OMV to invest EUR30 mn in 2nd-generation biofuel plant

Austrian oil/gas firm OMV plans to build a pilot plant at its Schwechat Refinery, which will produce second-generation biofuels from 2023 using a patented process developed in-house. The plant involves advanced biofuels that are not in competition with foodstuffs. A typical refining process will see the waste-based substance glycerin turned into bio-alcohol, which when added to gasoline reduces its CO2 footprint.

“After more than five years of research, we are now investing in a ‘Glycerin2Propanol’ pilot plant and thereby contribute to the further development of advanced biofuels. The new plant will be part of the existing value chain in the Schwechat Refinery and is an additional building block in OMV’s sustainable business model”, said Thomas Gangl, OMV Chief Downstream Operations Officer.

The plant will use a catalyst, or reaction accelerator, developed in-house by OMV, to produce propanol (an alcohol) from glycerin. Glycerin is a byproduct or waste product from the production of biodiesel, as well as the manufacture of detergents and soaps, but it is also considered an advanced feedstock under the European Union’s RED II (Renewable Energy Directive). The propanol produced in this way will then be used as a bio-additive for gasoline. Its other applications include as a sustainable feedstock for the chemicals market as a replacement for fossil-based propanol.

OMV is set to invest around EUR30 million. Of this, around EUR6.9 millionn will come from the Austrian Research Promotion Agency (FFG). Another source of funding is the Covid-19 premium.

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The ‘Glycerin2Propanol’ pilot plant will be built at the Schwechat Refinery beside the ReOil plant so that both units can utilise a single measuring station, exploiting synergic effects through a shared-operator concept. Construction is set to start in the second quarter of 2021. The ‘Glycerin2Propanol’ pilot plant should be operational in 2023.

The capacity of the pilot plant will be 1.25 million l/year of propanol. This will lead to a CO2 reduction of around 1,800 metric tonnes. 1.2 l of crude glycerin is needed to produce a l of propanol. Under moderate temperature and pressure, 1 barrel (= 159 l) of propanol will be produced per hour in an energy-efficient process.

The long-term plan is to commercialize the technology in order to produce around 125 million l/year of propanol and reduce CO2 by around 180,000 tonnes.