DTU Kemiteknik, Bygning 228A - R&D Laboratorier
Modern Facilities for Research, Education, and Industrial Innovation
LINK Arkitektur has been the architectural consultant for the new building at the Technical University of Denmark's (DTU) Department of Chemical Engineering on the Lyngby Campus, a high-tech project that brings together education, research, and experimentation under one roof. In collaboration with the general contractor, we have created several modern, classified laboratories and test halls that support DTU Chemical Engineering's position as a leader in chemical engineering and biochemistry. The new facilities offer a learning environment where students can gain practical experience in semi-industrial settings with the opportunity to apply fundamental research into real-world industry applications.
Focusing on Functionality, Safety, and International Standards
The new building, connected to existing buildings B227, B228, and B229, includes laboratories, test halls, technical facilities, and offices, which collectively make up a comprehensive research and educational complex. The integrated pilot plant areas are designed to minimize dust and noise pollution, while several laboratories are classified as GMO Class 1 with stringent vibration control requirements. In some areas, the classification is further tightened to GMO Class 2, and Blower Door tests confirm the rooms' airtightness and their ability to maintain precise pressure conditions.
Enhanced Infrastructure and Sustainable Renovation
Parts of the connected buildings were renovated and received energy upgrades, all while the other facilities remained fully operational. This required extensive planning and precise engineering, as existing technical guidelines and utility lines ran through the construction site.
Optimized Organization for Future Research and Industry Collaboration
With increasing demand from industry, DTU Chemical Engineering now has laboratories and test halls tailored to experiments with biomass, biofuels, fermentation, pharmaceutical production, particle technology, organic solvents, and high-temperature processes. The building not only strengthens the department's core areas but also supports Denmark's goals of useful and industry-oriented research, education, and innovation.
Read more
Want to know more about the project?
