Procurement of a Steam Generation Plant for Testing Turboradial Letters (Vp2.0) with... Tender

Procurement Summary

Country : Germany

Summary : Procurement of a Steam Generation Plant for Testing Turboradial Letters (Vp2.0) with the Working Medium of Water Vapor

Deadline : 10 Jun 2025

Other Information

Notice Type : Tender

TOT Ref.No.: 118804638

Document Ref. No. : E86425641

Financier : Self Financed

Purchaser Ownership : Public

Tender Value : Refer Document

Purchaser's Detail

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Tender Details

The following description of the object of the order is not a service description. Rather, this rough description serves the potential applicants/providers to assess whether participation in the tender is of interest or desirable. The DLR intends this procurement of theTo finance the order of the order by third -party funds and has submitted a funding application to be made. Although the DLR is optimistic that the application will be approved, the tender is subject to the financing. Should the application be rejected andAn alternative financing does not come about, the tender must be ended with no result. In this case, no costs can be reimbursed to the applicants/bidders that were incurred by participating in the tender. The subject of the order advertised here includesThe entire successful planning, delivery, structure and commissioning of a functional, operational, turnkey steam generation system, which is specially designed for testing turboradial lenses. The system must be built at the following DLR location: GermanCenter for Aerospace e.V. (DLR) test hall DLR Zittau Barschstrasse 1a 02785 Olbersdorf (from an independent contact with the employees of the location is urgently refraining from establishing a closed steam system during the entire award procedure.which is operated as a working medium with water vapor and air. The system must work in a closed cycle, whereby the process parameters with the test objects are reproduced and controlled exactly. The steam system is fed by an electric steam generator and is designed so thatthat excess energy can be handed over to the environment either via an integrated heat exchanger or a blowout line. This becomes a safe managementguarantee ...

Documents

 Tender Notice