Curious about the differences between PWL and PCL DAF systems? Stuart breaks down the unique features, advantages, and applications of each system.

In this video, Tariq Syed of FRC Systems explores how algae is removed from wastewater using advanced treatment methods.

Stuart breaks down the acidulation process in wastewater treatment—a crucial step in managing pH levels and breaking down organic matter efficiently.

This industrial complex produces famous cookies and crackers commonly found in household pantries.

The beef abattoir plant processes several thousand head of heavy cattle per day to produce meat products for export and domestic distribution.

The specialty chemicals manufacturer produces a wide range of coatings, polymers, lubricants, fuel additives, and home use products.

The facility produces whole cooked crabs, crab sections, fry legs, and crab meat. They are also the largest processor of Pacific cold-water shrimp in the world.

The facility processes various fruit and vegetable ingredients into household branded jams, jellies, and syrups.

The facility processes various fruit and vegetable ingredients into household branded jams, jellies, and syrups.

The wastewater treatment equipment needed on-site removes solids and recovers oils from site runoff and raw material containment areas.

The diesel plant needed to remove FOG produced mainly from free and emulsified oils. FRC provided a full solution to meet their needs.

The wastewater treatment equipment needed on-site removes solids and recovers oils from site runoff and raw material containment areas.

The pork processing facility required a DAF system to separate biomass from the biological treatment system.

The poultry plant processes 400,000 birds per day, generating 2.3 million gallons of wastewater laden with proteins, feathers, offal, and bone.

The dairy processing plant in upstate New York produces a variety of yogurt products for distribution in grocery stores around the country.

Explore the key mechanical and process design aspects of DAF systems in this guide and gain the expertise needed to evaluate them effectively. With this knowled...

DAF system with crossflow plate packs and sludge thickening for high-flow, high-solids industrial and municipal wastewater applications.

DAF system with counter-current skimmer and sludge grid for heavy solids in food, mining, and industrial wastewater.

Corrugated plate interceptor separates oil, water, and solids via gravity—ideal for refineries, terminals, and food processing wastewater.

Self-cleaning screw press with low water use and compact design for continuous sludge dewatering across diverse wastewater applications.

Automated belt press with stacked zones and continuous cleaning for high-throughput sludge dewatering in industrial and municipal plants.

Internally fed rotary drum screens remove coarse solids, protect downstream systems, and reduce TSS/FOG in industrial wastewater.

Static inline mixer enhances coagulation and flocculation before DAF; energy-free design with air injection and chemical dosing ports.

Floating biofilm media in aerated tanks remove BOD, nitrogen, phosphorus—no sludge return or MLSS monitoring required.

Membrane bioreactor integrates biological treatment and filtration for ultra-clear effluent, ideal for reuse or discharge in tight spaces.

FRC offers North America’s largest fleet of rental/pilot wastewater systems—DAFs, screens, presses—backed by engineering support and fast deployment.

OEM and aftermarket parts for FRC and third-party systems—fast delivery, expert support, and reduced downtime for wastewater equipment.

Upgrade aging systems with modern pumps, SCADA panels, and dissolving tubes—boosting efficiency, control, and system lifespan.