PWGC was contracted by Brookhaven National Laboratory (BNL) to evaluate alternatives for remediation of a tritium plume, including capital and operating cost projections. PWGC engineers also designed and provided construction oversight of the start-up of a groundwater remediation system on an urgent basis.
Construction on the tritium remediation project was completed ahead of schedule, within budget without change orders. The system start-up was successful and continues to operate.
PWGC researched waste disposal issues and designed a liquid phase granular activated carbon (GAC) treatment system to treat water from a tritium plume which overlaps a solvent plume. PWGC’s used computer modeling to size and predict the performance of treatment systems which enabled high quality, detailed designs to be completed within the client’s tight deadlines. The use of Geographic Information System (GIS) data minimized duplication of previous work and maximized use of data.
Cost effective technologies allowed thorough and rapid communication with the client including electronic transfer of documents and review of design calculations, plans, and specifications. The design included treatment system mechanical design, structural and electrical systems, as well as piping and related site work. The final design included a liquid phase granular activated carbon (GAC) treatment unit and necessary items for a reliable installation. The design and bid solicitation was performed on a rush basis and took only five days from inception to contract award. Additional services included design of extraction wells and mechanical systems, coordination of water main and electrical design contracts, and construction assistance.