Custom design bag filter for high temperatures, cyclones and high temperature bag filters
Our client is a company that deals with installations in large industrial sites abroad, which introduced us to the final customer with problems on a boiler of considerable size, with not particularly “modern” technology.
The aim was a turnkey treatment line for the flue gas from a biomass combustion plant that burned waste from sunflower oil processing.
This specific fuel is among the most complex to treat, since it generates a large amount of dust when burnt (even more than 500-600 mg/Nm3), characterised by a fine particle size distribution that is difficult to capture. On top of this, the technically primitive condition of the burner was a further source of complication.
Following an inspection at the final customer’s site abroad, Tecnosida® designed a three-stage purifier system. The first stage would separate the larger dust particles, the second stage those of medium size and the third stage the finest ones.
To achieve this goal, the following specific components were selected and/or designed:
The proposed solution has the advantage of lightening the load on the cyclone, which can therefore be smaller given the reduced dust load to be treated.
Tecnosida® plant is realized in compliance with the BAT (D.MF.01 and D.MM.01). It reduces the emissions within the limits established by law, solving the problem of our customer.
Combustion: general aspects and analysis of by-products
The concept of biomass is very large and includes practically every fuel with not mineral and not fossil origin. Discover how to classify them!
Origin and physical-chemical characteristics of the dust!
Discover more about dust filtration and collection alternative technologies and their working principles
Discover more about dust filtration and collection alternative technologies and their working principles
Discover more about dust filtration and collection alternative technologies and their working principles
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.