Advanced Water Treatment

Between 2008 and 2017, more than 4,297 power cuts occurred in California, far outpacing the 1,603 and 1,508 in Texas and New York, respectively. If water utilities and regulators cannot guarantee reliable water, gas, and electric power service throughout climate crises and tariffs continue to outpace benefits, higher volume industrial and commercial water users will be further incentivized to secure water & wastewater services through self-supply and treatment. >>Learn More

Reverse osmosis (RO) has increased the deployment and interest in desalination for large, stand-alone utility and industrial systems. Since 1980, RO technology has represented 58% of large-scale installations and increasingly in traditional thermal Mideast markets. The combination of more attractive economics and application flexibility − brackish water to seawater − has enabled it to scale in size and by geography. >>Learn More

Expanding regulation of existing and emerging contaminants will necessitate greater investment in advanced treatment. In Canada alone,tto over 85% of capital expenditures for drinking water treatment over the next decade will be directed toward maintaining advanced drinking water treatment plants and expanding capacity. Another 7% will go to upgrading conventional treatment plants to advanced treatment systems. >>Learn More