Hydrocyclones are widely employed in both heavy and light industries. However, exact
mechanisms underlying enhanced-separation technologies developed by optimizing …

The interaction effect between feed size distribution (FSD) and underflow orifice diameter (D
u) is crucial for the adjustment of the hydrocyclone in plant but not clearly understood. This …

To expand the application field of the cyclone, an enhanced cyclone with shunt device
(ECSD) is proposed to continuously remove coarse particles from the air. To study the …

Wastewater is an inevitable product in industry. How to remove fine particles and enhance
the impurity removal efficiency of the wastewater purification equipment has always …

The limitation of cyclone performance is attributed to the presence of localized secondary
flow, including longitudinal circulation, short circuit flow and eccentric circulation. The …

To solve the long-term restrictions on the development of hydrocyclones (ie, underflow
diameter is difficult to flexibly and stably control, and underflow orifice and pipe are easy to …

Several design modifications have been done to improve particle separation efficiency in a
hydrocyclone. The effects of a rib which is introduced into the cylindrical part of the …

In recent years, hydrocyclones have been studied to improve their performance. This study
aimed to evaluate the modification of the feed duct of a hydrocyclone from circular to square …

As an important transport channel for multi-phase flow, the feeding body imposes significant
effects on the formation of granularity layer and pre-separation of particles. In a conventional …

过滤-旋流耦合分离装置作为一种新型分离设备, 将旋流分离与过滤相结合,
既充分地发挥传统水力旋流器的快速, 高效, 旋转涡流运动等优点, 又通过深度过滤而提高传统 …