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Brand Name : | Hengcheng |
Model Number : | PCD24/H PCD26/H PCD28/H PCD30/H |
Certification : | ISO Patent Certificate High-Tech Product Certificate |
Price : | Negotiable |
Payment Terms : | L/C, D/A, D/P, T/T, Western Union, MoneyGram |
Supply Ability : | 5 sets\month |
Delivery Time : | 60 days |
Thick Phase Conveying Equipment Bin Pump Large Conveying Capacity
For Fly Ash Coke Powder
Product Introduction:
Principle of positive pressure dense phase pneumatic conveying
chamber pump:
There are two discharge methods for bin pumps, among which bottom
discharge is the most commonly used method. The materials in the
tank can be fluidized through the conical surface inflation groove,
nozzle jet, or other methods; Setting a fluidized inflation plate
(layer) at the bottom allows the material to be discharged from the
upper part of the tank. The distribution of transported gas on
different input planes in the tank depends on the properties of the
transported material.
After years of research and rich practical experience, our company
has developed pneumatic conveying equipment and process systems
with independent intellectual property rights for the PCD type
positive pressure dense phase pneumatic conveying chamber pump. Its
main indicators have reached the international advanced level. The
volume of the pump is determined based on the properties, particle
size, conveying distance, and conveying capacity of the transported
materials, which means that a single machine design can be carried
out to minimize conveying energy consumption while meeting process
requirements. Based on the specifications and performance of powder
materials provided by the customer, conveying distance, conveying
volume, and geographical conditions, we have developed the best
plan for pneumatic conveying, including calculation of air volume,
proportion of pipelines, dust collection and treatment in the
receiving warehouse, and after-sales plan.
Main characteristics of pneumatic conveying bin pump
☆ High energy efficiency
Due to the reasonable fluidization structure, good material
fluidization state, and significantly lower gas consumption
compared to similar products, our company has made multiple
improvements to the fluidization structure after years of
production and research, greatly improving production efficiency
and reducing energy consumption.
High material to gas ratio
The fluidization effect is good, the gas consumption is low, and
the material to gas ratio is naturally higher. Through laboratory
tests, the equivalent distance is within 500 meters, and the
material to gas ratio reaches over 30Kg (ash)/Kg (gas).
☆ Low material flow rate
Due to low gas consumption and high material to gas ratio, the
material moves in a partial flow in the pipeline, achieving dynamic
and static pressure transportation. Therefore, the flow rate of
material transportation is low, the wear of equipment valves and
pipelines is small, and the service life of vulnerable parts is
long.
☆ Strong adjustment function
It has multiple adjustment methods such as primary and secondary
air intake regulation, which can enable the system to operate under
the optimal air consumption ratio and excellent fluidization state.
Unique blockage removal method
Our company adopts a reverse suction blockage removal method, which
is simple and feasible, and operates reasonably. It only requires
the material and gas mixture to be led to the material bin or flue
inlet through blockage removal valves and pipelines.
☆ Easy to solve supporting facilities
Due to its low gas consumption and low speed, the material and gas
separation and filtration equipment in the silo can be smaller than
those equipped with general silo pumps, resulting in less air
pollution.
☆ Low energy consumption coefficient
The energy consumption coefficient of our warehouse pump conveying
system is below 65KW.h/t.m.
☆ High degree of automation
The programmable logic controller (PLC) control system is adopted,
and the entire working process can be fully automated. The system
can be set to operate automatically or manually. The main control
cabinet is installed in the system control room.
The main advantages of PCD type positive pressure dense phase
pneumatic conveying chamber pump are:
① Large conveying capacity:>300t/h;
② Long distance: > 2000m;
③ Low power consumption: < 3.8kWh/t · km;
④ Low wear and tear: pipeline lifespan>10 years;
⑤ Low speed: initial speed of 6-10m/s;
⑥ High mixing ratio: > 30kg/kg;
⑦ Flexible process layout, dust-free, high operating rate, lower
investment compared to mechanical conveying, and lower maintenance
costs
Application field of PCD type bin pump
PCD pneumatic conveying equipment and systems have been widely used
in industries such as building materials, chemicals, mining,
electricity, and metallurgy. The conveying materials include
cement, raw materials, fly ash, hydrated lime, dry discharged
calcium carbide slag, slag powder, steel slag powder, coal powder,
aluminum oxide powder, bauxite powder, phosphorus powder,
pyrophyllite powder, and organic silicon powder.
