Research on better biofuel production in the lab

Insplorion’s lab has during the last week been extra busy with Dr. Peter Sanderson from the University of Lincoln, UK, visiting with lipid vesicles to run on the Insplorion instrument.

Peter received a CBMNet Industrial-Academic Exchange Grant from a research network organization promoting academic-industrial interactions related to biological membrane research. The grant enabled Peter to travel Sweden to examine butanol interactions with lipid membranes with Insplorion’s technology.

See picture in enclosed pdf

Dr. Peter Sanderson running butanol-membrane interaction experiments in Insplorions lab.

The overall objective is to better understand how butanol is toxic to the Clostridium bacteria which produce it. This toxicity is one of the limiting factors when producing bio-butanol, so if it could be reduced yields may increase of this potential biofuel. Butanol is a better alternative than ethanol for the internal combustion engine due to its higher energy intensity and requires fewer engine modifications.

The experiments conducted with the Insplorion instrument allow lipid vesicles, which mimic the Clostridium bacterial membrane, to be exposed to different concentrations of butanol. The Insplorion NPS instrument provides real time data of the interaction as it takes place. The results provide a useful insight into the mechanisms of the interaction and may be used in a future funding application to enable the purchase of an Insplorion instrument for the University.

Questions are answered by:

Patrik Dahlqvist, CEO Insplorion AB, +46 723 62 32 61 or patrik.dahlqvist@insplorion.com

About Us

Insplorion AB, with its disruptive sensor platform NanoPlasmonic Sensing (NPS), operates within three fields. Battery sensors, air quality sensors and research instruments. Our sensor technology optimizes battery control and usage and enables air quality sensors at home, in cars and in public environment, thanks to the small size, durability and cost efficiency at volume production. Our instruments give scientists around the world nanometer sensitive real time data of surface processes in fields like catalysis, material- and life science.

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