Zitat zu STORE&GO von Dr. Christian Ehler

The German demonstration site at Falkenhagen

May 09th, 2018, Methanation plant in Falkenhagen opens

As part of the STORE&GO research project the Inauguration event of the methanation plant in Falkenhagen was held on May 9th.

While the current facility feeds pure hydrogen (so-called “WindGas”) directly into the gas grid, the new methanation plant provides for the generation of “green” methane. In this second stage, hydrogen from regenerative energy sources is converted into methane (CH4), i.e. synthetic natural gas, using CO2 from a bio-ethanol plant.

This milestone project was celebrated together with about 150 stakeholders and was opened by a few greeting words from Dr. Ing. Axel Wietfeld (Managing Director of Uniper Energy Storage GmbH). The greeting then disembogued in a series of speeches started by Dr. Ing. Ehler (EPP/CDU, European Parliament member for Brandenburg), Jochen Homann (President of the Federal Network Agency for Electricity, Gas, Telecommunications, Post and Railways), Frank Gröschl (Head of Technology and Innovation Management at the DVGW German Technical and Scientific Association for Gas and Water), Eckhardt Rümmler (Chief Operating Officer of Uniper SE), Helmut Knauthe (Chief Technology Officer of thyssenkrupp Industrial Solutions AG) followed by Prof. Dr.-Ing. Thomas Kolb (KIT Karlsruhe Institute of Technology) about the necessity of such technology hubs like in Falkenhagen to be able to demonstrate the potential of CO2-neutral gas produced through the power-to-gas technology and therefore the decisive contribution to achieving Europe’s de-carbonization and energy goals.

In summary, the event was a great success and milestone for the STORE&GO project, as well as for the entire gas industry.

July 6th, 2017, STORE&GO “Ground-Breaking” event took place in Falkenhagen, Germany


On Thursday, July 6, 2017, the Ground-Breaking event in Falkenhagen, Germany took place. The current plant already has the capability to feed small amounts of hydrogen directly into the existing gas grid and will now enter into a new phase with the expansion of a methanation plant.

Falkenhagen in Brandenburg is an ideal location, owing to its high wind generating capacity and the well-developed power and gas infrastructure already in place and with the successful operating phase of the existing demonstration facility, which was launched in August 2013, Uniper has proven that with the aid of power-to-gas technology, surplus wind power can be converted into hydrogen and fed into the regional natural gas network.

The new methanation plant will be built right next to the power-to-gas plant and consists of several components: two different prototype catalytic reactors for methanation are being installed and will be tested during the project. Up to 57 Nm³/h SNG (volumetric flow of synthetic natural gas) will be produced – an output equivalent to approx. 600 kWh per hour. In addition, the heat generated during conversion will be supplied to a nearby veneer plant.

About 50 stakeholders attended this great event, which started with welcoming the attending guests by Dr. Axel Wietfeld (CEO Uniper Energy Storage). Prof. Dr.-Ing. Thomas Kolb (Karlsruher Institute for Technology), Rene Schoof (Project Manager Power-to-Gas, Uniper), Torsten Uhe (District Administrator of the Prignitz district), Dr.-Ing Klaus Freytag (Ministry of Economic Affairs and Energy), Dr. Ralph Kleinschmidt (thyssenkrupp Industrial Solutions AG) followed as speakers and praised the importance of the location Falkenhagen for the community and highlighted the importance of the demonstration plant to showcase the potential of power-to-gas. Subsequently, the major representatives gathered to successfully place a time-capsule as the first cornerstone in the ground.

Dr. Ralph Kleinschmidt, Head of Technology & Innovation at thyssenkrupp Industrial Solutions AG: "From today's perspective, gas storage systems are the only technology available for storing large amounts of energy from wind power over a period of several months. In the future, we will be able to use industrial emissions or CO₂ from the atmosphere for methane recovery. The power-to-gas facility in Falkenhagen is a crucial step toward an industrial use of this technology."

November 7th, 2017, the first methanation plant has been shipped to the demo site at Falkenhagen, Germany


On Tuesday, the 7th of October, a decisive milestone in the STORE&GO project was achieved. The methanation plant, which was build by thyssenkrupp Industrial Solutions, including the EBI-designed honeycomb reactor have been shipped and set up at the demo site in Falkenhagen, Germany.

After the construction work on site will be finished an opening-event will take place in July 2018, where all stake- and shareholder will be invited to celebrate this decisive milestone and the beginning of the production and test phase of the methanation plant for the next two years.

© 2016 GeoBasis-DE/BKG (©2009),Google
© 2016 GeoBasis-DE/BKG (©2009),Google
Uniper Power-to-Gas Anlage Falkenhagen, © Uniper Energy Storage GmbH
Existing electrolysis systems at Falkenhagen, © Uniper Energy Storage GmbH

Atmostat

ATMOSTAT

Climeworks

Climeworks

Commune di Troia

Commune di Troia

DBI-GUT

DBI-GUT

ÈCOLE POYTECHNIQUE FÉDÉRALE DE LAUSANNE

EPFL

Electrochaea

Electrochaea

EMPA

EMPA

Energieinstitut (EIL)

Energieinstitut (EIL)

Energy Delta Institute

Energy Delta Institute

Energy research Centre of the Netherlands

Energy research Centre of the Netherlands

Energy Valley Foundation

Energy Valley

Engineering

French Alternative Energies and Atomic Energy Commission (CEA)

French Alternative Energies and Atomic Energy Commission (CEA)

Gas- und Wärme-Institut Essen e. V.

gwi

DVGW e. V.

DVGW

HanzeResearch

Hanze

Hochschule für Technik Rapperswil

(HSR) Hochschule für Technik Rapperswil

HySyTech

hysytech

IREN

IREN

Karlsruhe Institute of Technology

KIT

Polito

Polito

Regio Energie Solothurn

regioenergie

The Swiss Association of Gas and Water

svgw

thyssenkrupp

thyssenkrupp

Uniper

uniper

Rijksuniversiteit Groningen

Rijksuniversiteit Groningen
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HORIZON 2020

This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 691797.