Customization: | Available |
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Output: | 33tph |
Certificate: | ISO9001,ISO14000,CE |
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1.Introduction of active lime production line
From the whole seeing, including four stages equipment, material crushing, clinker heating, cooling, packing, The detail equipment are clinker crusher, vibrating screen, rotary kiln, preheater, cooler, elevator, plate conveyor and so on.
The active lime is the commonly to say " CalciumOxide ", the mainly content is CaO that be calcined by CaCO3. The lime si the most important industry basic materials. Form the current market seen, The low quality lime market need is less than the supply. But the high quality lime supply is unable to meet the market demand...With the development of the market economy, The high quality lime 's quantity demand cann't satisfy the current social demand.The cylindrical kiln body 's upper port fix distributor. The distributor shape is cylindrical, the upper line fixed input material port, the body have inputtin wind port, the central bottom of the kiln body fix material discharge controller. The upper of the material discharge controller has the splitting taper, the under part is funnel. The finnel of the under part ot the material discharge controller has the unloader, unloader splice the kiln body.
2. The whole process of active lime production line
Qualified limestone stores in silos and be shipped through the pre-heater by the elevator into the silos which is on the top of the pre-heater.The pre-heater on the top of silos is consisted of top and bottom level meter controllers which control the feeding capacity. Then through the feed tube the limestone is distributed to the indoor compartment of the pre-heater.The limestone in the pre-heater is heated to around 900 C by the kiln flue gas of 1150 C. At this time, about 30% of the limestone has been decomposition. Then the limestone is put into the rotary kiln by the hydraulic stem. In the rotary kiln the limestone sinters and decomposes into CaO and CO2. Then the decomposed limestone goes into the cooler and is cooled to about 100 C by the cold air and then is discharged.The 600 C hot air after heat exchange goes into the kiln and combusts with gas. The Exhaust gas blended with the cold wind go to the bag filter through the suction fan and then through the exhaust fan into the chimney.The limestone out of the cooler enters into the lime storehouse through the vibrating feeder, chain bucket conveyor, bucket elevator and belt conveyor. Whether to carry out screening and other procedures depends on customer.
Main advantage:
1. Good quality and high output, suitable for large-scale activity of lime production line and large-scale production.
2. Stable production, all the production with the negative pressure, air flow and higher security.
3. Simple structure, easy control and beneficial operation and maintenance.
4. Fine grade limestone can be calcined, full use of mine resources.
5. Low heat consumption per unit of product, installation in vertical kiln perheated kiln can take advantage of exhaust warm limestone, greatly reducing the fuel consumption.
6. Making full use of industrial waste gas as a fuel for lime burning (such as blast furnace exhaust gas, acetylene tail gas, charcoal blue exhaust, etc)
7. Kiln head adopts the design of vertical cooler integrating kiln head cover. The construction area is small, good sealing, effectively avoiding hot waste gas emissions unsystematically.
8. Environmental protection, the adoption of pulse bag filter dust collecting dust, discharge concentration less than 50mg Nm3/ and below national emission standard (less than 100mg/Nm3)
9. High automation level, the adjustment of production system operation, control and alarm adopts PLC to control in the control centre room, reducing artificial and improving efficiency.
Company Name: Henan Zhengzhou Mining Machinery Co., Ltd.
Official Website: http://hnzkjq.en.made-in-china.com/ & http://hnzkjq.en.made-in-china.com/
Parameter of Lime Rotary Kiln
output(t/h) | rev(rpm) | Pedestal number | reducer | electricmotor | power(KW) | remark | ||
model | ||||||||
33 | φ3.6×55m | 16.7 | 0.4-1.5 | 3 | host ZSY500-40 | ZSN-315-072 | 250 | Preheater kiln |
assist ZSY180-31.5 | assist Y180L-4 | 22 | ||||||
34 | φ3.6×74m | 20.5 | 0.222-1.666 | 4 | host JH560C-SW-90 | host YTSP315M1-4 assist Y160M-4 | 132 | Cogeneration hollow kiln |
assist ZL50-17- | 11 | |||||||
35 | φ3.8×58m | 20.8 | 0.4-1.5 | 3 | host ZSY500-40 | ZSN-315-072 | 250 | Preheater kiln |
assist ZL50-14 | assist Y180L-4 | 22 | ||||||
36 | φ3.95×56m | 2000 | 0.6-3.3 | 3 | host ZSY500-40VI | host ZSN4-315-072 assist Y160L-4 | 250 | Outside the kiln kiln |
assist ZL50-14-I | 15 | |||||||
37 | Φ4.0×60m | 25 | 0.4-1.5 | 3 | host ZSY630-35.5 | host ZSN4-355-092 | 315 | Preheater kiln |
assist ZL65-16 | Y200L-4 | 30 | ||||||
38 | φ4×60m | 2000 | 0.58-3.459 | 3 | host JH560-SW-56 | host YTSP355-4 | 250 | Outside the kiln kiln |
assist ZL50-15 |