Air transport

 

 

Considering the climate change emergency, air transport has begun its transition. To successfully manage this transition, one of the critical short- and long-term factors is the incorporation of sustainable aviation fuels to replace conventional kerosene.

To support the airline industry, Elyse Energy has decided to integrate the production of sustainable aviation fuels into its industrial programmes.

Air transport in the face of climate change

 

Air transport accounts for more than 2% of global greenhouse gas emissions. While this share is limited in absolute terms, it is increasing due to the sector’s growth. Considering the climate change emergency, the industry committed to carbon-neutral growth in 2020 and aims to achieve zero net emissions by 2050. Achieving these objectives will depend on a package of measures: technological progress, operational improvements in air navigation, use of compensation mechanisms, and deployment of sustainable aviation fuels.  

 

Sustainable aviation fuels, key to reducing the carbon intensity of air transport

 

In a sector that has already halved fuel consumption per passenger over the past twenty years, the use of sustainable aviation fuels will be critical. Depending on the scenario, these fuels could account for 50% to 70% of the supply by 2050 and help achieve more than half of the carbon footprint reduction targets. The regulatory framework in this respect is changing rapidly, with ambitious incorporation goals in Europe or tax credit mechanisms in the USA. In addition to regulatory constraints, airlines and freight forwarders are stepping up their commitments, setting targets that are often more ambitious than regulatory constraints, as reflected by Air France-KLM’s announcement of a 10% incorporation of sustainable fuels in 2030.

 

Elyse Energy is at the forefront of the sustainable aviation fuel industry with its BioTJet and AVEBIO projects. With its hybrid approach, combining advanced biofuels and synthetic fuels, it can respond to the needs of various market segments and help its customers increase their demand.

Our
projects

 

We develop, finance, build and operate low-carbon molecule production plants in France and in the iberian peninsula. Discover our projects !

eM-Rhône
eM-Rhône     Le projet eM-Rhône vise à produire 150 000 tonnes par an de e-méthanol en vallée du Rhône pour offrir aux industriels de la chimie et aux opérateurs maritimes une solution de décarbonation issue d’hydrogène durable et de carbone recyclé.   Cette solution, adaptée aux infrastructures existantes, permet de substituer le méthanol fossile […]
vue aérienne projet BioTjet
BioTJet
France’s first advanced e-biokerosene industrial unit, enriched with low-carbon hydrogen, in partnership with Avril, Axens, BioNext and IFP Energies Nouvelles.
eM-Lacq
eM-Lacq     The eM-Lacq project aims to produce 200,000 tons of e-methanol annually in the Lacq basin. This e-methanol will be produced using hydrogen generated through water electrolysis, powered by renewable or nuclear electricity, and carbon captured from local industrial sources. The eM-Lacq project will locally produce the equivalent of 30% of the fossil […]
Vue aérienne BioTJet
E-CHO
E-CHO     Climate change is reaching “an unprecedented pace.” We are all witnessing it through the multiplication of heat records and the intensification of extreme weather events. To limit its effects and build a sustainable future, the path is as simple to state as it is difficult to follow: we must decarbonize the economy, […]
eM-Numancia
The eM-Numancia project aims to produce up to 50,000 tons per year of e-methanol in the heart of Spain, specifically in the municipality of Garray, within the green industry activity zone known as the "Parque Empresarial del Medio Ambiente" (PEMA).

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