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High Efficiency Heat Exchange Sludge Belt Dryer With Waste Heat Recovery and Low Noise Crawler Conveyor System

Waste Heat Closed Belt-Type Sludge Dryer

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.

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

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

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

Thermal Energy Cycle,Adding Value and Increasing Efficiency
Achieve thermal energy recycling and reuse, increasing the overall value of resource utilization.
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  • RC-200IIJ4dXX2

  • TENESUN

Waste Heat Closed Belt-Type Sludge Dryer

  1. Core Product Advantage: This waste heat type closed loop sludge belt dryer represents a significant breakthrough in energy efficient sludge management. By professionally integrating a waste heat recovery system, it processes wet air from the drying chamber through a sophisticated cooling and dehumidification cycle. This advanced technology enables the system to transform wet sludge with 83% moisture into dry solids below 30% moisture content. The fully closed loop design ensures that the entire process is completed within a sealed environment, eliminating odor emissions and preventing secondary pollution. This sustainable approach lowers operational costs by utilizing industrial waste heat sources that would otherwise be lost to the atmosphere.

  2. Practical Function Design: The system features an innovative cooling and reheating mechanism for maximum efficiency. Humid air from the drying chamber is first cooled down for dehumidification in the cooler, and then reheated by the heater into dry hot air before being recirculated into the dryer. This repeated cycle significantly reduces energy consumption compared to traditional open systems. The automated condensate drainage system efficiently discharges excess moisture into the sewage pool, ensuring a continuous and stable drying process. The fully automated intelligent control platform requires minimal manual intervention, providing real time monitoring of temperature and belt speed for reliable industrial throughput.

  3. Material And Specification Details: Every component of the Tenesun sludge dryer is constructed using high grade corrosion resistant materials to withstand harsh chemical environments. The main structure utilizes reinforced stainless steel to prevent degradation from high moisture and volatile compounds. The engineered drying belt is designed for extreme durability and optimal heat transfer, ensuring that sludge is dried uniformly across all layers. Our system is compatible with various waste heat inputs including low pressure steam and industrial hot water, offering unparalleled flexibility for diverse manufacturing plant utilities. The robust construction guarantees a long service life exceeding fifteen years with regular maintenance.

  4. Application Scenarios: This versatile sludge dewatering solution is widely deployed across a broad spectrum of industries including municipal wastewater treatment, textile dyeing, papermaking, electroplating, and chemical manufacturing. It is highly effective for processing sludge from leather, pharmaceutical waste, and kitchen waste facilities where volume reduction is critical for regulatory compliance. By converting bulky wet sludge into stable dry solids, it prepares material for various resource recovery methods. The dried output is perfectly suited for incineration for energy generation, agricultural composting, or as a raw material for building materials, effectively supporting a circular economy.

  5. Packaging And Supply Support: Tenesun provides comprehensive end to end support beginning with a detailed technical assessment of your waste heat potential and sludge characteristics. We ensure each machine is rigorously tested for performance and safety before being securely packaged in heavy duty industrial crates for safe international delivery. Our logistics team manages the complexity of cross border shipping to ensure timely arrival at your project site. We provide professional installation guidance, operator training, and an extensive inventory of spare parts to ensure continuous operation. Our engineering team offers ongoing technical consultations and OEM services to ensure your sludge drying project achieves its goals.

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