VEGA sensors in synthetic fuel production

Synthetic fuels are produced through chemical synthesis and are considered a promising alternative to fossil fuels, for example those made from petroleum. One big advantage of synthetic fuels: They can also be used for existing vehicles, where they can replace conventional fuels and thus significantly reduce their CO₂ emissions.

To produce synthetic fuels, Ekobenz uses ethyl alcohol which, among other things, is obtained from waste products. . A catalyser, helps initiate the bio-hydrocarbon synthesis. In the course of the process, bio-butane-propane (bio-LPG), liquid bio-hydrocarbons (bio-petrol) and aromatic bio-hydrocarbons are produced.

“In order to reduce CO₂ emissions, we’ve developed technologies that are unique worldwide,” explains Piotr Kobiec, Head of Production at Ekobenz. In the production process, the company relies on a “state-of-the-art processing plant" fitted with “unique automation solutions” and “first-class instrumentation technolgies.” An important part of the plant are VEGA sensors that enable reliable monitoring of the process parameters.

VEGA’s measuring instruments are known mainly for their precise and maintenance-free operation. This sets them apart from the previously installed level transmitters with magnetic floats, which proved to be less than optimal due to their cumbersome operation, measurement instability and frequent need for cleaning. VEGAFLEX sensors measure almost any liquid – even under challenging process conditions. For example, in applications with buildup, steam and foam, the measuring results are still reliable and accurate. The sensors also withstand the constantly high temperatures – which fluctuate between 140 and 280 °C. They also fulfil the company's requirements for Ex certification in compliance with ATEX standards.