1. Linear Collider Forum of America ILC Technology Applications Workshop Ken Olsen LCFOA President May 15, 2007 www.lcfoa.org

2. LCFOA Mission Provide a formal industry/ ILC program interface that facilitates a partnership between industry and government throughout all phases of the program Inform American industry of the ILC’s technology requirements and progress Newsletters and bulletins General membership meetings Technology workshops Integrate industry’s capabilities into the program Industrial capability position papers Facilitate networking with labs Provide input on program planning and industrialization issues

3. LCFOA Operations Not-for-profit 501-(c)-6 DC corporation, founded in Sept. 2005 Membership open to U.S. and other Americas companies, universities and DOE M&O contractors Elected board of directors responsible for governance and bylaw compliance 31 current members (30 US, 1 Canadian) Each member has an equal vote in its operations Non-proprietary exchange of information

4. ILC Technology Production Issues All three ILC regions, Asian, Americas, and European, must be ready to prepare a bid to host by 2011 The ILC schedule requires industry to have costed the production of all components no later than 2012 Several key components of the ILC require a significant R&D investment to lower cost and increase reliability Industrialization and collaborative efforts must be given a high priority The ILC requires a quantum leap in production capacity of these components More than one source should be required in each region for key ILC components

5. ILC Components 16088 Super Conducting Cavities: 9 Cell, 1.3 GHz 1848 CryoModules: 2/3 containing 9 cavities, 1/3 with 8 cavities + Quads/Correctors/BPM 613 RF Units: 10 MW Klystron, Modulator, RF distribution 72.5 kms tunnels ~ 100-150 meters underground 13 major shafts > 9 meter diameter 443 k cu. Meter underground excavation: Caverns, alcoves, halls 10 Cryogenic plants, 20 KW @ 4.5 deg K each Plus smaller cryo plants for e-/e+ (1 each), DR (2), BDS (1) 92 surface “buildings”, 52.7 K. sq. meters = 567 K. sq-ft total 240 M Watt connected power, 345 MW installed capacity 13200 magnets – 18% superconducting

6. ILC Technology Workshop Assumptions Each region should have the capacity to produce 40% of each component, accounting for spares and rejects ILC component production will occur from 2012 to 2017 Industry will not invest its own resources in tooling or plant expansion prior to the bid to host decision Industry does not foresee a continuing market for the key ILC components at the production rates required for the ILC Therefore all tooling and plant expansion costs will be part of the ILC overhead Unless additional significant commercial and scientific markets can be identified

7. ILC Technology Workshop Objectives Assess the additional commercial and scientific markets for key ILC technologies: Identify specific application areas Starting in five years time Performance criteria Annual production estimates