Industrial Water Success Stories

MPW Mobile DI Service

DI Capacity Exceeds Customer Expectations

August 21, 2017

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Problem

Nearly 15 million gallons of high purity deionized water were required to support a series of steam blows at a 2,800 MW Southeastern U.S. power generation station. These steam blows were associated with the startup testing of four combustion turbines

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MPW Industrial Water eliminates delay at power plant commissioning

August 21, 2017

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Problem

At a start-up commissioning situation at a power plant in Wyoming, the water balance was out of sync with the assets available to handle it. Therefore, the water level was threatening to breach the pond at this zero liquid discharge site. The

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MPW’s emergency response pays off for power station

August 21, 2017

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Problem

When a Virginia power station had an issue with its Reverse Osmosis (RO) process, it called on MPW to supplement its water needs during an excessively cold winter.

The plant, which lost RO functionality at one of its four power-production units, would have

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Mobile DI Trailer MPW

MPW’s filtration innovations add millions to bottom line of pulp mill

August 21, 2017

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Problem

A pulp mill in Eastern Canada faced quality issues due to inadequate filtration capacity in its gravity/sand filters. In the spring, snowmelt run-off causes the inlet water quality to drastically decline at the plant’s system intake.

Given the increased contaminant loading, the

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MPW delivers mobile filtration solutions at Pennsylvania paper mill

August 21, 2017

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Problem

When a paper-production facility in Pennsylvania needed to take one of its clarifiers out of service for repairs, they called on MPW’s Industrial Water Division to deliver two filter trailers at each of two critical locations.

Normally, the plant pumps 8,000 gallons

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Engineering and Fabrication team upgrades RO system

July 12, 2017

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Problem

A Florida power plant (oil and natural gas-fueled, combined-cycle unit) elected to enhance its makeup water treatment system because it was not able to produce adequate flow to feed the boiler system. Effects of the aging system included high operational

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