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- Last added
- 2023-10-16
Featured Huber Technology manuals
RakeMax Multi-Rake Screens Screening Considerations Guide
This document serves as a selection guide for RakeMax® Multi-Rake Screens and other fine screening technologies used in Wastewater Treatment Plants (WWTP). It details the operational importance of proper screening to protect downstream equipment like grit removal units, clarifiers, digesters, pumps, and dewatering systems. The text emphasizes that there is no single 'one size fits all' solution and outlines key factors for selection, including plant flow rates, required capture rates, headloss constraints, and disposal costs.
Covers: Introduction · Design Consideration · Headloss Calculation · Fine Screen Types · ROTAMAT Fine Screen Rol · ROTAMAT Rotary Drum Fine Screen Ro2
Latest Huber Technology manuals
RakeMax Multi-Rake Screens Screening Considerations Guide
User Manual 23 pages · 2.7 MB · ENA guide by Huber Technology on selecting and designing fine screening systems for wastewater treatment plants, covering design considerations and specific…
Which document do I need?
User Manual
Day-to-day operation, settings and troubleshooting. Start here if the product is already set up.
Questions answered in Huber Technology manuals
Why is proper screening important in WWTP operation?
Proper screening prevents debris from accumulating in grit traps, impairing clarifier operation, blocking digester equipment, damaging pumps, and negatively affecting dewatering systems.
From: RakeMax Multi-Rake Screens Screening Considerations Guide
What are the recommended approach velocities for screen channels?
Screen channels should be designed for approach velocities between 2fps (0.6m/s) and 3.3fps (1 m/s).
From: RakeMax Multi-Rake Screens Screening Considerations Guide