PPT-From ITER to DEMO – Technology Towards Fusion Power

Town Hall Meeting 20th ANS Topical Meeting on the Technology of Fusion Energy Nashville TN USA Hutton Hotel Vista Ballroom 27 August 2012 630 830 pm 2 Context Increasing worldwide emphasis on fusion technology and on planning for DEMO programs . ITPA IOS Meeting. October 18 – 21, 2011. Kyoto, Japan. T. . A. . Casper. , . D. . Campbell, . Y. . Gribov, S.H. Kim*, . T. . Oikawa, A. Polevoi, J.A. . . Snipes, A. Winter, and . L. . Zabeo. . ITER . Interim Design Review. Introduction. C Neumeyer. July 26, 2010. July 26-28, 2010. 1. ITER_D_3F7XHR. Outline. Scope. Objectives. Procedure. Chits. Presentations. Context. Issues and Resolution Plan Summary. Interim Design Review. Requirements & Design Point. C Neumeyer. July 26, 2010. July 26-28, 2010. 1. ITER_D_353BL2. Requirements. System . Req’ts. Document (SRD) ITER_D_2MFYMW. CDR version approved Sept 2009. Steve Zinkle. UT/ORNL Governor’s Chair, . University of Tennessee and Oak . Ridge National Laboratory. Fusion Power Associates . 35. th. . annual . meeting and symposium. Washington, DC. Dec. . 16-17, 2014. Fusion Power Symposium. Washington, DC. Tom Coleman. AREVA Federal Services. December 15, 2011. About AREVA. Project Scope. Accomplishments. Summary. Tokamak Cooling Water System (TCWS). . AREVA Federal Services LLC. S. ense. Jeff Freidberg. KEPCO Prof. . Emeritus. NSE-MIT. 1. The Purpose. Urge Fusion leaders and DoE leaders to acknowledge the obvious:. The US domestic Fusion program is in . bad. . shape. And it’s getting . Program. Written in Response to Dr. William Brinkman’s charge letter to FESAC of. April 13, . 2012. Presented to FESAC on January 31, 2013. . Riccardo . Betti. , Michael Brown, Vincent Chan, Bruce I. Cohen, Steve Cowley, . Robert . L. . Hirsch. Senior Energy Advisor, . MISI. Fusion Power Associates Annual Meeting . December 16-17, 2015.. 1. Fusion . Research. Overview. ITER-T. okamak will NOT BE COMMERCIALLY VIABLE. .. how our future might look like if we had access to infinite, cheap. ,. and ecological energy sources?. HOW WE CAN CHANGE ENERGY IN ELECTRIC POWER. In order to . change. . thermal energy to . more. Tulipano. Phys 43, SRJC. 12 May 2009. Is nuclear power the answer?. . Transportation contributes to over 50% of CO. 2. emissions, but nuclear power cannot directly reduce this.. There are no direct greenhouse gas emissions from nuclear power.. Power Plant Physics and Technology. Outline. Background/ Context . Design approach. Preliminary design choices. Main Design and R&D Priorities, e.g.:. Power exhaust / . divertor. Tritium breeding / power extraction blanket. I Nunes. 1,2. , V Riccardo. 3. , P J Lomas. 3. , P de Vries. 4. , G Arnoux. 3. , G Matthews. 3. , K-D Zastrow. 3. , S. Devaux. 3. , T Farley. 5. , M Firdaouss. 6. , C Reux. 7. and the JET EFDA . contributors. isruption. loads. , disruption mitigation and runaway electron avoidance. Disruption Avoidance & Prediction. Disruption Mitigation. Halo current loads (incl. asymmetric) are sufficiently mitigated by high-Z injection. of the International Tokamak Physics Activity. A. Litnovsky. . V.S. . Voitsenya. , R. . Reichle. , M. Walsh, A. . Razdobarin. , A. . Dmitriev. , . N. . Babinov. , L. Marot, L. Moser, R. Yan. , . M. .