Home / Process / Grit removal with design flexibility
Smith & Loveless Inc's PISTA VIO Grit Removal Chamber

Grit removal with design flexibility

Smith & Loveless Inc‘s PISTA VIO Grit Removal Chamber features a versatile chamber design for grit removal performance in tight spaces with unique layout requirements. The design of the PISTA VIO, which stands for Variable Inlet Outlet, provides the ability to arrange the inlet and outlet channels at any angle up to the full 360° of the chamber.

The PISTA VIO achieves 95% grit removal efficiency of particles down to 100 microns in size, across all flow conditions. Its flow maximizer baffle and tunnel system create an effective vortex flow pattern, while the effluent flume counteracts the weir effect, significantly reducing grit bypass. With a 5:1 turndown capability, the PISTA VIO delivers exceptional performance and reliability during low-flow, average daily and peak flow conditions without derating. 

The chamber geometry and internal baffling induces a true forced vortex flow pattern causing grit to be hydraulically swept along the floor toward the center opening to the lower collection/storage hopper. This state-of-the-art design leads to superior performance of PISTA vortex grit chambers compared to conventional sloped-floor designs which rely on less efficient particle settling.

The full variability of the PISTA VIO inlet and outlet channels provides unprecedented application flexibility enabling designers to configure the system to accommodate existing sites and optimize space utilisation on new sites.

Check Also

Acoustic imaging camera for continuous partial discharge monitoring

Flir announces the launch of the Flir Si2a PD, a fixed-mount acoustic imaging camera designed …

Managing process records to create secure, time-aligned digital records

Watlow has announced the launch of its Edge Process Management (EPM) platform, a new class …

3-screw pumps for LACT boost applications

CIRCOR International, Inc’s new IMO LB6D 3-screw pumps is suitable for use in oil and …