Better Design, Better Results: Part 1 of 2
The oil and gas industry is increasingly relying on electromagnetic flowmeters, commonly known as magmeters, as a crucial tool to address the ever-growing challenges...
Removing Struvite from Wastewater Systems
Named after Henrich Christian Gottfried Von Struve, who discovered the magnesium ammonium phosphate crystals in medieval sewer systems in Hamburg in 1845, struvite is...
Modeling Solutions for the Unsung Hero
By Walt Prentice, Applied Flow Technology
When you think of processing plants, you may think of oil, its derivatives, and other chemical products. After all,...
Innovative Answer for Gate Repair
If there is a state that knows a thing or two about water, it’s Florida. The state contends with hurricanes that dump heavy rainfalls...
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,...
Innovative Technology Improves Residential Water Management: Part 1 of 2
The University of Texas at Austin power plants provide heating and air conditioning for two hundred buildings totaling over one-hundred million cubic feet of...
When Do Most Water Main Breaks Occur?
On March 11, 2014, in the LinkedIn blog “American Water Works Association,” Riley Vittitoe, the general manager for the water utility of Topeka, Kansas,...
Manage Dredge Operations from Your Smartphone
By Mercedes Gabriel, DSC Dredge
For over fifty years, DSC Dredge has met the needs of the dredging industry in terms of designing and manufacturing...
Utilities and municipalities modernize communication
Herein lies the contradiction of Industry 4.0’s promise: As newer innovations bridge the gap between legacy systems and today’s smart technologies, how can we...
Energy-Efficient Aeration for the New Century: Part 2 of 2
Aeration accounts for a 50 to 70 percent of a treatment plant’s power consumption, and in part 1 of this series, we examined the...