR systems are used in industrial processes with a wide variety of gas volumes and NOx concentrations. These systems are also suitable for increased particulate content: Maximum cleaning efficiency Low operating costs Optimal injection and distribution of the reduction agent For low dust applications Small footprint
Request for a quoteCTP CHEMISCH THERMISCHE PROZESSTECHNIK GMBH
Austria
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. Injection of high caloric raw gas and/or liquids Higher cleaning efficiency due to direct injection Flexible and energy-efficient operation adapted to injection Highest flexibility and possibility for extension
Request for a quoteCTP CHEMISCH THERMISCHE PROZESSTECHNIK GMBH
Austria
CTP's VOCNOxTherm system combines low operating costs and excellent cleaning efficiency of an RTO with the NOx reduction of an SNCR. In several applications the VOCNOxTherm eliminates the need for an additional and complete SCR system. All-in-one simultaneous abatement of VOC and NOx Existing CTP RTO systems can be equipped with NOx control Specially designed injection lances and distribution system
Request for a quoteCTP CHEMISCH THERMISCHE PROZESSTECHNIK GMBH
Austria
CTP's VOXcube (RTO) 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: Maximum cleaning efficiency High longevity Very easy to maintain Lowest energy consumption
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