Alliance Resource Partners, L.P. faced a two-pronged water challenge at one of its many underground mines. At the South Mine of the company’s Gibson County Coal in Indiana, solid-laden water needed to be pumped out of the mine, and a dewatering system needed to be installed in an area with limited space. Multiple pumps had to fit into a mine void less than eight feet high with a narrow, 20-foot entry span.

Learn more about maximizing biogas production through effective mixing technology and active seal protection. Read our case study with our customer Nesemeier now →

Before deciding on the 4320s, Kennedy Industries along with YCUA operations and maintenance personnel performed an extensive energy study of the aeration mixers.

The city needed to discharge sludge at two different rates–one rate for sludge returning to the headworks RAS and another rate for sending material to the sludge box. The system is designed to speed up dewatering biosolids as a replacement to the existing sand drying beds.

The city of Sublimity reduced maintenance costs for a problematic wastewater pump station while creating flow capacity for future residential growth.

A customer in Perú needed to drain water as its large open-pit mine operation reached as deep as 1,200 ft (365 m) below the surface. The discovery of more copper in the mine, and an expected excess of water during rainy summer months also prompted the company to act. They sought a remote solution for monitoring and controlling their pumping system, particularly as routing electrical power became more difficult the deeper they dug....

Flygt mixers deliver sustainable success for Dairygold at the heart of the world's largest ADI-BVF® fermenter. Read the case study →

Flygt Concertor was trialed at Heathrow Airport to solve chronic clogging and delivered clog-free pumping while cutting energy use by 53%.