Shanghai XXX Thermal Energy Technology Co., Ltd. burner system pneumatic conveying project

Release date:2019-07-21 Views:265


Brief statement of engineering projects

project name

Shanghai XXX Thermal Energy Technology Co., Ltd. burner system pneumatic conveying project

project address

 Shang Hai

Time for Signing a Contract

April 15, 2017

project start-up time

May 26, 2017

project supply content

Design of pneumatic conveying system for sawdust and rice husk powder and sludge powder

PJP-1 positive pressure dilute phase pneumatic conveying jet pump system

processing material type

Sawdust and rice husk powder, sludge powder

Main performance indicators

Yield: 0.35t/h; 2t/h

Conveying horizontal distance: 5 meters; height: 1m.(sawdust and rice husk powder)

Conveying horizontal distance: 3 meters; height: 3.5m.(sludge powder)

Main features of the project

Sawdust and rice husk powder and pulverized coal have small bulk density and light weight. In the process of transportation, it is necessary to overcome the problem of blocking materials through scientific and rational design selection.



Brief statement of engineering projects

project name

Shanghai XXX Thermal Energy Technology Co., Ltd. burner system pneumatic conveying project

project address

 Shang Hai

Time for Signing a Contract

April 15, 2017

project start-up time

May 26, 2017

project supply content

Design of pneumatic conveying system for sawdust and rice husk powder and sludge powder

PJP-1 positive pressure dilute phase pneumatic conveying jet pump system

processing material type

Sawdust and rice husk powder, sludge powder

Main performance indicators

Yield: 0.35t/h; 2t/h

Conveying horizontal distance: 5 meters; height: 1m.(sawdust and rice husk powder)

Conveying horizontal distance: 3 meters; height: 3.5m.(sludge powder)

Main features of the project

Sawdust and rice husk powder and pulverized coal have small bulk density and light weight. In the process of transportation, it is necessary to overcome the problem of blocking materials through scientific and rational design selection.


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