Importation of Class A Waste Texas Compact Commission January 16, 2014.

Slides:



Advertisements
Similar presentations
Presentation to the Florida Public Service Commission November 29, 2007.
Advertisements

Generation of Radioactive Waste Radioactive Waste Management and Disposal NUCP
Waste Management System in Egypt Owner (Generator) Regulator RWM Operator Justification Minimization Segregation Transportati on Treatment Conditioning.
1 Transuranic Waste Processing Center Karen Deacon, Deputy Federal Project Director Oak Ridge Office of Environmental Management.
Waste Classification NUCP U.S. Waste Classifications 2 NCRP Report No. 139, 2002 NCRP Report No. 139, Risk-Based Classification of Radioactive.
Promote and maintain health, safety and quality standards in the fleet Maintain alignment of catching capacity with available resources Promote.
N O L UTI O NS OI ZS LLC An EnergySolutions Company Zion Status Update for Zion Community Advisory Panel November 25, 2013 Patrick Daly.
CONSOLIDATED FUEL TREATMENT CENTER AND ADVANCED BURNER REACTOR Nuclear Waste Reprocessing Initiatives OCTAVIA BIRIS, KYLE GRACEY, KATY HUFF, WAI KEONG.
Radioactive Waste Import: Liability and Risks for Texas Cyrus Reed Lone Star Chapter, Sierra Club Cyrus Reed Lone Star.
The Harnessed Atom Lesson Seven Waste from Nuclear Power Plants.
NUCLEAR ENERGY What is it? David J. Diamond Energy Sciences & Technology Department February 2009.
Nuclear Energy Targets: Explain how the nuclear fuel cycle relates to the true cost of nuclear energy and the disposal of nuclear waste. Describe the issues.
Decommissioning Nuclear Reactors. Background Before a company decides to close it’s power reactors the facility must be put in to a state that no longer.
Status of Commercial Low-Level Radioactive Waste Disposal Facilities September 2014 Tom Corbett, Governor E. Christopher Abruzzo, Secretary.
Spent Nuclear Fuel Timothy Pairitz. Nuclear Power 101 Uranium-235 is enriched from 0.7% to 3-5%. Enriched fuel is converted to a uranium oxide powder.
Remote-Handled Transuranic Waste Disposition Discussion Meeting of the National Governors’ Association April 12, 2001 U. S. Department of Energy.
N O L UTI O NS OI ZS LLC An EnergySolutions Company Zion Status Update for Zion Community Advisory Panel. Gerard van Noordennen September 29, 2014.
Stephen Dembek, Section Chief Export Controls and International Organizations Section Office of International Programs Contact Info: ,
Nuclear Waste By: Suhani Ray, Sunita Prasla, Sibnish Ali, Rachael Milne, Jessica Chou.
One Project. One Team. One Goal.
Geologic Resources: Nonrenewable Mineral and Energy Resources Chapters 14 & 15 G. Tyler Miller’s Living in the Environment Chapters 14 & 15 G. Tyler Miller’s.
Nuclear Energy. Nuclear Fission Neutrons split a fissionable atom (U-235) which releases neutrons and other byproducts. New neutrons go on to break apart.
May Hazard Classification of the Remote Handled Low-Level Waste Disposal Facility Boyd D. Christensen Battelle Energy Alliance, Idaho National Laboratory.
Status of Low-Level Radioactive Waste (LLRW) Compacts and update on Commercial LLRW Disposal Facilities Tom Wolf, Governor John Quigley, Secretary.
Estimation of storage capacity needed or limits. Comparison with existing storage facilities. Lise-Lotte Spontón TW5-TSW-001, D4 Final meeting, TW5-TSW-001.
Eric M. Davied American Nuclear Society Texas A&M University
1 Chapter 6: Material Management Helmut Steiner Ulrich Priesmeyer Kernkraftwerk Gundremmingen GmbH Priesmeyer, KRB A, 6. Material Management.
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.
Status of Commercial Low-Level Radioactive Waste Disposal Facilities.
MethodAdvantageDisadvantage Landfills: Waste is buried in the ground  rotting material produces methane gas which cold be collected  filled ground.
1 Overview of Proposed Changes to Rules for Import of LLRW By: Rod Baltzer, President November 9, 2011 Texas LLRW Disposal Compact Commissioners.
N O L UTI O NS OI ZS LLC An EnergySolutions Company Zion Status Update for Zion Community Advisory Panel. John Sauger – General Manager June 8, 2015.
Nuclear Waste Storage in Utah!. Clive Storage Facility (Energy Solutions)  In 1990 Energy Solutions was permitted to treat and dispose of Class A low.
The Nuclear Fuel Cycle 1. NUCLEAR FUEL Nuclear fuel is the energy source of nuclear reactors and an essential element of the reactor core. The heat energy.
Phase I Decommissioning Project Update West Valley Demonstration Project Presented by: Bryan Bower, Department of Energy November 14, 2012.
MethodAdvantageDisadvantage Landfills: Waste is buried in the ground  rotting material produces methane gas which cold be collected  filled ground.
Radioactive Waste sites
Status of Low-Level Radioactive Waste (LLRW) Compacts and Update on Commercial LLRW Disposal Facilities.
Betsy Madru VP Government Affairs
AQA A2 Physics A Nuclear Physics Section 15 Fission.
San Onofre Nuclear Generating Station (SONGS) By Brittany Quon.
Duties of the Resident Inspectors at the Texas Low- Level Radioactive Waste Disposal Facility in Andrews County Diane Wakefield, Health Physicist, Resident.
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.
Vermont Yankee. Boiling Water Reactor Reactor Building Carbon steel 370 Ci/m3 Concrete 3.8 Ci/m3 Spent fuel pool.
N O L UTI O NS OI ZS LLC An EnergySolutions Company Zion Status Update for Zion Community Advisory Panel. John Sauger – General Manager February 22, 2016.
Nuclear decommissioning: Turning waste into Wealth Disposal of low-level radiation Tzany Kokalova University of Birmingham.
HOW MUCH RADIOACTIVE WASTE COULD POTENTIALLY BE IMPORTED INTO TEXAS
J. Scott Kirk, CHP Vice President of Licensing & Regulatory Affairs
Radioactive Waste Management Infrastructure in Egypt:
Analysis of Low Activity Waste Streams and Volumes in Decommissioning NPPs  Lisa Edwards Sr. Program Manager, EPRI LLW Forum April 13-14, 2016.
Assessment of radioactive waste within the ITER hot-cell facility
John Christian President, Logistics, Processing and Disposal
J. Scott Kirk, CHP Vice President of Licensing & Regulatory Affairs
LLRW Forum April 2015.
Leigh Ing Executive Director
Vermont Yankee Decommissioning Update
J. Scott Kirk, CHP Vice President of Licensing & Regulatory Affairs
Janet R. Schlueter Senior Director, Radiation and Materials Safety
Fall Low Level Waste Forum Meeting
Transportation of Radwaste from Exelon Sites Mark Ross – Exelon Corporate Manager Radwaste Date: 10/07/2016.
Nuclear Power: “Too cheap to meter”
Revisions to the Concentration Averaging and Encapsulation Branch Technical Position A. Christianne Ridge Division of Decommissioning, Uranium Recovery,
Low-Level Radioactive Waste Program Update
Example of A* A (4,0) 4 OPEN: (A4) CLOSED: ().
Low-Level Radioactive Waste Program Update
NUCLEAR ENERGY What is it?
Implementation of a Radioactive Waste Management Program
Licensed Process for Disposal of Low-Activity Wastes in the WCS RCRA Cell Chris Shaw – May 2018 Corporate RSO & TSPM.
Radioactive Materials Section Update
Licensed Process for Disposal of Low-Activity Wastes in the WCS RCRA Cell Chris Shaw – 2019 Corporate RSO & Head of Licensing.
Presentation transcript:

