Biosolids can be safely disposed of or used beneficially for downstream processes, including soil nutrition and energy. Wastewater treatment plants face significant biosolid storage challenges before disposal or usage. Plant operators often cite pathogen and odor control as vital issues, but storage systems are challenging. How do you fit an essentially limitless material supply into a specific space?
Each Bio-HOPPER consists of a rectangular or square storage vessel designed explicitly to our customer’s specifications. Every component, from the quantity and size of inlets to the structural reinforcements, is carefully designed to perform for specific applications.
- Hopper capacities from 10 to 600 cubic yards
- Manufactured from high spec mild steel, 304 stainless steel, or 316 stainless steel
- Includes standard structural elements like I-beams, columns, PFC, angles, hollow sections, and flat bars
- Direct drive and few moving parts ensure minimal maintenance
- Available in a welded panel or bolted panel construction
- Load bearing roof construction for easy working platform
- Passivation of all stainless welds with additional optional surface passivation
- Numerous options, including stair towers, manways for maintenance, foul air ducting, ladders, safety handrails, and more
King County has safely recycled biosolids for over twenty-five years. When the Brightwater Treatment Plant was started in 2005, the plans included equipment for biosolids, thickening, digestion, and dewatering before removal for beneficial use off-site.
JMS designed and manufactured a biosolids Bio-HANDLING truck load-out station for this location. Two extra large JMS Bio-HOPPERs (Enclosed Storage) work with JMS Bio-SCREW (Screw Conveyor) and Bio-GATE (Slide Gate) as the system backbone. Due to facility loading restrictions, we designed special pneumatic gates for fully automatic capabilities. Plant personnel, including Operations Supervisor Andy Strehler, have enjoyed working with JMS and are enthusiastic about continued system optimization.