1. Specification: 0.5m3 1m3 2m3
2. Sealed pnematic ash transport system for dust collector.
3. Save power, air drive

Dense Phase Pneumatic Conveying System/ Pneumatic Conveying System

     Selection and Application of Storehouse(cone)Pump//  fluidizing transporter

. Structure:

storehouse pump mainly consist of the pump top storehouse, pump body, feeding valve, unloader device, intake pipe road, automatic control system, the exhaust valve etc. Storehouse pump divided into the single storehouse pump and double storehouse pump, The former is intermittent transmission, another consist of  two sets of pump body which can work by turns, in order to achieve continuous delivery of materials.

. Characteristics:

1. Storehouse pump style pump with a long transmission distance, flexible piping, saving equipment investment, etc.,can be horizontal transport and vertical transmission, transmission distance can reach 1 km.

2. Storehouse pump has a good capacity of conveying, the output of desktop can be up to 50 cubic meters with low energy consumption and low noise

3. With high degree of automation control system which can automatically feeding ,conveying, measure, countting, display, alarm, easy to operate, piping flexibility, small footprint.

4. Gas control system.  The gas resource of warehouse pump is the recycling waste gas from steel plant.

5. Good sealing. Material run in a closed pipe, no dust, environment protect. Reliable operation, less wearing parts, easy to maintenance, long life span of 3~5 years.

Specification: 0.5m3  1m3   2m3 

. Operating principle

Dense phase pneumatic conveying pump also named conveying warehouse    pump.

Sending system operating modes: materials in the storehouse are into storehouse pump under gravity, during this time, the discharge valve and the intake    valve is closed while Pneumatic sealing valve, close calve and exhaust valve  open, so ensure the material into the storehouse pump smoothly.  Level indicat-or send electrial signals to PLC controller when the materials reach a certain  position in pump, then PLC controller convert electrical signals into valve signal,at the same time, exhaust valve closed, sealing valve, closed valve, vent valve open, after the pressure in storehouse reach a certant extent, signal is sent to PLC controller by pressure transfitter, with that send to discharge valve after PLC convert it into electrical signals. Open the discharge valve, materials into pipe with low flow, high density by air flow. Period finished, pressure in storehouse pump and pipe drop to zero.

Each unit process: feeding→pressure to boiling→fluidify→reture to zero→next unit.