Marmon Industrial Water unveils mobile condensate polishing trailer

Responding to growing demand for flexibility in process water treatment, Marmon Industrial Water has launched the Graver mPowdex condensate polishing trailer, a precoat filter demineralizer that provides fast start up and sustainable steam generation.

As the first precoat filter demineralizer on wheels, the mPowdex system will allow plants to reuse and recover steam condensate on an as-needed basis, providing water, energy and capital savings across manufacturing sectors, including power generation, refining and petrochemical applications.

“Now more than ever, plant managers and operators are in critical need of efficient water treatment technologies that can be deployed quickly, due in part to new environmental regulations, aging infrastructure, and capacity increases,” said John Yen, Marmon Industrial Water Director of Strategic Marketing & Innovation. “Graver mPowdex is the solution, and we are thrilled to continue sharing our expertise with the sector.”

mPowdex is a precoat filter demineralizer that combines ion exchange and filtration to remove solid and dissolved particulates, such as iron and copper, from high value process steam. By removing these contaminants, it protects costly generation assets, such as turbines and deaerators, and maximizes plant uptime. This form of condensate polishing has also been shown to drastically reduce the frequency of required blowdowns, where large amounts of water, energy and labor are lost.

“At larger plants, a blowdown can equate to the loss of tens of thousands of gallons of condensate each time, and in a world where water is growing more and more scarce, this is a universal concern,” said Yen. “The cost of water is steadily increasing, and effluent discharge regulations are tightening, but as an industry, we can do more. Condensate recycling is a piece to the sustainability puzzle, and we hope success at our first installation can help showcase its potential.”

The first mPowdex unit is currently being installed at a power generation plant where it will help manage chemistry and protect downstream processes, while also reducing operational costs.