Choosing the right DAF system goes beyond comparing price tags—it requires understanding how design, aeration, controls, materials, and sludge‑handling features impact long‑term performance. This guide breaks down the key elements that separate a reliable DAF from a costly headache, helping you evaluate manufacturers with clarity and confidence.

As renewable diesel production continues to expand across North America, operators face a familiar challenge: how to effectively manage wastewater streams with extremely high oil, grease, and solids loading

Dairy processors—especially ice cream manufacturers—face some of the toughest wastewater challenges in the food industry. High levels of fats, oils, and grease (FOG), fluctuating pH from constant product changeovers, surging TSS, and residue from syrups, fruit pastes, nuts, and chocolate make treatment both complex and costly. Clean‑in‑Place (CIP) cycles only amplify the problem, sending large bursts of organics down the drain multiple times a day.

This case study highlights how FRC’s dual‑stage clarification process, advanced separation technologies, and rugged equipment design helped the facility reduce pollutant loadings, meet requirements for discharge to the local POTW, and even reuse treated water inside the plant.

A leading industrial bakery—producer of popular cookies and crackers found in homes across the country

We show you how to properly remove and reconnect chain links on a Dissolved Air Flotation (DAF) unit.

This instructional video demonstrates how to properly adjust an FRC Dissolved Air Flotation (DAF) system to generate stable, high-quality whitewater

This instructional video provides detailed guidance for adjusting the skimmer blades on an FRC Dissolved Air Flotation (DAF) system to achieve smooth and reliable sludge removal.

This instructional video shows how to properly bleed off air from an FRC Dissolved Air Flotation (DAF) system.