Skip to main content
Tambores_15_-_Foto_600.png

Tambor: E-methanol from green hydrogen

Uruguay

ENERTRAG is planning the Tambor Green Hydrogen Hub in the Department of Tacuarembó, Uruguay. The project will consist of wind and solar plants as well as an electrolyser and conversion facilities for the production of green hydrogen and its derivatives.  

Tambores_15_-_Foto_600.png
Tambor.png

ENERTRAG supports Uruguay's pioneering role. 

Uruguay is one of the world's pioneers in the field of renewable energies and currently planning on becoming an exporter of green hydrogen and its derivatives. The country has the potential to produce hydrogen in the gigawatt scale and, thus, meet Germany's entire demand for methanol, for example.   

ENERTRAG wants to support Uruguay's role as a pioneer in Latin America in the implementation of a green energy transition. With its high-quality energy resources, its stable regulatory and political framework as well as its vast experience in permitting and implementing large-scale renewable energy facilities, Uruguay is an ideal partner for Europe and for ENERTRAG.  

Huge potential for climate-friendly methanol 

The production of green hydrogen and its derivatives offers huge possibilities in terms of growth and structural benefits. Tambor Green Hydrogen Hub, which in its first phase will consist of renewable energy plants (wind and solar photovoltaic) with a capacity of 350 megawatt (MW) and an on-site electrolyser, is planned and developed in cooperation with the Uruguayan project developer SEG Ingeniería. The 15,000 tonnes of hydrogen to be produced per year will be converted into e-methanol. The e-methanol produced here could compensate for around 10 percent of the methanol conventionally produced from Russian crude oil in Germany's largest refinery. 
Methanol is an important feedstock for the chemical industry and can be used as an energy carrier. The synthesis gas required for methanol production is traditionally produced from fossil raw materials such as oil, natural gas, and sometimes coal. In the Tambor project, only renewable resources will be used. Thus, the end product can be called renewable e-methanol, whose production does not emit any climate-damaging greenhouse gases. 

Projekt Steckbrief
Renewable energy capacity: 
350 MW
Hydrogen production:
16.200 t/a
"The energy transition will only succeed through international cooperation. Green hydrogen is the key to success! It can make an important contribution to global defossilisation and reduce dependence on Russian oil and gas. Green hydrogen unlocks immense economic potential worldwide, in which everyone can participate."

Aram Sander

Head of Department International Project Development PtX, ENERTRAG

Technologies of the project

Wind power & photovoltaics

Wind turbines utilize the power of the wind to drive rotor blades and, via these, a generator. In this way, electrical energy is generated. Incident sunlight is used to generate electrical energy in solar cells.

Electrolysis

Electrolyzers split water into hydrogen and oxygen with the help of electricity from local wind and solar power plants.

Methanol synthesis

In addition to electricity, CO2 and water are also required for the climate-friendly production of methanol. The electricity that ENERTRAG uses for the synthesis comes exclusively from wind power and photovoltaics. Hydrogen is produced from water using electrolysis and electricity, which is then converted into methanol using CO2.

Funded by the H2Global programme of the German government 

Interest in Latin and South America’s potential for the production of green hydrogen is continuously increasing, given its world-class wind and solar resources. Besides the strong commitment of the Uruguayan government to a green energy transition, these are key factors for the generation of competitive large-scale renewable energy.  

The government of the Federal Republic of Germany has noticed these ambitions and, therefore, initiated the H2Global programme, of which ENERTRAG is a founding member. The aim of H2Global is to create an efficient funding programme for a fast market ramp-up and import of green-hydrogen-based products to Germany. The envisaged funding mechanism will enable the long-term commercial operation of green-hydrogen plants and the market ramp-up towards an industrial scale which is required now.   

ENERTRAG has more than 10 years of experience in the production of green hydrogen and has already been active in Uruguay for several years, working closely with the German-Uruguayan Chamber of Commerce, among others. 2021 the company could also welcome a delegation led by the Minister of Industry, Energy and Mining, Omar Paganini, and other government representatives in Germany.  

Tambor.png
Enertrag DT_Drohne - JEWRO LR-58.jpg
Enertrag DT_Drohne - JEWRO LR-58.jpg

About ENERTRAG

ENERTRAG develops, builds and operates energy solutions from wind, photovoltaics and hydrogen to drive forward the energy transition worldwide - and to completely replace fossil fuels in the energy supply. 

Learn more

More projects

The goal: 100 percent fossil-free - worldwide. To achieve this, ENERTRAG is turning pioneering ideas into sustainable, viable solutions.

ETAPA 4 ZONA 1-2_Moment2.jpg

Hyphen: Project for green hydrogen in Namibia

Nominal Power 3.5 GW
Operating Since
Location Namibia
Status TBA
ENERTRAG_Spatenstich_Elektrolyseur_Osterweddingen_20240513v4.jpg

Osterweddingen hydrogen plant

Nominal Power 10 MW
Operating Since 2025
Location Osterweddingen
Status under construction
PV Uckermark_ Enertrag LR-36.jpg

PV field Kreuz Uckermark

Nominal Power 20 MW
Operating Since 2023
Location Gramzow
Status in operation
Bild3.png

Battery storage Tantow

Nominal Power 60 MW / 120 MWh
Operating Since 2026
Location Tantow
Status planned
Enertrag_Windpark_23 JR_HR-217.jpg

Wind farm Dunowo, Poland

Nominal Power 186 MW
Operating Since
Location Poland
Status in operation

Heidekrautbahn

Nominal Power 4 MW
Operating Since
Location Oberhavel (Oranienburg)
Status under construction
TZZS5378.jpg

Electrolysis corridor in Eastern Germany

Nominal Power 185 MW Elektrolyse
Operating Since
Location Germany
Status planned
Visualisierung_Pasewalk_resized_sharpened.png

Verbundkraftwerk Pasewalk

Nominal Power 60 MW
Operating Since 2029
Location Pasewalk
Status planned
Header_Projektwebsite_VKW_Anklam.jpg

Verbundkraftwerk Anklam

Nominal Power 240 MW
Operating Since 2029
Location Anklam
Status planned

Reference power plant Lausitz

Nominal Power 12 MW
Operating Since
Location Lusatia
Status planned

Concrete Chemicals

Nominal Power 35 kt/a SAF
Operating Since 2028
Location Rüdersdorf
Status planned
Tambores_15_-_Foto_600.png

Tambor: E-methanol from green hydrogen

Nominal Power 350 MW
Operating Since
Location Uruguay
Status planned

News

Stay up to date with the latest articles from the press area. 

Contact

Fields
Cloudflare Turnstile Captcha

Further information on the processing of your personal data can be found in our privacy notice.