Such a screening would also be conceivable as a preliminary stage to otherwise common chemical-analytical methods for determining long-term stability or usability, which have so far been carried out at fixed intervals. The more costly analysis, including the special logistics of taking and sending physical samples to a laboratory facility, would then be more appropriate to the needs of the laboratory.
In the current research project, OWI Science for Fuels is further developing an existing test rig with the aid of sensor technology, building on the findings of previous projects. During long-term storage of various fuels under defined conditions and parallel forced ageing of the same fuels on the test bench, data is to be continuously recorded by the selected sensor and then compared and correlated. Compared with the previously customary measurements at intervals, continuous data acquisition represents an important advance in fuel analysis. A total of 14 different fuels or their blends are the object of investigation. These include, for example, 4 different low-sulfur fuel oils as well as rapeseed methyl ester, hydrogenated vegetable oil, a gas-to-liquid (GtL) fuel and a fatty acid methyl ester produced from used cooking oils.
With the research results envisaged, a new field of business in the area of quality monitoring could be opened up for applications with special storage conditions and requirements for the long-term stability and operational safety of fuels. Such innovative screening systems could be used, for example, in areas such as emergency power supply systems, for rarely used equipment and vehicles belonging to organizations such as the fire department or technical aid organizations, and for seasonally used equipment such as sports boats, snow groomers, or generators at ski lodges.