The conventional means of purifying boiler feedwater has been to use chemically regenerated ion-exchange deionization. Over the past decade, the power industry has increasingly relied on the use of ...

Power plants have for many years used deionized water as makeup to high-pressure boilers and for producing steam to drive turbines and generate electricity. Although this technology has been popular ...

The Electrodeionization (EDI) market is driven by demand for chemical-free ultrapure water in high-pressure boilers, semiconductor fabrication, and biopharma processes. Opportunities lie in ...

Chemically regenerated ion exchange has been the conventional method of purifying boiler feedwater at power plants for over half a century. Recent improvements in continuous deionization (CEDI) ...

The process water treatment industry has experienced a remarkable transformation due to innovative technologies in an ever-changing environment. Advanced technologies are being used to improve water ...

• The growing need for ultra-pure water in pharmaceuticals, power generation, and microelectronics is driving the adoption of electrodeionization for its efficiency and sustainability. By Design: The ...