ENGLISH HOME PAGE CONTACT DOWNLOADS SUPPORT COMPANIES SERVICES PROJECTS CAREER NEWS National Center for Tumor Diseases (NCT), Dresden Client: wörner traxler richter planungsgesellschaft mbH, Dresden Architect: wörner traxler richter planungsgesellschaft mbH, Dresden Performance period: 2016 to 2020 Services: Planning and property monitoring, sanitary technology, heating technology, ventilation technology, refrigeration technology, electrical engineering, communications technology, building management technology, conveyor technology, media technology, lighting technology With the opening of the National Center for Tumor Diseases (NCT) Dresden in September 2020, the second nationwide facility was created in which cancer medicine is to be revolutionized. Scientists, medical professionals and doctors work closely together in the NCT health facilities and are united with patients under one roof. The NCT Dresden was completed on schedule and on budget in just 4.5 years of planning and construction. ZWP Ingenieur-AG was responsible for the technical building equipment at NCT Dresden. Approx. 3,000 m² of usable space for around 200 scientists as well as researching and treating doctors are provided on four floors. With the "Operating Theater of the Future", a special research area in which instruments and devices are digitally networked, the latest treatment methods are available to cancer patients at the NCT Dresden. Here, scientists gain important knowledge from the data for the development of computer and robot-assisted assistance systems for cancer surgery. In addition to this experimental operating room, the building has an area with imaging procedures. A CT, a PET-MR as well as a therapy linear accelerator and an MR-Linac are set up as research devices. The TGA not only planned the supply and disposal of all devices, but also carried out the device connection planning, including secondary circuits for cooling supply. The building also houses a day clinic and a research area with S1 and S2 laboratories, as well as a laboratory animal facility with laboratories and a scullery. The energy, supply and disposal concepts are based on the existing infrastructure in the university clinic. Drinking water, wastewater and medical gases are directly connected to the hospital's supply systems. A partially redundant district heating transfer station with an output of approx. 1 MW was set up to provide heat for the building and for the joint supply of the neighboring building. A cooling center with 1 MW cooling capacity was built for the cooling supply. Both the building and the cross-property cooling network are fed from this central unit. The cold distribution was planned in such a way that a hybrid supply of the building via its own refrigeration center as well as the refrigeration network is possible. It is also possible to operate the supply of the new building and the refrigeration network in parallel. The partial and full air conditioning systems installed in the building supply the functional areas with a total of 50,000 m³ / h supply and exhaust air each. The building is supplied with power from one of the clinic's medium-voltage rings. A load center with 2 transformers à 1,000 kVA was set up in the building. In addition to the distributions in the building, other buildings in the property are also supplied via the low-voltage switchgear. The network calculations required for this were carried out as part of the planning. Two bed elevators are installed in the building to handle the vertical transport of people and loads. An interoperable building automation system with the data communication protocol BACnet / IP has been implemented for the control and monitoring of the building's technical systems. The automation system is operated and monitored via a web-based BA management system (BACnet operator workstation). A total of 250 km of cables and lines were laid in the building. An interoperable building automation system with the data communication protocol BACnet / IP has been implemented for the control and monitoring of the building's technical systems. The automation system is operated and monitored via a web-based BA management system (BACnet operator workstation). A total of 250 km of cables and lines were laid in the building. An interoperable building automation system with the data communication protocol BACnet / IP has been implemented for the control and monitoring of the building's technical systems. The automation system is operated and monitored via a web-based BA management system (BACnet operator workstation). A total of 250 km of cables and lines were laid in the building. Fotos: © Außenaufnahme: Frank Blümler / © Innenaufnahmen: wörner traxler richter (Christian Börner) Vorheriges Projekt Nächstes Projekt Zurück zur Übersicht NIEDERLASSUNGEN Dresden Berlin Bochum | Baumanagement Hamburg Köln Innovation | Cologne Munich Stuttgart Wiesbaden NEWSLETTER Subscribe now STAY IN CONTACT imprint Data protection This website does not use cookies.