Proper pipe jointing is a critical aspect of designing and installing sanitary sewer systems – especially in the sizeable diameters of 30” and larger. The large joints of these systems play a pivotal role in preventing issues related to infiltration and exfiltration, which can have detrimental effects on the overall functionality of the infrastructure. Inflow and infiltration (I&I) during rain events can lead to capacity issues at wastewater treatment plants, causing severe backups in the system and sanitary sewer overflows (SSOs).

As a Gen-Xer, I am old enough to remember a time without cellphones, when getting connected with someone on the telephone literally meant being confined to a corded phone. Sometimes this was not very enjoyable - like trying to have a conversation with your crush on the kitchen wall phone (it had the longest cord) without mom trying to listen in or travelling in an unfamiliar area desperately searching for a working payphone.

In our recent national webinar featuring “Efficient Design Solutions for Airfields”, one topic that garnered a large amount of interest was dealing with contaminated runoff. Two target chemicals in the case of airfield runoff are spent glycol from aircraft deicing operations and deployed AFFF fire suppressants.

Being in the wastewater industry, I felt an unexpected sense of pride when my 5-year-old daughter asked me about “poo” as she sat in her car seat on the way to

Last month, I was excited to present in a national webinar focusing on efficient design of storm sewer systems. As part of the content, I shared a pipe

Imagine this: You’re hosting a dinner party at your home, and suddenly you notice water in the hallway. Oh, crap! The toilet is overflowing. Now imagine this

Airports, theme parks, banks and grocery stores – we’ve all had the annoyance of standing in line, but in the wastewater pipe world, getting “in line” can be a