WBS Tokamak Exhaust Process

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Presentation transcript:

WBS 1.3.2 Tokamak Exhaust Process Donald J. Green / Bernice C. Rogers WBS Manager / Program Manager November 15, 2006

AGENDA TEP Scope Schedule Flow Outline Key Requirements Part of 1/10th scale TEP

Scope

US ITER-Tokamak Exhaust Process Project The ITER TEP project provides a technically mature, robust, and cost-effective solution for the separation of hydrogen isotopes from the Tokamak exhaust stream – a critical element in the ITER Project.

Overall Project Objective: Scope of Work Overall Project Objective: Design, Procure, Assemble, Test, & Ship The Tokamak Exhaust Process Gloveboxes - Shell and Internals Deliver Tokamak Exhaust Processing System Flowsheet Refinement (ITER-International Team/SRNL/LANL) Catalyst Testing/Computer Modeling (LANL/SRNL) Design (LANL/SRNL/IT) Fabricate/Procure/Assemble (SRNL) System Test (LANL/SRNL) Ship System to Cadarache, France (SRNL)

TEP Process Outline

Key TEP Requirements Current High Level Specs: Tritium compatible Process gas from 450 and 3000 second pulses at a flowrate of 75-150 SLPM Send < 1 Ci/day to the Atmosphere (Vent) Detritiation System Overall TEP decontamination factor (DF) of 108 Delivery to ITER by 3/2014 Exclude: Installation, assembly, testing at ITER site Interface systems, such as control system and gas analysis Working toward a new baseline in 2007

Planned Procurements Instruments -Moisture Meters -Pressure Indicators Gloveboxes Vessels Vacuum Pumps -Metal Bellows -Scroll -Turbomolecular Specialty Vessels -Catalyst 1 -Catalyst 2 -Catalyst 3 Instruments -Moisture Meters -Pressure Indicators -Ion Chamber Valves Piping Tooling

TEP Overview Schedule

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