Importation of Class A Waste Texas Compact Commission January 16, 2014

Importation of Class A LLW The Compact Waste Disposal Facility (CWF) has adequate disposal capacity to import Class A LLW – Proposed import of 50,000 ft3 of Class A and 25,000 ft3 of Class B/C approximates volumes being exported. – WCS amendment to expand CWF to 9 million ft3 is administratively complete – over a threefold increase – Decommissioning of VY will remove over 200,000 ft3 from operational waste receipts from – Decommissioning waste is placed in the non-containerized disposal unit and is more capacity efficient. – All of the VY decommissioning waste is included in our estimates. 2

Types of Waste Class A LLW may include: – Dry Active Waste (DAW), which include bags, rags and protective clothing which are compactable. – Soil and debris, which have low-dose rates and low activity. – Resins and filters, which typically have high-dose rates. – Large components, which include reactor vessels and steam generators encased in several inches of steel. Class B/C may include: – Resins and filters – Irradiated Hardware 3

Dry Active Waste

Soil & Debris

Large Components

Sealed Sources (Class A, B or C)

Resins and Filters (Class A, B or C)

Irradiated Hardware

Waste Shipping Containers Bags, boxes, and drums of low-activity Class A waste Shipping Cask for high-activity Class A waste, and some Class B wastes Shipping Cask for Class B and C waste

Waste for Import WCS can be cost effective and compete in the disposal market for the following Class A LLW: – Resins and filters, which typically have high-dose rates. – Large components, which include reactor vessels and steam generators encased in several inches of steel. The Class A LLW will supplement the Class B/C volumes already being received. The Class A LLW is needed to maintain our low disposal pricing for Party State generators. 11