The Fritz Haber Institute (FHI) was founded in 1911 as the Kaiser Wilhelm Institute for Physical Chemistry and Electrochemistry in Berlin-Dahlem and incorporated into the MPG in 1953. The research activities focus on the fundamental understanding of elementary processes in physical chemistry and thus the relationship between structure, reactivity and dynamics at surfaces, interfaces, nanostructures, molecules and clusters. Currently, there is a significant deficit in highly installed wet-chemical laboratory areas with a structure suitable for robotized operation. To meet demand, the building T is to be converted into a laboratory building and expanded. The office cubes on the north side of the hexagonal building and the central hall are to be partially demolished and the technical equipment completely dismantled. In the freed-up areas, between the two partially demolished cubes, the extension is to be ‘slided’ into the existing building. In this new sub-building, all highly installed rooms, such as laboratories and hazardous materials storage, as well as the majority of the central technology and technical development are to be accommodated on three floors, one of which is a basement. The "core" of the new area is the AI-controlled automated laboratory, which is to be built on the ground floor. On the upper floor, wet chemistry laboratories with evaluation stations are to be created, which are to be subdivided into several laboratory rooms. The future building T will comprise a NUF of approximately 1,400 m ² (approximately 3,370 m ² GFA), with the planned utilisation areas distributed as follows: 80m ² large chemical warehouse, each about 440 m ² robot-powered AI-supported large-scale chemical laboratory, about 440 m ² wet chemical laboratories, about 340 m ² office space, about 100 m ² storage space. For the NUF 7 a space requirement of about 100 m ² was determined, for the technical areas about 500 m ². The estimated total construction costs (KG 200 to 700) amount to approximately €22,800,000 net for the conversion and extension. Cost calculations to be drawn up in the course of the planning phase must be determined separately according to the costs for the extension construction as well as the conversion / refurbishment of the existing building and must be combined in an overall statement. Further details can be found in the description of measures and services in Annex 07 and in the planning documents in Annex 08. Additional project details will be made available in the second stage of the procedure. The call for tenders sends the project book to the selected tenderers. The subject-matter of this public procurement procedure is the required services of the ‘object planning of open-air installations’ pursuant to § 39 in conjunction with Annex 11 to the HOAI 2021 in LPH 1 to 9, plus special services. A differentiated specification can be found in Annex 04. Special note concerning bidder questions due to special external events (e.g. Sars-COV-2 or Ukraine war): When preparing your offer, please take into account any possible or identifiable impairments, e.g. in relation to the availability of materials and products, workers, a possibly delayed provision of required evidence, effects on any subcontractors, etc. Questions that arise in this context, we ask you to submit in good time before the offer deadline via the eProcurement message system.
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