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- Emission Control Leaflet
Emission Control Leaflet
Emission Control Leaflet
Advanced Cyclone Systems (ACS) specializes in high-efficiency cyclone systems for biomass and coal boilers. Their systems are designed to reduce dust emissions cost-effectively and efficiently, offering alternatives to traditional methods like Electrostatic Precipitators (ESPs).
- Numerically Optimized Cyclones: ACS uses advanced numerical models, including the PACyc model, to predict cyclone performance by considering particle agglomeration, which enhances collection efficiency.
- Hurricane Cyclones: These are designed for various industrial needs, from coarse particle pre-separation to fine particulate capture, achieving emissions comparable to ESPs.
- ACS cyclones can achieve emissions as low as <30 mg/Nm3, suitable for strict PM emission compliance.
- They offer solutions for moderate to strict emission limits, outperforming traditional multicyclones.
- ReCyclone MH: A mechanical recirculator that enhances cyclone efficiency by reintroducing uncaptured particles.
- ReCyclone EH: An electrostatic recirculator that uses high voltage to capture fine particles, improving cyclone performance.
- ACS systems are compared with other technologies like multicyclones, wet venturi scrubbers, bag filters, and ESPs, showing superior efficiency and lower operational costs.
- They are dry systems with low downtime and retrofitting costs, making them cost-effective solutions for industrial applications.
- ACS systems are applicable in biomass and coal boilers, fuel oil boilers, steel and ferrous alloys, clinker coolers, and other high-temperature separation processes.
ACS is dedicated to developing cyclone systems that achieve total particle capture through continuous innovation and R&D, challenging the notion that cyclones are inefficient powder collectors.
Catalog excerpts
Hurricane & ReCyclone Systems for Biomass and Coal Boilers Advanced Cyclone Systems
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About Hurricane Cyclones ACS numerically optimized cyclones RE ACS Pre-separators: Target dust reduction at the lowest cost & space ACS cost-efficient final stage dedusters: For moderate emission limits ACS high end agglomerator cyclones: Alternative to ESP’s for strict emission limits HURRICANE CYCLONES Cyclones have been mostly designed and improved by empirical means. Computerized Flow Dynamics (CFD) can be used for partial cyclone optimization but it is still incomplete for full cyclone optimization. The fact that particle agglomeration for cyclone model- ling has been disregarded until present...
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ReCyclone MH & EH Recirculation systems to increase the efficiency of cyclones. ReCyclone" ReCyclone9 MH System EH System RECYCLONE® MH SCHEME mechanical Patented recirculator electrostatic recirculator air and particles from the process clean air ♦ air and particles from the process RECYCLONE® MH (MECHANICAL) Made up of a high efficiency Hurricane and a particle separator, the MH is a compact recirculator that can be placed on top of cyclones. It reintroduces the uncaptured particles into the cyclones after they have been driven to the outer walls of the recirculators by centrifugal...
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Application Areas Advanced Cyclone Systems, S. A. (ACS) is a company exclusively biomass & coal boilers dedicated to the development of high efficiency cyclone systems worldwide. ACS’ mission is to achieve total particle capture ex- steel & ferrous alloys clusively with cyclone systems through continuous investment in clinker cooler air dedusting pyrolisis, incineration & gasification calcination processes Numerically optimized cyclones (Hurricane) and ReCyclone® sys- glass & ceramic furnaces tems contradict the general thinking that cyclones are inefficient powder collectors. These cyclone systems...
Open the catalog to page 4All Advanced Cyclone Systems (ACS) catalogs and technical brochures
Product Recovery ACS12 Pages
Company profile2 Pages
Emission Control Brochure12 Pages