Consideration of the award of services: State Building Office Nuremberg, University of Erlangen-Nuremberg, place of execution: Erlangen, technical equipment according to HOAI part 4, section 2, plant group 4 (SSA), 5 (FMI) and 6 (FÖA) for: new building technical Chemistry.

The Free State of Bavaria, represented by the State Building Authority of Erlangen-Nuremberg, intends to erect the new Technical Chemistry building on the grounds of the Faculty of Engineering at the FAU Erlangen-Nuremberg.

Technical chemistry consists of 3 chairs. The chairs are: "Chemical Reaction Technology" (CRT), "Thermal Process Engineering" (TVT) and the unit "Erlangen Catalysis Resource Center (ECRC).

The CRT develops novel catalyst systems and processes for carrying out technically relevant chemical reactions in a highly selective manner. This research makes a significant contribution to improving the future production of chemicals from an economic and ecological perspective.

At the TVT, separation processes are designed, modeled and piloted based on thermodynamics. The fields of work are thermodynamics, separation technology, additives, energy and high pressure technology.

The ECRC deals with all facets of catalysis research from catalyst production and characterization to testing in practice-relevant reactions. This interdisciplinary research approach enables the development and improvement of sustainable chemical processes through the use of optimized catalysts.

The room program includes a total usable area (NF 1 - 7 according to DIN 277) of 5,547 m 2nd with 274 m 2nd Outdoor storage area. The usable areas are mainly divided into the following main groups: laboratory areas (53%) with 2,969 m 2nd of which are 238 m 2nd Practical laboratories, office space (30%) with 1 645 m 2nd and other usable space (17%) with 933 m 2nd . The laboratories are reaction technology and synthesis laboratories, as well as physical, chemical, high pressure, clean room and special laboratories, some of which have special structural and technical requirements.

Development.

The proposed building plot will be connected to the existing supply and disposal networks in the southern area of the FAU for, among other things, electrical, EDP and telephone. The power supply takes place via the integration into the inner 20 KV ring of the university. The NTC's EDP, telephone, fire alarm and GLT supply is via a fiber optic connection to the IZNF building.

Technical systems E

The following technical systems E are intended for the new technical chemistry building:

- Low-voltage installation systems (230 V / 400 V normal and AEV network cabling, UVs, laying systems, installation devices);

- Low-voltage switchgear (NSp.HV NN and AEV network);

- High and medium voltage systems (switchgear, transformers etc.) for integration into the interior 20 KV ring;

- Fire alarm system (Siemens) with integration into the existing UNI-BMA system;

- photovoltaic system (approx. 10 KVA);

- Own power supply system (emergency power generator);

- Siemens SIPORT access control system;

- Transmission networks (structured IT cabling with distributions);

- VoIP telephone system;

- lighting systems (fixed lights (mainly LED), central safety lighting system);

- UPS systems for EDP;

- WLAN access points;

- lightning protection and earthing systems;

- Elevator systems (approx. 1 person and 1 freight elevator);

- BOS radio system, the BOS object radio supply must be carried out in both TMO and DMO mode;

- Charging stations for electric vehicles.