Publikasjoner og ansvarsområder
Gjør forbedringer på teknologi for CO2-fangst
Inhibition factors in biofilm N removal systems treating wastes generated by amine based CO2 capture
We have previously shown that biological nitrogen removal by pre-denitrification as illustrated may be a feasible approach for treating wastes generated by amine based CO2 capture. In order to identify limiting factors for successful up-scaling, we first compared the nitrifying activity of moving be...
Comparison of different solvents from the solvent degradation rig with real samples
Corrosion of low alloyed steel in mono ethanol amine solution
In this work the corrosion rate of UNS(1) K12000 (DIN(2) 17100 ST 52) low-alloy structural steel in monoethanolamine (MEA) solution was studied. The corrosion testing was mainly performed on a rotating disc electrode, and electrochemical impedance was used to estimate the corrosion rate. The paramet...
Fruktbart USA-samarbeid om CO2-fangst
Biological treatment of effluents generated by amine based CO2-capture plants
Oxidative degradation of amines using a closed batch system
Oxidative degradation experiments on five amines and two amino acids were performed in a new closed setup at atmospheric pressure. For most of the amines/amino acids significant degradation was not present under these conditions, except for MEA and MMEA. The degradation compounds found seem to follo...
Gassalg med klimaløsning
Biological N Removal from Wastes Generated from Amine-Based CO2 Capture: Case Monoethanolamine
Large-scale amine-based CO2 capture will generate waste containing large amounts of ammonia, in addition to contaminants such as the actual amine as well as degradation products thereof. Monoethanolamine (MEA) has been a dominant amine applied so far in this context. This study reveals how biologica...