Why Oil-Water Separators Produce Odor: Causes and Solutions

If I catch a sharp sulfur note near an oil-water separator during a plant walk, I know the system is asking for attention. Those odors usually trace back to oxygen-starved biology, sludge and grease build-up, VOC carryover, lax maintenance, or design choices that let flow go stagnant. Here, I...

Essential Oil-Water Discharge Rules for Industrial Compliance

Industrial wastewater with an oil sheen is something we see all the time on site, and it always reminds us that environmental care and regulatory compliance live side by side with production targets. Getting oil out of effluent protects waterways and keeps operations steady. We understand how hard it...

Grease Trap Design Basics for Restaurants: An Essential Guide

Grease control decides whether a kitchen glides through a dinner rush or ends the night with a mop, a plumber, and a ruined mood. After years of tracing slow drains back to FOG-laden traps and seeing how a single misstep can snowball into fines or shutoffs, we take this...

When is an Oil-Water Separator Essential for Your Operations?

Oil and water have a talent for showing up together at the worst possible moments on a plant floor. After years working in water and environmental protection, I have seen how a thin sheen in wastewater can snowball into violations, equipment headaches, and community complaints. Oil-water separators are the...

How Oil-Water Separators Work: A Simple Guide to Separation Technology

Spend a day in a treatment plant during a rainstorm and you will never forget the rainbow sheen that shows up where it should not. As an environmental engineer, I have learned that getting oil out of water, consistently and within permit, saves money, headaches, and a fair bit...

Maximizing the Lifespan of Your Sewage Lifting System

I have spent enough cold nights standing over wet wells to appreciate how quietly sewage lifting systems keep entire plants and neighborhoods out of trouble. When they’re cared for, they hum along for years. When they aren’t, they fail loudly and expensively. What follows is how I extend system...

Why Redundant Pumps Are Essential for Reliable Sewer Systems

As an engineer with more than 15 years in water management, I’ve learned that the “invisible” parts of a city often matter most. Sewer networks don’t ask for attention, but when they falter, everyone feels it. I still remember a 2 a.m. storm call where a standby pump kicked...

Optimizing Modern Sewage Lifting Units with Advanced Control Modes

In places where gravity can’t do the job, sewage lifting units quietly keep everything moving. I’ve watched stations go from headache-prone to rock-solid simply by choosing and tuning the right control mode. Dialed-in controls cut energy use, ease the maintenance load, and head off costly overflows—exactly what you need...

How Lifting Systems Efficiently Manage Grease and Solids

Keeping wastewater systems running smoothly when the flow is heavy with fats, oils, grease (FOG), and stubborn solids is a reality I run into often—and it can get messy fast. When these loads build up, they don’t just slow pumps; they trigger callouts, fines, and downtime. That’s exactly why...

Essential Backflow Prevention Tips for Your Lifting Systems

Keeping fluid transfer systems honest is one of those unglamorous tasks that saves the day more often than it gets credit for. I’ve been on enough urgent callouts to know that a single backflow event can spiral into contamination, damaged equipment, and days of downtime—but I’ve also seen how...

Get A Free Documents!