Waste Heat Closed Belt-Type Stainless Steel Energy Saving Sludge Dryer

Waste Heat Closed Belt-Type Sludge Dryer

1. Using a waste heat recovery system, humid air from the drying cabinet is cooled and dehumidified through the cooler, and then reheated by the heater into dry&hot air. This air is sent into the dryer,and the process repeats continuously.The moisture in the sludge is drained as condensate into the sewage tank.

2. Waste Heat Utilization,Energy Conservation and Consumption Reduction.Fully recycle industrial waste heat to significantly reduce machine operating energy consumption.

3. Pedrail Conveying, Stable Operation.Using a pedrail-type conveying structure, ensuring the whole machine’s low-noise, stable and reliable operation.

4. Highly-Efficient Heat Exchange, Significant Volume Reduction.The heat exchange system has high heat transfer efficiency and excellent sludge volume reduction effect.

5. Thermal Energy Cycle,Adding Value and Increasing Efficiency.Achieve thermal energy recycling and reuse, increasing the overall value of resource utilization.

6. We have focused on the research and development of green and energy conservation machines, with business covering diverse scenes such as commercial hot water, heating and cooling, air treatment, swimming pool constant temperature&dehumidification, and sludge drying, providing professional system energy solutions.

7. TENESUN innovatively integrates cooling and ventilation system technologies to launch a low-temperature sludge drying system. The system can dry wet sludge with a moisture content of 83% to below 30%.The system operates fully automatically and intelligently, with low energy consumption and zero pollution.It is specifically designed for sludge drying reduction projects in different fields such as municipal engineering, printing&dyeing, paper-making, electroplating, chemical industry, leather processing, pharmacy,kitchen waste and so on. It helps to take the advantage of the harmless material for subsequent incineration, composting and building materials, breaking through the limitations of traditional drying technologies.