Wholly owned subsidiary of PMET

Awards

R&D 100 AWARD .... Mercury Removal/Recovery Process has been accorded the prestigious R&D 100 Award and named by R&D Magazine as one of the most technologically significant new products in 1994.

THREE RIVERS ENVIRONMENTAL AWARD .... MRS has been honored in its own community through the Three Rivers Environmental Award which was presented to MRS for "commitment to environmental excellence, leadership, and accomplishment".

MOST NOVEL TECHNOLOGY AWARD .... 1994 Pittsburgh Growth Capital Conference

"TOP 25 EMERGING ENVIRONMENTAL TECHNOLOGIES" .... MRS was one of five companies selected for a special write-up in a Forbes Magazine supplement highlighting the "25 top new environmental technology companies to watch".

 

 

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MRS's Mercury Removal/Recovery (MR2) Process is a mobile or fixed-site medium-temperature thermal desorption method for removing mercury from a wide variety of solid materials that has been proven to: 

  • consistently reduce the mercury content of the treated material to less than one (1) part per million (< 1 ppm) regardless of the level and form of mercury originally contained,
  • produce a 99% pure metallic mercury suitable for direct refining to high purity metal,
  • recover mercury from compounds such as mercury oxide, mercury chloride, and mercury sulfide,
  • prevent the released sulfur and/or chlorine from entering the process exhaust,
  • operate without generating any secondary liquid, solid, or gaseous secondary waste,
  • produce a gaseous effluent that meets all clean air standards,
  • efficiently treat materials having high moisture contents, and
  • effectively utilize "double containment" for added worker and environmental safety.

     

Introduced commercially in 1994, the MRS Process has been successful in removing and recovering mercury from a wide variety of materials, including soils, chlor-alkali wastes, copper and precious metals smelting and refining by-products, waste water treatment sludges, catalysts, carbon products, batteries, and fluorescent bulbs. The process has also been demonstrated to be effective in removing mercury from low-level radioactive wastes without removing or dispersing radioactive particles from the material.

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