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Finally, recent adoption of electrostatic recirculation in the same cyclone system has successfully proven to further reduce particle emissions, even in the [1;5] μm particle size range, assuring future regulation compliance, particularly where legal limits are very tight, with the objective of bag filter redundancy.
A dc high voltage is applied in the concentrator, allowing the recirculation of very fine nanometric particles, more resistant to centrifugal forces, to the cyclone collector. After having been separated in the recirculator and concentrated in the recirculation flow, electrically charged fine particles are attracted by the cyclone walls, while agglomerating with larger particles entering the system, both promoting their easier capture. Since particles are not captured on the walls of the recirculator, contrary to ESPs, ReCyclone® EH Systems are immune to either low or high dust electrical resistivity, and the HV necessary power is only 10 to 15 % of that used with ESPs. Electrostatic reciculation for fine particle capture was the winner of the Portuguese Environmental Press Award in 2008 and Nominee for the European Environmental Press Award 2008.
Milling and Drying Processes
EMISSION CONTROL & AIR DEDUSTING:
Biomass and Coal Boilers
Fuel Oil Boilers
Steel and Ferrous Alloys
Clinker Cooler Air Dedusting
Pyrolysis, Incineration and Gasification
Glass and Ceramic Furnaces
High Temperature Separation Processes
Leider gibt es für diesen Aussteller kein deutsches Firmenprofil.
Advanced Cyclone Systems, S.A. (ACS) is a company exclusively dedicated to the development and commercialization of high efficiency cyclone systems, worldwide.
The company works in a very close cooperation with its clients in order to design custom made cyclone systems that really solve their unmet needs.
· Particulate Matter (PM) Emission Control in boilers, furnaces and dryers;
· Product (powder) Recovery in chemical, food and pharmaceutical industries.
Numerically optimized cyclones which are more efficient than any other cyclone geometry in the market for equivalent pressure drop.
To lead the conception and distribution of cyclone systems in a global level, contributing to an healthier environment and to the growth of client's competitivity, maintaining high standards of service and quality with qualified and motivated human resources.
Maximizing particle capture with cyclones, freeing the client from the costs and problems of bag filters.