Product Introduction

Although there are many kinds of methods to deal with pond sludge, our company still keeps finding best solutions. After seven year’s patient research, TDOSD finally comes on scene. Once put into drying market, this system is well recognized by customers. After continuous perfection and adjustment, this drying system is more and more stable. In addition, its floor space is reduced greatly.
This system consists two main units, dehydration system and drying system.
The TDOSD series of dehydration system cannot only be moved, but also breaks through technology limits. This dehydration system can concentrate pond sludge to solid state one time.
TDOSC drying system adopts most advanced drying technology. This system can be used to deal with both fluidized and solid state materials. The routines of materials in the dryer can be controlled. Discharged materials can be powder state, which realize the integration of drying and milling process. 

Product Superiority

Taida dehydration and deep drying system is developed with the cooperation with famous Germany waste water disposal group. After continuous adjustment and reform, Taida has formed a whole set of sludge disposal process which integrates dehydration and drying into a whole. This technology has been accepted by European countries. In recent years, this system has been established for about 20 sets in world wide. Taida drying process ranks top at home and abroad.
1. Advanced technology: learning from previous failure and successful experience at home and abroad, Taida drying system combines with Germany technology. This drying system meet domestic situation with its mature and stable drying technology.
2. Simple drying process: it combines material dehydration and hot air drying into one system. Customer can choose final moisture according to real demands. For customers who have no strict moisture requirements, sludge can be directly transported after dehydration. For those who have strict moisture requirements, our system can reduce the moisture to lower than 10% one time.
3. High efficiency and less energy consumption: with advanced technology, this system holds high dehydration efficiency and costs less energy.
4. After disposal by Taida drying system, the final moisture of pond sludge is very stable. Sludge after being dried contains no impurities.
5. The whole system is controlled by automatic control cabinet. Coal consumption of this system is 10% to 15% lower than common drying machines.
6. This drying system holds fast drying speed. In addition, it holds uniform drying effect. The whole system is very easy to be controlled. With less energy consumption, this system holds no pollution to environment.
7. Matched with whole set of exhaust gas purification system, there is almost no pollution caused to environment. By adopting patent thermal recycling technology, the whole system consumes less running cost.
8. The whole system is operated in a very clean environment with less noise. Owing to less auxiliary equipment, this whole system occupies less area.
9. This dryer can adopt various heat source, such as coal, gas, oil, exhaust gas and exhaust heat. Therefore, customers from different areas can choose suitable fuel according to local situation. This drying system is especially suitable for comprehensive power generation plants and thermal energy companies.

Working Principle

TDOSC series drying system is composed of two main units, dehydration system and deep drying system. Customer can select according to real situation.
1. Dehydration system
TDOSD dehydrator can finish dehydration aim very quickly. Materials can be condensed into solid state.
With small body, this dehydrator machine occupies less area. Different from frame filter press and spiral dehydrator, it is a kind of latest dehydration system which specially designed for sludge.
2. Deep drying system
This deep drying system can reduce moisture to appointed standard on time. Customers can choose to carry out drying process after dehydration. The volume of this drying system is one fifth of traditional rotary dryer. This drying process is a continuous research results based on our many years’ research. 
 

Technical Parameter

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