New Washer Compactor Boosts Wastewater Solids Processing
Wastewater treatment operators can improve dewatering efficiency with this high-capacity, automated system.
Updated on Sept. 28, 2026 in Manufacturing
The Gen 4 Washer Compactor processes wastewater debris using dual 10-inch augers, enabling facilities to handle material rates exceeding 400 cubic feet per hour. This automated system is designed to combat common mechanical wear and inlet bridging issues caused by fats, oils, and grease.
Why it matters
Operators face significant costs from mechanical wear and inadequate debris dewatering in wastewater systems. By achieving high dry solids content through automated speed adjustments, this technology reduces operational overhead associated with waste handling and disposal.
The system achieves up to 60% dry solids and an 84% volume reduction, processing over 400 cubic feet of debris per hour. These figures represent significant efficiency gains compared to standard systems struggling with high concentrations of fats, oils, and bulky waste.
The details
The Gen 4 system uses horizontally stacked, counter-rotating 10-inch augers to maintain positive displacement and prevent material slippage. An integrated radar level sensor coupled with a variable frequency drive enables the machine to adjust its operating speed dynamically based on the current hopper load. Four high-flow nozzles further ensure material cleaning during the processing cycle.
Market Landscape
Inlet bridging and high grease concentrations have long hampered dewatering efficiency in municipal and industrial wastewater facilities. This system updates current mechanical standards by replacing manual oversight with automated, radar-driven processing cycles.
Operators should evaluate their current dewatering metrics against the 60% dry solids benchmark to determine if equipment replacement is warranted. Reviewing historical maintenance logs for inlet bridging and mechanical wear can help prioritize whether to upgrade to automated, sensor-driven systems.
The takeaway
Optimizing solid-liquid separation is critical to controlling long-term waste disposal costs in wastewater management. Audit your current system's weight reduction performance against the 70% benchmark to identify potential efficiencies in your processing line.
Further reading
For more on evolving industrial equipment, see the Manufacturing section.
