Waste Heat Energy Saving Industrial Sludge Drying Equipment 200T/D Capacity

Waste Heat Energy Saving Industrial Sludge Drying Equipment 200T/D Capacity

System Introduction:

At present, the direct emission of high temperature flue gas, steam occurs in lots of printing and dyeing

factories, power plants, which is a great waste of thermal energy. At the same time, there is a need for

the drying of sewage sludge or other materials, which will consume a lot of fuel to supply heat. It will

have great significance to reduce the environmental pollution and to alleviate economic pressure of

enterprises by making effective use of the waste heat to dry the wet materials. Different factories are

with different tail gas temperature, most of them is between 120℃ and 500℃.

Process Flow :

The scheme for maximizing the utilization of system thermal energy can be designed as per different

material, waste heat temperature and waste heat flow.

Case: 200T/D Sludge Processing Project for one of Dalian Petrochemical Companies, and exhaust flow:

750000 Nm³/h; exhaust temperature: 135℃; Our design is to use three sets of Φ4 x 32m dryer, which

have been put into production.

System Advantages:

1. Waste heat utilization, energy saving and environmental protection;

2. No fuel consumption, few power consumption, the original dust removal system can be used to save

investment;

3. Obtain raw material locally, additional land is not required;

4. High level of automation, laborsaving;

5. Drying time can be adjusted, and the water content can be controlled after drying;

6. By adopting thermal resistant material on surface of shell, so as to prevent heat loss. In this way, it

reduces fuel consumption, that is to say, energy saving.

Technical Data:

Rotary Dryer Shipped to Indonesia:

    Lipu Heavy Industry Co., Ltd, headquartered in Pudong New District, Shanghai, is composed of Shanghai

Lipu Heavy Industry Co., Ltd and Jiangsu Lipu Heavy Industry Co., Ltd., which is a famous company

specialized in designing and manufacturing ore dressing machinery, crushing and drying equipment. Thanks

to our profession and rich experience, we become well known for supplying complete mineral processing

plants at 100-5000tons per day processing capacity and providing turnkey project service. We have

established long-lasting cooperation with many research institutions at home; we can do mineral beneficiation

experiment and design complete ore-dressing plant and non-standard equipment according to clients’

requirements.  We supply one-stop service for our customers: From the designing of the technological plans,

equipment manufacturing, installation, commissioning and operation.

    We have cultivated a professional technology and after-sales service team, and successfully achieved

ISO9001：2008 Quality Management Certificate and EU CE Certificate, and Russia GOST Certificate, etc.,

our products are well-known both in China and foreign countries, which have been exported to more than 60

countries, including Canada, Australia, Russia, Central Asia, Middle East, South America, Southeast Asia,

Northeast Asia, Africa, etc.

    We have well experienced technical team in our Technical Department and R&D Department with more than

30 technicians (5 senior engineers and more than 20 technicians).  In our factory, we have 200 sets of various

processing equipment, including complete inspection equipment, and the total hoisting tonnage is above 500

tons.  We guarantee product quality based on mature processing technic.  Since we have established long-

lasting relationship with forging company and logistic company, we can assure you quality products and timely

transportation.

    We devote ourselves to providing trustworthy product and value-added service for global customers and to

creating value for customers, which are the unanimous goal of all the Lipu employees. Under the guidance of

united, pragmatic, dedicated and innovative spirit of enterprise, we look forward to cooperating with you to

build a beautiful world and prosperous future together.