Liqvis is further expanding its BIO-LNG procurement portfolio and will gradually switch to Bio-LNG for heavy goods transport from 2023

  • Liqvis GmbH and revis bioenergy GmbH conclude contract for the supply of bio-LNG
  • From mid-2023, Liqvis will gradually switch to theCO2-neutral BIO-LNG and offer it as an alternative fuel at Liqvis filling stations
  • Another important step on the way to decarbonizing heavy goods transport in Germany

  Liqvis GmbH and revis bioenergy GmbH have concluded a contract for the supply of bio-LNG.
According to current plans, revis bioenergy GmbH will supply bio-LNG to Liqvis from mid-2023.
TheCO2-neutral bio-LNG, which comes exclusively from advanced waste and residues from agricultural use in accordance with EU Regulation RED II, will be produced in a revis biomethane liquefaction plant.
Compared to conventional LNG, bio-LNG will enable further significantCO2 savings.
Liqvis plans to offer bio-LNG as an alternative fuel for heavy goods vehicles at its LNG filling stations in Germany from summer 2023 and to gradually convert its entire procurement portfolio to 100% BIO-LNG.  

Sebastian Gröblinghoff, Managing Director of Liqvis GmbH: “Due to the high gas prices in recent months as a result of geopolitical developments, LNG has unfortunately lost its competitiveness as an alternative fuel in heavy goods transport compared to conventional fuels. Our customers in the freight forwarding and logistics sector in particular, who have relied on LNG-powered vehicles, have come under severe economic pressure as a result. Together with revis bioenergy GmbH, we have succeeded in concluding a bio-LNG supply contract that makes us less dependent on price developments on the European gas exchanges and at the same time enables us to compete more sustainably with diesel fuels. Together with revis bioenergy GmbH as a strong partner, we are also pleased to be able to make another important contribution to the decarbonization of heavy goods transport in Germany. The bio-LNG supply contract, under which the first quantities are to be delivered in the second half of 2023 according to current plans, thus creates a clear perspective for our customers and strengthens the future viability of this drive technology.”  

Simon Detscher, Managing Director of revis bioenergy GmbH: “In revis bioenergy GmbH, LIQVIS has gained a strong partner that specializes in the operation of biogas and biomethane plants using residual and waste materials. As a partner and marketer for green gases and fuels, revis will also take over the liquefaction of the biomethane produced”.   The Uniper subsidiary LIQVIS has been operating LNG refueling stations at strategic transport hubs with particularly high truck volumes since 2017, thus helping our customers to achieve significantCO2 savings compared to the use of diesel as a fuel by offering conventional LNG.
Thanks to the cooperation with another strong partner, Liqvis will be able to offer its customers a completelyCO2-neutral product at competitive prices compared to diesel for the first time from mid-2023.
Liqvis is working intensively to increase the share of bio-LNG in the filling station network to 100% in the second half of 2023.   LNG trucks with their low carbon dioxide, particulate matter and nitrogen oxide values already easily meet the high environmental requirements of the Euro VI emissions standard.
The use of BIO-LNG, which works without any adjustments to the LNG trucks or filling station technology, offers users the opportunity to carry out climate-neutral transportation and thus once again take on a technological pioneering role.   If you have any questions, please contact: Uniper SE Oliver Roeder M +49 151 12658465 oliver.roeder@uniper.energy revis bioenergy GmbH Tim van Bevern T +49 (0) 251 – 60 98 45 18 t.vanbevern@revis-bioenergy.de About Liqvis LIQVIS is a wholly owned subsidiary of Uniper SE that builds and operates a demand-oriented infrastructure for LNG in heavy goods transport.
Founded in 2015, Liqvis has been operating LNG filling stations in Germany since 2017.
A steady expansion of this filling station infrastructure is planned for the coming years.
You can find a current overview of the filling station locations at Liqvis locations: https://www.liqvis.com/tanken.html About revis bioenergy GmbH revis from Münster specializes in all topics related to the production of green fuels, especially from biomethane.
The know-how acquired over the years covers all services from plant design, substrate procurement and utilization to the marketing of green fuels and all by-products.
The company is currently building Europe’s largest plant for biomethane production from manure.
The plant, which revis developed entirely in-house, is located at the c-Port on the Küstenkanal in the district of Cloppenburg.
Commissioning is scheduled for mid-2023 by nordfuel GmbH.  About Uniper Uniper is an international energy company headquartered in Düsseldorf with operations in more than 40 countries.
With around 7,000 employees, the company makes an important contribution to security of supply in Europe.
Uniper’s core activities include power generation in Europe, global energy trading and a broad gas portfolio.
Uniper procures gas – also as liquefied natural gas (LNG) – and other energy sources on the global markets.
The company owns and operates gas storage facilities with a capacity of more than 7 billion cubic meters.
Uniper plans to operate its approximately 22.5 GW of installed electricity generation capacity in Europe in aCO2-neutral manner by 2035.
The company is already one of the largest operators of hydropower plants in Europe and plans to further expand solar and wind energy as the key to a more sustainable and independent future.
Uniper is a reliable partner for municipalities, municipal utilities and industrial companies in the planning and implementation of innovative,CO2-reducing solutions on the way to decarbonizing their activities.
As a hydrogen pioneer, Uniper is active worldwide along the entire value chain and realizes projects to make hydrogen usable as a mainstay of the energy supply.