High-G-Technology Enables Selective Separation And Stable Process Conditions

Conventional hydrocyclones often reach their limits when operating conditions fluctuate or contamination levels increase. Inconsistent flow patterns, turbulence, and fiber losses can reduce separation efficiency and impact overall process stability.

ECOFARIO’s High-G-Technology introduces a fundamentally optimized approach to hydrocyclone separation. By precisely controlling tangential, axial, and radial flow patterns, the system generates increased centrifugal forces while maintaining stable hydraulic conditions.

This enables highly selective separation between fibers and contaminants.

Unlike conventional systems, where fibers are often discharged together with rejects, the ECOFARIO High-G-Separator keeps fibers in suspension while directing contaminants such as plastics, stickies, sand, waxes, and dirt particles into the reject stream.

Key advantages include:

  • Increased separation efficiency

  • Reduced fiber losses

  • Stable performance across varying operating conditions

  • Lower risk of clogging and turbulence

The defined flow reversal and optimized velocity profiles ensure that the system operates reliably across a wide hydraulic range. Even under fluctuating process conditions, separation performance remains consistent and predictable.

Learn more about ECOFARIO technology:
www.ecofario.eco/products

Explore system integration and applications:
www.ecofario.eco/application

With its advanced hydraulic design, High-G-Technology sets a new benchmark for efficient and stable separation in modern paper production.

Engineer working on advanced hydrocyclone separation technology
Engineer working on advanced hydrocyclone separation technology
Next
Next

High-Efficiency Reject And Process Water Treatment For Modern Paper Mills