Ash Handling System

We have been designing, manufacturing, supplying and erecting pneumatic conveying system for many years. Our Ash Handling System installations have enabled our customers to operate their facilities in compliance with regulatory standards to achieve clean air environmental friendly emissions and effective utilization of Fly Ash. The Ash Handling Systems we offer are capable of handling any kind of ash that varies in Particle size, particle density, and particle shape and size distribution. The Ash Handling Systems are even effective for ash that vary in chemical composition like aluminium oxide, silica oxide, iron oxide, calcium oxide and other compounds are found in varying proportions. We offer our highly efficient Ash Handling System after considering the Type of Ash and temperature of Ash to be conveyed. Our Ash Handling Systems offer consistent results even with Ash types that vary as a result of different fuels, different combustion methods different flue gas treatments, and various boiler designs. Our Ash Handling System blends the most efficient flow regimes offering advantages in reliability and reduced maintenance costs that can keep the system operating more efficiently.

Principle of Operation :
Filling : Ash inlet is at open position; ash from hopper storage is filled inside the vessel.
Fluidizing : When ash is filled up to the level sensor probe, Ash inlet valve will be closed. Once fluidizing valve opens and fluidizes the ash and is ready to transport.
Transmitting : Discharge valve opens and the fluidized air with ash is transmitted through the pipeline.
Depressurizing : Ash inside the vessel is emptied, the vessel is depressurized and the fluidizing valve closes, again the process is repeated from stage 1. The pressurized vessels feed to the conveying line, the automated control system maintains a constant conveying air mass flow in the pipeline, which prevents plugging and optimizes compressor operating power. Feeder units feed the line however in these systems, material flows into the conveying line before the line is pressurized. It is a practical alternative for a vacuum system where headroom is limited.

Features :
Most Economical
Reliable
Power Efficient
High Capacity Conveying Line
Ability to Stop & Restore due to injection of air at intermediate points
Smaller Conveying Lines
Conveying Distance up to 1600 Mts
Wide range of Vessel size Operating Pressure up to 60 Psi (415 KPG)
Made with high quality materials
Available in sizes and Technical specification as per the requirement
Colors & Packaging available as per the requirement
Price as per designs

Applications :
To convey the fly ash from collecting hoppers to storage silo
Thermal Power Plants
Paper Plants
Cement Plants
Sugar Plants
Chemical Plants
Steel Plants
Sponge Iron Plants