Technologies
ACS Cyclones
High Efficiency Cyclones for Industrial Applications
Optimized Cyclone Solutions for Maximum Efficiency
Advanced Cyclone Systems (ACS) specializes in high-efficiency cyclone solutions for industrial applications worldwide. Our patented Hurricane and ReCyclone (MH & EH) technologies ensure superior particle capture, minimal emissions, and optimized process efficiency.
Why Choose ACS Cyclone Systems?
Unrivaled Efficiency [✔]
Industry-leading dust separation with low pressure drop
Proven Performance [✔]
Installed in diverse industries including biomass, cement, pharmaceutical, and chemical sectors.
Guaranteed Efficiency [✔]
ACS cyclone systems are supplied with guaranteed emissions
Custom Engineering [✔]
Tailored solutions for your specific process requirements.
No Filters, No Maintenance Downtime [✔]
A robust, maintenance-free alternative to bag filters and ESPs.
Cost-Effective [✔]
Reduce emissions while cutting operational costs.
Hurricane Cyclones
Numerically Optimized Cyclones
- Different cyclone families for different needs
- From pre-separators targetting lower cost minimal space to high end agglomerator cyclones to avoid ESPs.
- Emissions down to 30mg/Nm3, representing 1/4 of other cyclones and multicyclones
ReCyclone MH – Enhanced Separation with Mechanical Recirculation
- Any hurricane cyclone family can be further enhanced with recirculation
- Hurricane cyclone emissions can be reduced by 30 to 50%
Industries We Serve
Our cyclones are trusted by industries that demand high-performance separation:
Biomass & Energy [✔]
Efficient ash and particulate capture.
Cement & Minerals [✔]
Superior dust control in grinding and handling.
Pharmaceutical & Chemical [✔]
Clean, safe air quality compliance.
Food & Beverage [✔]
Powder recovery and emission reduction.
Metal & Wood Processing [✔]
Enhanced workplace air quality and process efficiency.
Looking for a high-efficiency cyclone system tailored to your needs? Contact ACS today and let our experts design the perfect solution for your industry.





