Faster One-Stop Concrete Washouts
For ready-mixed concrete plants, any delay in washouts–whether due to truck operators driving long distances or the complexity of the process itself–can reduce productivity...
Tubing Technology Pumps Polymers for Dewatering Efficiency
By Rob Martindale, Watson-Marlow Fluid Technology Group
As part of the Little Traverse Bay Environmental Project in northern Michigan, environmental consulting firm Pescador LLC treats...
Automated wastewater treatment the right move for industrial facilities
Industrial facilities frequently face challenges with wastewater management, needing solutions that align with EPA and local regulations while keeping costs under control. Automated wastewater...
Uniform Distribution in Headers and Distribution Systems
PART 1/2
Cooling applications and many spray applications require uniform distribution of the cooling fluid over the affected area. Examples include, spray lines, spray towers,...
Tuning the Accuracy of Lift Station Flow Rates
In part one of this article, we explored pre-SCADA methods of measurement, past approaches and difficulties in measuring lift station flow rates, and the...
Reasons to Invest in an Arsenic Water Treatment System
In many areas of the United States, the element arsenic makes its way into the water supply. This element can have adverse health effects....
Reclaiming Water – Building The Future
Fargo, North Dakota, sits on the western bank of the Red River of the North and serves as the industrial, as well as cultural,...
Desalination is booming, but faces a saltwater reality check
As population grows and economies expand, they are putting an immense strain on the world’s water supplies. According to the UN World Water Development...
When to Replace Your RO Membrane
By Wes Byrne, U.S. Water
On the surface, it might seem that knowing when to replace the membrane elements in a reverse osmosis (RO) system...
The What and Why of Surge Transients
By Reinaldo Pinto, Applied Flow Technology
One of the toughest aspects of hydraulic system design is accepting that a system cannot always operate at steady...









