inside partly loaded catalytic converter

inside partly loaded catalytic converter

flue gas cleaning

flue gas cleaning

hazardous waste treatment

hazardous waste treatment

Renewable energies

Biomass consists to a large extent of carbon. Carbon is formed by photosynthesis from atmospheric carbon dioxide and is incorporated in the biomass. The increased use of such biomass within a sustainable agriculture, forest and waste management scheme is one of today's most important eco-political targets. Reduction of combustion of fossile fuels has the highest priority. Increased use of biomass largely contributes to climatic protection and to the sustainable development of rural areas. Renewable energies become more and more important which, in our area, are mainly wood, energy crops and biowaste. CTU is world-wide licensee of the KOMPOGAS technology for production of biogas from biowastes and energy crops. CTU builds wood gasification plants in cooperation with PYROFORCE who are the supplier of the gasifyer.

Thermal Oxidation

Do you have solids, liquids, sludge and/or off-gases, which need thermal destruction? Then you are right with CTU! Our hazwaste combustion systems may be designed for a wide range of hazardous wastes as generated e.g. from chemical production. Our extensive know-how in the field of combustion and flue gas cleaning technologies enables us to design and build plants for difficult wastes, with high concentrations of contaminants such as chlorine, bromine, sulfur, nitrogen or phosphorus. If feasible, heat as well as by-products such as HCl or HBr can be recovered. Hence we offer complete and sustainable solutions focussing on recycling and recovery for the end of each process chain. Our technologies include rotary kilns, combustion chambers and others. Thermal capacities typically range from 1 to 30 MW. More than 25 CTU hazwaste combustion plants are in operation around the world