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Nuclear Plant Waste Solutions

Nuclear Engineering, Radiological Safety & Quality Assurance. Identification of radioactive source terms, Calculation of area dose rates, Shielding analysis, ALARA studies.

Process/ Mechanical Engineering

  • Material balance & process flow calculations
  • Production of process flow diagrams (PFDs) and piping and instrumentation diagrams (P&IDs)
  • Complete shielding packages maximizing ALARA
  • Licensed shielded transport cask
  • Complete design/build capabilities for:
  • Radwaste processing systems
  • Coded pressure vessels
  • Remote/automatic handling equipment maximizing ALARA

Liquid Waste Processing Systems

  • Specializing in Ion-Exchange (IE), Ultra-Filtration (UF), Reverse-Osmosis (RO), Spray Dryer, Concentrate Dryer, and Mechanical/Back-Flushable Filter Technologies
  • NRC and SC-DHEC approved Dewatering Systems and Containers (including both Standard and Rapid Dewatering technologies)
  • Full demand and emergency support services during outages and/or special projects at plants
  • Process Chemistry: Expertise in nuclear waste processing and cleanup
  • Flowsheet Development: Optimizing the flowsheet to fit project constraints
  • Equipment Development: For both permanent and skid-mounted facilities, integrated closely with process chemistry and flowsheet development
  • Solvent Extraction and Ion Exchange Processes
  • Radionuclide Chemistry: Utilizing our knowledge and understanding to resolve key radionuclide issues
  • Solid-Liquid Separation including cross-flow filtration, micro-filtration (MF), ultra-filtration (UF), reverse-osmosis (RO), centrifuge, hydrocyclone
  • Radioactive Sludge Retrieval, Stabilization, and Packaging:
  • Successfully developed many specialty nuclear systems and components for the nuclear marketplace that are skid-mounted and allow for quick ease of deployment and future decommissioning with minimal impact on day-to-day plant operations grout encapsulation
  • Ion exchange
  • Cesium/strontium separation by solvent extraction
  • Solid/liquid separation by ultrafiltration
  • Nuclear power plant on-site liquid processing systems