We are a cross-sectoral research partnership charting science-based pathways on how low-carbon & renewable #hydrogen can enable the EU #EnergyTransition goals.
#Hydrogen4EU confirms a gap between domestic supply & demand.
🌍 Imports of #renewable & low-carbon #hydrogen (mostly North Africa & Middle East) are critical to complement domestic production 👷♀️ and sustain the European hydrogen economy uptake 📈.
🔍 https://t.co/l37i9GMkRD
#NaturalGas remains crucial in the energy transition in both #Hydrogen4EU pathways.
Its role depends on secure supplies 🌍, best practices in #MethaneEmission mitigation 🔝, and a successful #CCS deployment 🏭.
Read more 💻 https://t.co/l37i9GMkRD
Nuclear power share in the power mix decreases in the #Hydrogen4EU pathways 📉.
👉 It contributes to decarbonization, but economic barriers, long construction time & weak social acceptance exclude it from various European countries' electricity mix.
🔍 https://t.co/l37i9GMkRD
Variable electricity generation from wind 🍃 and solar ☀️ is at the heart of the power system’s transformation.
➡️Significant investments are needed to finance power plants, reinforce grids and roll out flexible technologies.
More at https://t.co/l37i9GMSHb
The two #Hydrogen4EU pathways deploy a different mix of technologies to meet #ClimateNeutrality objectives. 🛠️
🔷Low-carbon #hydrogen (#NaturalGas with #CCS) plays a role in both: it helps establish a hydrogen economy & complements renewable H2!
👀https://t.co/l37i9GMSHb
Over time, renewable #hydrogen takes a lead role in the two pathways analyzed in the #Hydrogen4EU study. ↔️
✅On the way to #ClimateNeutrality, renewable hydrogen helps integrate additional #renewable electricity sources in the system.
👩💻https://t.co/l37i9GMSHb
#Hydrogen4EU looks at the European #energy system to assess #hydrogen's role in the transition.
It charts 2 pathways that:
🤝 are aligned with key 🇪🇺 #climate goals,
📉reach net zero by 2050.
The difference lies in which technologies are deployed.
💻 https://t.co/xsSaRiDPen
#Hydrogen4EU finds that:
✅#H2 keeps key role in the #EnergyTransition despite the energy crisis;
⚡️Diversifying technologies saves €650 bln;
🍃Renewable share in final energy consumption = 65/80%;
🚚transport & 🏭industry are the biggest H2 consumers.
🔍https://t.co/l37i9GMkRD
What is the outlook for #hydrogen in light of the energy crisis?
#Hydrogen4EU looks at 2 pathways:
🔶 Technology Diversification
🔶 Renewable Push
Summary of findings below 👇
🔍https://t.co/l37i9GMkRD
Want to navigate the 2022 #Hydrogen4EU edition?
We got you! The new infographic has all the key data and results.📄
Download here➡️ https://t.co/Uos80lMOfh
Only 3 days to the launch of the new edition of #Hydrogen4EU, a research study by @CarbonLimitsAS, @Deloitte , @IFPENinnovation and @SINTEF.😮
✔️ 5 December
👀 https://t.co/l37i9GMkRD
#Hydrogen4EU looks at the European #energy system to assess #hydrogen's role in the 🍃 transition.
It charts 2 pathways that:
🤝 Are aligned with key 🇪🇺 #climate goals
📉 Reach net zero by 2050
Difference lies in which technologies are deployed.
💻 https://t.co/xsSaRiDPen
The new edition of #Hydrogen4EU study:
✔️ Assesses #hydrogen’s contribution to the #EnergyTransition
✔️Considers a gradual reduction of CO2 & #methane emissions to net-zero by 2050
✔️Accounts for a progressive phase-out of Russian energy imports
🔍➡️ https://t.co/xsSaRiEn3V
The #Hydrogen4EU study analyzes the optimal pathways to net-zero by unlocking the potential of different #renewable and low-carbon technologies. 👏
📣 The 2022 edition integrates geopolitical developments and includes #methane emissions.
Visit https://t.co/xsSaRiEn3V
Will the latest geopolitical events change the role of #hydrogen in the European #EnergyTransition? ⛽🚢✈️🚚🏭🏢⚡
Find it out in the upcoming new edition of the #Hydrogen4EU study -> https://t.co/xsSaRiEn3V
🛣️#Hydrogen4EU explores 2 pathways to enable the #EU to reach #netzero by 2050. The difference lies in which mix of technologies are deployed.
🤓Take a look at our infographic to better understand the differences!
https://t.co/ijhJkUskK7