LLRW Clive Facility 2016 Disposal Update presented by

LLRW Clive Facility 2016 Disposal Update presented by Dan Shrum Saratoga Springs, New York (November 7, 2016) All you need in radioactive and hazardous waste management

Power Tool Safety All you need in radioactive and hazardous waste management

Power Tool Safety § § § Maintain all tools regularly Use the right tool for the right job Always inspect before every use § Always operate according to manufacturers’ instructions Never remove the guards for work operations § § Check the cord for cuts § Ensure the guards are in place § Do not remove grounding plugs

Power Tool Safety continued § Use PPE, such as safety goggles and gloves as required § Keep floor surface in the work area free of debris and tripping or slipping hazards § Check blades and bits before every use to ensure cutting tools are sharp

Power Tool - Precautions § § § § Disconnect tools when not in use, before servicing and cleaning, and when changing accessories Keep people not involved with the work away from the work Secure work with clamps or a vise, freeing both hands to operate the tool Don’t hold the switch button while carrying a plugged-in tool Keep tools sharp and clean Consider what you wear – loose clothing and jewelry can get caught in moving parts Never use damaged electric tools

Power Tool – Precautions Electric Cords § Don’t carry portable tools by the cord § Don’t use electric cords to hoist or lower tools § Don’t yank cord or hose to disconnect it § Keep cords and hoses away from heat, oil, and sharp edges

Clive Disposal Facility World’s Largest Commercial Radioactive Waste Disposal Facility 7

Corporate Values § We always put Safety first § We build Trust by § always telling the truth § making our Customer’s success our success § being the best in the World at what we do § and delivering results § We care deeply about our Employees and want them to be happy and successful § We listen to our Internal and External Stakeholders and Partners 8

Safety § Industrial Safety § Radiation Safety 9 ØTotal Case Incident Rate = 0 since 2013 (below national average of 4. 9) ØAbove 10 days between incidents Ø 1, 614, 197 work hours since last Lost Workday case (November 2010) Ø 569, 436 work hours since last OSHA Recordable Injury (October 2013) Ø 2010 through 2016 Annual NSC Awards for Safety ØALARA - Average radiation worker individual TEDE 36 mrem/year ØHighest general public fence-line CEDE 0. 03 mrem/year ØHighest general public effluent exposure dose 1. 1 mrem/year

Proven Experience § § Over 28 years of proven experience treating and disposing of radioactive waste Unique bulk and containerized waste facilities ØRadioactive Material Licenses (LLRW & 11 e(2)) ØRCRA Permit (treatment & disposal of MW) ØTSCA Permit (PCB waste streams) ØSNM Exemption (concentration-based limits) Over 11 miles of onsite rail for efficient and cost-effective waste handling Long-term federal and commercial contracts

Logistics, Processing, & Disposal § § § Logistics ØAll aspects of complex planning and transportation ØDedicated fleet of tractors, trailers, railcars, and containers Processing ØMultiple processing facilities in Canada, South Carolina, Utah, and Tennessee ØDiverse capabilities for handling, treating, and processing radioactive materials Disposal ØLargest commercial radioactive waste disposal facility for Class A LLRW in the U. S. ØOperate the LLRW disposal facility in Barnwell, SC to dispose of Class A, B, and C LLRW from Atlantic Compact states

Customer Portal 12

Customer Portal Create, revise, and view waste profile records online Order containers for delivery Schedule transportation of shipments to Energy. Solutions facilities Schedule arrival of shipments at our processing and disposal facilities Validate Uniform LLRW manifest to ensure compliant shipments prior to arrival 13

Treatment and Disposal Services § § Bulk Waste Disposal Containerized Waste Facility § Disposal of PCB waste Large Components Mixed Waste Treatment ØMacroencapsulation ØStabilization ØLiquid Solidification (LLRW and MW) ØMercury amalgamation ØThermal Desorption

Large Component Disposal

Liquid Verification of Resins § Resins that may not meet the one percent free standing liquid criteria may now be shipped directly to Clive for liquid verification ØResins must be grossly dewatered ØContact dose rates must be less than 10 R/hr ØLiners must have passive vent systems to address potential off-gassing ØResin in steel liners require written authorization prior to shipment ØAny free liquid is drained to ensure compliance with disposal site criteria

Sealed Sources § Challenges § Conference of Radiation Control Program Director’s Source Collection and Threat Reduction Program (SCATR) Utah granted license variance for disposal of Class A sealed sources § Øhistorical lack of disposal pathway Øinherent global threat from misuse ØReceived and managed 41, 190 sealed § sources between 2013 and 2016. Permanent License amendment has been requested and is part of the renewal

Clive’s Available Disposal Capacity Proposed Federal Cell Class A West (4, 282, 187 yd 3) 11 e. (2) (3, 435, 734 yd 3) LARW (closed) VITRO (closed) Mixed Waste (354, 110 yd 3) North 18

Disposal Volume History ANNUAL WASTE DISPOSED (yd 3 per year) 250, 000 200, 000 150, 000 100, 000 50, 000 0 2011 2012 2013 2014 2015

Depleted Uranium Authorization § Utah Moratorium passed June 1, 2010 ØMay not receive or dispose of significant quantities of concentrated DU until PA approved ØPA, revision 0 submitted June 2011 ØPA, revision 4 submitted November 2015 § § Regulatory review underway Decision projected for Q 1 2017

Regulatory Consolidation Utah Division of Waste Management and Radiation Control (DWMRC) • Utah Division of Radiation Control consolidated with several other divisions under the Department of Environmental Quality • Scott Anderson (Director of DSHW) became new Director of the DWMRC effective July 1, 2015 21 • More efficient and better use of resources across the division

Thank You All you need in radioactive and hazardous waste management