Large Capacity Pneumatic Conveying Bin Pump Parameter Table
Conveying Material | Bulk Density (t/m3) | Model | PCD24/H | PCD26/H | PCD28/H | PCD30/H | Conveying Distance | |
Specification | 16~20m3 | 18~22m3 | 20~27m3 | 26~32m3 | Level (m) | Level (m) | ||
Pulverized Coal | 0.5 | Delivery Volume (t/h) | 50~80 | 60~90 | 65~110 | 80~130 | 200 | 20 |
Fly Ash | 0.75 | 75~125 | 85~130 | 95~160 | 125~190 | 200 | 20 | |
Limestone Powder/Mineral Powder | 0.8 | 80~130 | 90~140 | 100~170 | 130~200 | 200 | 20 | |
Cement/Raw Meal | 1 | 100~150 | 115~175 | 130~215 | 165~260 | 200 | 20 |
Long-distance Pneumatic Conveying Bin Pump Parameter Table
Conveying Material | Bulk Density (t/m3) | Model | PCD24/L | PCD26/L | PCD28/L | PCD30/L | Conveying Distance | |
Specification | 16~20m3 | 18~22m3 | 20~27m3 | 26~32m3 | Level (m) | Level (m) | ||
Pulverized Coal | 0.5 | Delivery Volume (t/h) | 20~40 | 25~45 | 30~55 | 45~65 | 1000 | 25 |
Fly Ash | 0.75 | 35~60 | 45~65 | 45~80 | 65~95 | 1000 | 25 | |
Limestone Powder/Mineral Powder | 0.8 | 40~65 | 45~70 | 50~85 | 70~100 | 1000 | 25 | |
Cement/Raw Meal | 1 | 50~80 | 55~90 | 65~110 | 90~120 | 1000 | 25 |
Conventional Grid Pneumatic Conveying Bin Pump Parameter Table
Conveying Material | Bulk Density(t/m3) | Model | PCD18/N | PCD20/N | PCD20/N | Reference Conveying Distance | |
Specification | 5.0~6.7m3 | 7.0~10.0m3 | 10.0~15.0m3 | Level (m) | Vertical (m) | ||
Pulverized Coal | 0.5 | Delivery Volume (t/h) | 12~20 | 16~32 | 25~50 | 500 | 30 |
Fly Ash | 0.75 | 18~32 | 25~48 | 35~70 | 50 | ||
Limestone Powder/Mineral Powder | 0.8 | 20~35 | 26~51 | 38~75 | 500 | 30 | |
Cement/Raw Meal | 1.0 | 24~42 | 32~65 | 48~95 | 500 | 30 | |
Silicon Powder | 1.2 | 28~50 | 40~75 | 55~115 | 500 | 30 |
Parameter Table Of Small Size Pneumatic Conveying Bunker Pump
Material | Bulk Density(t/m3) | Model | PCD08/M | PCD10/M | PCD12/M | PCD14/M | Reference Conveying Distance | |
Specification | 0.2~0.5m3 | 0.6~1.6m3 | 1.5~2.5m3 | 2.5~5.0m3 | Level (m) | Vertical (m) | ||
Pulverized Coal | 0.5 | Delivery Volume (t/h) | 0.5~1.8 | 1.5~5.5 | 5.0~9.0 | 8.0~18.0 | 100 | 20 |
Fly Ash | 0.75 | 0.9~2.8 | 2.5~8.5 | 7.0~14.0 | 12.0~27.0 | 100 | 20 | |
Limestone Powder/Mineral Powder | 0.8 | 1.0~3.0 | 3.0~9.0 | 8.0~15.0 | 12.0~28.0 | 100 | 20 | |
Cement/Raw Meal | 1.0 | 1.2~3.5 | 3.5~11.5 | 10.0~18.0 | 16.0~36.0 | 100 | 20 | |
Silicon Powder | 1.2 | 1.5~4.0 | 4.5~13.5 | 12.0~20.0 | 19.0~43.0 | 100 | 20 |
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