Tenders Are Invited For Engineering Services-18-01/ Z.Ipm.A.000001 New Building Warehouse (Born 23) Max Plan ... in Germany

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Engineering Services-18-01/ Z.Ipm.A.000001 New Building Warehouse (Born 23) Max Planck Institute For Plasmaphysics Greifswald. The Max Planck Institute For Plasmaphysics (Ipp) Operates A New Fusion Experiment Of The Atterator, The Wendelstein 7-X (W7-X) In A European And International Framework. The Task Of The Stellarator Wendelstein 7-X Is To Investigate The Physical Foundations For A Stellarator Fusion Reactor. In Previous Experimental Campaigns That Were Limited To Helium And Hydrogen Plasms, The Essential Optimization Criteria Have Already Been Experimentally Verified. Wendelstein 7-X Currently Represents The Only Experiment In Which The Scaling Behavior Of The Inclusion Behavior In Actarator With Regard To A Fusion Reactor And The Isotope Effect Can Be Studied. To Do This, The Plasma Operation In Wendelstein 7 -X Must Be Extended Promptly To Deuterium Plasms. The Legal Requirements Regarding Radiation Protection Must Be Met Before An Interpretation Operation. To Do This, Numerous Technical And Organizational Measures Must Be Taken. In Addition To Personal Protection With The Corresponding Dosimetric Surveillance And Access Controls, A Main Focus Is On Dealing With Materials From The Torushalle. These Must Not Be Mixed With Other Materials, But Must Be Stored In Separate Rooms In A Controlled Procedure After A Radiological Assessment In A Controlled Procedure. This Storage Affects Both The Temporary Storage During The Maintenance Phases, Which Requires A Dismantling Of Large Components, As Well As The Permanent Storage Of Decayed Components. This Implies Storage In Or In The Immediate Vicinity Of The Torushalle. In Addition To The Storage Of The Components Described Above, The Storage Of Normal Components And Materials Is To Be Stored In A Separate Part, Which Are Not Subject To The Regulations Of Radiation Protection. The Hall Is Said To Consist Of 2 Storage Areas Of Approx. 600 M2 (Nuf 1-6). In The First Area, The Components, Components And Materials Are To Be Stored, Which Are Subject To The Regulations Of Radiation Protection. In The Second Area, The Storage Of Materials, Equipment, Components That Are Not Subject To These Requirements Takes Place. The Assessment Of The Ipp Radiation Protection Group And A Shielding Calculation Of A Specialist Planner Are Available. The Hall Should Preferably Be Built In Module Construction/System Construction. The Foundation Is Planned Using A Base Plate/Load -Bearing Reinforced Concrete Sole With All -Round Strip Foundations. No Constant Jobs Are Set Up In The Hall. In A Feasibility Study, The Location Of The Hall Was Determined As Part Of The Construction Requirements Of The Development Plan, And There Is A Floor Report. The Hall Serves Exclusively To Store Components, Components And Materials. In Both Areas, Heavy -Duty Shelves (Max. Height Of The Storage Goods 7.50 M Above Okff) Are Required. The Minimum Temperature Is For The Total

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