Department of Chemical and Biochemical Engineering
Organisation profile
Research and education in a world in motion
We live in a world in constant motion. Global communication and access to information is just a click away, and every new day brings technological advancement with new tools for creating, shaping and developing the world around us.
The "global village" has been an actuality for years in the Department DTU Chemical and Biochemical Engineering; We work in a dynamic, international environment and achieve results across disciplinary, geographical and cultural boundaries.
Among our close collaborators are some of the biggest danish companies and a wide range of international corporations engaging in our work area.
In our daily work we are often met by e.g. economic, cultural or environmental challenges, which by far outreaches our core competences. This puts high demands on the professional competence and versatility of all our employees.
In the Department DTU Chemical and Biochemical Engineering, we know that a world in motion calls for engineers and scientists with all-round and up-to-date qualifications. We train the chemical engineers of the future: Engaged and versatile people who are fully prepared to get involved in the world around us.

Department of Chemical Engineering (KT) is part of The Technical University of Denmark (DTU).
The Department offers education and carries out research in the common disciplines of chemical engineering, e. g. fluid mechanics, technical thermodynamics, heat transmission, separation processes, reaction technology, process regulation, process- and plant projecting and chemical product development. In addition we train and do research in fields like polymers, catalysis and aerosol technology, modern separation processes in chemical, biochemical and pharmaceutical industries, combustion and prevention of air pollution, viable energy production, oil- and gas-technology and computerbased process technology.
The Department of Chemical Engineering has approximately 140 employees, 30 of which are full-time scientific staff members. Every year around 15 Ph.D's, 15 Bachelors in Chemical Engineering and 45 MsC's in Chemical Engineering graduate from the department.
Contact information
Soltofts Plads, 229
DK-2800, Kgs. Lyngby
Denmark
- Website: http://www.kt.dtu.dk/English.aspx
- Phone: +45 4525 2800
- Fax: +45 4588 2258
Publications
(5112)- Published
Development of novel PDMS elastomers for dielectric electroactive polymers (DEAPs)
Publication: Research - peer-review › Conference abstract for conference – Annual report year: 2013
- Published
A method to estimate the enthalpy of formation of organic compounds with chemical accuracy
Publication: Research - peer-review › Journal article – Annual report year: 2013
- Published
First principles pharmacokinetic modeling: A quantitative study on Cyclosporin
Publication: Research - peer-review › Journal article – Annual report year: 2013
Projects
(667)Most frequent publishers
Activities
(43)European Coating
Activity: Participation in conference/workshop/course/seminar › Participation in workshop, seminar, course
Find the energy – the future is coming
Activity: Other research and communication activities › Other
Process engineering tools to guide implementation and scale-up of transaminase cascades
Activity: Lecture and oral contribution
Most frequent journals
Fluid Phase Equilibria
ISSNs: 0378-3812
Elsevier BV, Netherlands
FI (2012): 2, ISI indexed (2012): yes
Central database
Journal
Industrial & Engineering Chemistry Research
ISSNs: 0888-5885
American Chemical Society, United States
FI (2012): 2, ISI indexed (2012): yes
Central database
Journal
Most downloaded publications
- 9114
Enzymatic Hydrolysis of Cellulose : Experimental and Modeling Studies
Publication: Research › Ph.d. thesis – Annual report year: 2007
downloads - 7214
Experimental Study and Modelling of Asphaltene Precipitation Caused by Gas Injection
Publication: Research › Ph.d. thesis – Annual report year: 2006
downloads - 5200
Carbon Dioxide Corrosion: : Modelling and Experimental Work Applied to Natural Gas Pipelines
Publication: Research › Ph.d. thesis – Annual report year: 2008
downloads - 5096
Production of lactic acid from renewable resources using electrodialysis for product recovery
Publication: Research › Ph.d. thesis – Annual report year: 2002
downloads - 4916
A model-based framework for design of intensified enzyme-based processes
Publication: Research › Ph.d. thesis – Annual report year: 2011
downloads
Latest activities and conferences
ID: 2362