Xylem’s Flygt Concertor, with integrated intelligence that uses sensor monitoring, self-optimising technology and adaptive hydraulics, was the perfect smart, energy-efficient processing method.

A southern mining company was developing salt dome gas storage facilities that use water to mine salt from the domes shaping them so they can be used to store natural gas inside under high pressures. The raw water used for the mining process contained high levels of iron (5-8 ppm) resulting in equipment fouling and high maintenance costs.

Increased discharge surcharges and newly imposed limits on wastewater strength prompted Oland Brewery to rethink its treatment strategy. The company wanted to be environmentally responsible, so it investigated on-site wastewater treatment options. Since the brewery is located in close proximity to neighboring buildings, space limitations were very influential in the brewery's technology selection.

AB Mauri was constructing a large, state-of-the-art yeast manufacturing plant in Veracruz, Mexico. The project included the need for a unique wastewater treatment facility. Sugarcane molasses used as the fermentation growth substrate for the yeast during production results in wastewater containing high concentrations of organic matter.

The Milchhof Vipiteno dairy cooperative is one of the oldest in South Tyrol and one of the leading suppliers on the Italian yogurt market.

Evoqua Water Technologies was contacted by a leading global engineering, consulting and construction company, to provide wastewater treatment assistance during the final stages of commissioning at a power generation facility located in the southeast US. The station is a 665 megawatt generator which utilizes pulverized coal boiler technology...

A refinery in Northern California was unable to meet its desired boiler feed water silica specifications on a consistent basis. The higher silica levels led to an excessive blow down requirement in the boiler system. The higher blow down rates were significantly affecting the refinery's water, chemical, and natural gas costs.

​When Noosa first began making yoghurt, the plant was able to mix dairy wastewater with manure and apply it to land as a fertilizer. As production increased, this method of wastewater disposal became unsustainable, so Noosa made the environmentally-responsible choice of investing in on-site wastewater treatment.