Forside

Dansk landbrug udleder 10,5 m tons CO2 ækvivalenter drivhusgasser om året. Det udgør 22% af Danmarks samlede drivhusgasudledning. Imidlertid kan der kompenseres for dette ved hjælp af pyrolyse af landbrugets biomasse-rester (halm, gyllefibre, biogasfiberrester mm). Læs mere her hvordan i notat fra to af vores forskere som arbejder med pyrolyse og biomasse.

Reduktion af landbrugets klimaaftryk ved hjælp af pyrolyse

Dansk landbrug udleder 10,5 m tons CO2 ækvivalenter drivhusgasser om året. Det udgør 22% af Danmarks samlede drivhusgasudledning. Imidlertid kan der kompenseres for dette ved hjælp af pyrolyse af landbrugets biomasse-rester (halm, gyllefibre, biogasfiberrester mm). Læs mere her hvordan i notat fra to af vores forskere som arbejder med pyrolyse og biomasse.

 

DPC. Photo: Thorkild Christensen

Velkommen til DTU Kemiteknik

DTU Kemitekniks hovedaktiviteter ligger inden for områderne produktdesign, procesdesign og produktion i den kemiske, farmaceutiske, fødevareteknologiske og energiteknologiske industri.
Photo by Openhouse, construction site

Nye forsknings- og undervisningsfaciliteter - B228A

 
Klik her for at læse mere om vores byggeri
Decoration

The Fermentation Based Biomanufacturing Initiative

The Fermentation Based Biomanufacturing Initiative provides research-based expert education in fermentation on Master-, PhD-, and professional level.
Phd Videos 1

Overvejer du at lave en Ph.d.?

Har du overvejet at tage en ph.d., og er du nysgerrig på hvad vores ph.d.-studerende egentlig forsker i? Her forklarer 8 forskellige ph.d.-studerende deres forskning gennem selvproducerede videoer.

Se videoerne her

KALENDER  Alle

Genvejsliste

Scientists turn wood into biofuel

Scientists turn wood into biofuel at DTU Chemical Engineering's pilot plant (360 video)

Click around in the pilot plant of DTU's Department of Chemical and Biochemical Engineering in Denmark as a researcher is pouring bio-oil from the huge H2CAP equipment. It's a new process for turning 2. generation biomass into diesel and gasoline which has now been developed. It's an integrated process for high pressure pyrolysis of biomass and catalytic hydrogen upgrading of bio-oil before it is condensed as liquid product. In the process small wood chips are heated to typically 450 ° C in a hydrogen-containing atmosphere and at a pressure of about 15-30 bar in the presence of a catalyst in a fluid bed reactor. The project is called H2CAP and is a collaboration between DTU's department of Chemical and Biochemical Engineering and department of Mechanical Engineering as well as Stanford University, Karlsruhe Institute of Technology and the Danish company Haldor Topsøe. The project is funded Innovation Fund Denmark. For more information go to: http://www.kt.dtu.dk/english/research/chec/projects/h2cap
228A construction preview

DTU Chemical and Biochemical Engineering new Building 228A short preview

Quick preview of new Building 228A construction process. DTU Chemical Engineering is a fast-growing department—in terms of both staff and research results. With new state-of-the-art facilities, DTU Chemical Engineering is able to expand the framework for research, education, and innovation. The new building 228A is part of a larger transformation of DTU Lyngby campus.