Communicator

Técnicas Reunidas / March 10, 2025 -- In a significant step toward Europe's energy transition goals, Técnicas Reunidas and Siemens Energy have been selected to carry out the Front-End Engineering Design (FEED) for the La Robla Green project, set to become one of Europe's largest renewable methanol production facilities. The ambitious initiative is located in La Robla, a municipality in the province of León, Spain.

The project is spearheaded by Spanish company Reolum, which specializes in innovative energy transition solutions. The planned facility will produce 140,000 tons per year of green methanol (e-methanol) by combining renewable hydrogen with biogenic carbon captured from a biomass cogeneration plant. This approach ensures a sustainable production process with significantly reduced carbon emissions compared to conventional methanol production methods.

Green methanol is gaining prominence as a key alternative fuel for decarbonizing sectors with traditionally high emissions, such as maritime transport and aviation. It can be used directly as fuel or serve as feedstock for sustainable aviation fuel (SAF), providing a crucial pathway toward achieving Europe's climate neutrality targets.

The La Robla Green project brings together the expertise of several global leaders in decarbonization technologies. Siemens Energy will lead the development of the renewable hydrogen unit, while Técnicas Reunidas will oversee biogenic carbon capture and e-methanol production units. Mitsubishi Heavy Industries will provide advanced CO₂ capture technology, and Johnson Matthey will supply its proprietary eMERALD™ technology, enabling direct hydrogenation of captured CO₂ into methanol.

This collaborative effort aligns with Técnicas Reunidas' broader decarbonization strategy known as TRACK, aimed at accelerating the transition to a low-carbon economy. The project recently received substantial financial backing from the Spanish government: €180 million from NextGenerationEU funds allocated by the Spanish Ministry for Ecological Transition and Demographic Challenge. This funding supports Spain's H2 Valles Program initiative to establish major renewable hydrogen clusters across various regions including Aragon, Andalusia, Castile and León, Catalonia, and Galicia.

With this investment and collaboration among industry leaders, La Robla Green positions itself as a landmark project in Europe's renewable energy landscape. It is expected to significantly contribute to regional economic growth while advancing Spain's leadership in green technologies and sustainable fuels.

#greenhydrogen  #emethanol  #sustainablefuels  #sustainableaviationfuel  #saf  #carboncapture  #co2capture  #sustainability 

LA ROBLA GREEN project site that will include a carbon-negative green biomass energy generation plant and an e-methanol plant produced by combining CO₂ extracted from the Roblum biomass power plant with green hydrogen.


#spain  #larobla  #reolum  #greenhydrogen  #emethanol  #biomassenergy  #co2extraction  #sustainability 

REOLUM has been added.

#renewableenergy #emethanol  #greenhydrogen  #co2capture  #electricalcogeneration  #biomass 

The description of Holborn refinery has been updated, which includes a Process Flow Diagram.

#holborn  #refinery  #germany #hamburg  #sustainability  #co2emissions  #carbonemissions  

The description of the Raffinerie Heide's Hemmingstedt refinery has been updated.


#sustainability  #greenhydrogen  #hydrogenstorage  #emethanol  #cleanfuels  #electrolysis  #westkuste100  #emissions  #co2emissions 

A detailed description of Project ONE is now provided, which includes details about location,  logistics and mobility. ethane cracker technology, and utilities.
 

#co2emissions #emissions  #carbonfootprint  #sustainability  #ethane  #gascracker  #technip  #ineos  #antwerp  #belgium  #pipeline 

Technology to produce methanol from syngas has been added.


#hydrogen  #co  #carbonmonoxide  #syngas  #methanol  #hydrogenation  #co2  

A division of Alphabet Inc. has claimed carbon neutrality in its operations since 2007. This status was achieved by purchasing carbon offsets to match the emissions produced by its buildings, data centers, and business travel.

However, in its latest report, the company states:
"Starting in 2023, we no longer support operational carbon neutrality."

Google has ceased its substantial purchase of inexpensive carbon offsets. This strategic shift coincided with Google and Big Tech's dramatic move towards artificial intelligence technology, which is extremely resource-intensive.

As a result, energy consumption in 2023 was 48% higher than in 2019. Total energy consumption doubled over that period.

Microsoft shares a similar story. The company's AI activities led to a 30% increase in emissions compared to 2020, although it still aims to become carbon-negative by 2030.

#microsoft  #google  #alphabet  #ai  #artificialintelligence  #energyconsumption  #carboncredits  #carbonneutrality  #carbonoffsets  #emissions  #CO2  #carbondioxide  #carbonnegative