Hydro-Dyne Great White Center Flow Screen

PRODUCT DESCRIPTION

The Great White Center Flow Screen from Hydro-Dyne Engineering is a high-performance, continuous band fine screen designed for superior solids removal in water and wastewater applications. Independently certified to have one of the highest screening capture ratios on the market, the Great White efficiently filters and offloads screenings with minimal headloss and zero carryover.

Available in center flow and dual flow configurations, the Great White accommodates flows from 0.1 to over 125 MGD with grid openings ranging from 0.5 to 25 mm. The screen's patented sealing system, proprietary grid design, and durable UHMWPE guide links ensure reliable operation and extend equipment life in demanding environments.

FEATURES AND BENEFITS

• The highest screening capture ratio of 45 independently evaluated screens: 93.25% with 2 mm grid, 84% with 6 mm grid
• Patented sealing system holds tight tolerances to 0.5 mm, eliminating solids bypass
• Dual spray wash and proprietary grid design efficiently collect and offload screenings, including rags and stringy material
• Center Flow (center entrance/side exit) and Dual Flow (side entrance/rear exit) models are available
• Grid options include stainless steel laced link, wire mesh, perforated panels, and UHMWPE perforated panels
• Direct drive system minimizes wear and enables operation even with bent grid elements
• Integral screening handling systems available for washing, dewatering, compacting and conveying

APPLICATIONS

• Municipal wastewater headworks, pump stations, and sludge/septage receiving
• Municipal water intake, membrane protection, and algae removal
• Industrial wastewater treatment in food processing, chemical, pulp & paper, textile, and mining
• Industrial process water, including cooling tower and irrigation system protection
• Fish farming and aquaculture solids removal

PERFORMANCE

• Flow capacity from 0.1 MGD (5 L/s) to over 125 MGD (5,500 L/s)
• Grid opening sizes from 0.5 mm to 25 mm
• Efficient operation with fractional HP and kW requirements
• Suitable for submerged operation with optional hydraulic drive