The wastewater treatment systems at many of the nation’s electric power-generation plants are struggling to meet discharge requirements because they are still using technologies installed during the industry’s building boom of the 1970s and early 80s.
An Ohio automotive manufacturer suffered a system crash of its ion-exchange equipment that resulted i n an inability to produce high-quality water. The aging equipment caused additional problems including the daily transfer of hazardous chemicals. The nearest service
Facing the failure of its reverse osmosis systems, an Indiana gas-and-coal energy facility sought the company with the best emergency response and customer service in the industry — MPW Industrial Services.
To meet the customer’s standards for this project, MPW
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
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.
When a production plant for a large automotive manufacturer in Michigan suddenly lost its ability to produce ultra-pure water, MPW quickly provided the solution.
One of two pumps in the plant’s permanent Reverse Osmosis (RO) system failed. Without