Zeolitmembraner för effektiv produktion av biobränslen

The main goal of this project is to develop inorganic membranes based on functional coatings for demanding chemical environments in the form of microporous zeolite coatings showing high permeance and selectivity and with sufficient thermal and chemical stability to allow integration of the membranes in processes for cost effective production of renewable fuels and chemicals. Such processes will open up for efficient small scale production of renewable fuels and chemicals at for instance all the pulp mills in Sweden.

Production of renewable fuels by pervaporation through zeolite membranes

Characterisation of clays and feldspars from the Altiplano and Chapare and development of methods fo

Zeolite membranes for CO2 separation

Zeolitmembraner för effektiv produktion av biobränslen

HIP NANOMEM

Optimum structured adsorbents for gas separation processes

Interactions between iron oxides and silicates

Assessment of iron oxide stabilization of arsenic contaminated soil

Three Dimensional Characterization of Iron Ore Pellets

Katalytisk syntes av metanol/DME via svartlutsförgasning

Bioraffinaderi

Biorefining is the development of cost effective, integrated processes for the use of biobased materials in the production of chemicals and fuels. Current research is aimed at improvement of thermochemical and biochemical processes with an emphasis on the forest products industry. Specific projects include development of pretreatment processes for biomass, fermentations, and separations.

Zeolitforskningsgruppen

Zeoliter är mikroporösa kristallina material med mycket liten och väldefinierad porstorlek (0.3-1.3 nm). Zeolitgruppens fokus är utveckling av nya tillämpningar där zeolit kan användas t.ex. membran, strukturerade katalysatorer, strukturerade adsorbenter och sensorer.

Forskningsgruppen för bioaktiva molekyler

Bioaktiva molekyler innefattar ett brett spektrum av molekyler av både naturligt och syntetiskt ursprung.