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EAGE ENERGY TRANSITION HUB

All the EAGE opportunities for learning, sharing and connecting in one place.
Start your energy transition journey here

WELCOME TO EAGE’S ENERGY TRANSITION HUB

The energy transition is one of the biggest challenges posed to geoscientists, engineers and society at large today. All sustainable scenarios to meet the climate targets point towards a combination of technologies and different energy sources to feed the future energy needs. EAGE members have a pivotal role to play on the pathway to net-zero emissions: this page connects you with their multidisciplinary work as channelled across the many initiatives of the Association.

You are just one click away from all the opportunities that you can engage with!

SAVE THE DATE FOR GET 2023!

Mark your calendar for the 4th EAGE Global Energy Transition Conference & Exhibition taking place on 14-17 November in Paris, France.

Held under the theme¬†‚ÄėAccelerating the path to a sustainable energy future‚Äô, the event will emphasize on the urgent challenges and needs to support energy transition and accelerate the move towards net zero energy systems.¬†

By joining the Conference, you’ll make the most of a comprehensive Technical Programme addressing topics such as: Offshore Wind, CCUS, Geothermal, Energy Storage, Georesources, Sustainability, Integration, Cross-uses, Solutions & Society, and Education & Training. 

Additionally, you will enrich your experience with an innovative Strategic Programme featuring a wide rage of keynotes and panels to foster the exchange of thoughts and views beyond the traditional debates.

Eager to know how you can contribute towards a sustainable energy future? Be part of this conversation! Take advantage of discounted registration fees until 31 October!

Highlights

Events

Throughout the year, EAGE organizes multiple workshops and conferences for members to engage in, both online as well as in person, to share and discuss energy transition solutions.

SUPPORT AVAILABLE FOR EAGE MEMBERS

EAGE members presenting a paper can apply for support at selected event and always benefit from special registration rates. Learn about all the benefits and secure your membership to get the best deals.

Would like to attend but you are currently between jobs? Through the Hardship Economic Programme, the Association also assists long term members who are unemployed to benefit from EAGE events and education opportunities.

Resources

Special Joint Issue
SURVEY ET FOR HUB
Meet
FB OCTOBER 2023 ET HUB
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Coaching Programme

Take a sneak peek at our new programme!

Skills for the Energy Transition

Fill in a short survey and help us to identify them!

EAGE Membership

Why You Should Join!

First Break Special Topics

Energy Transition

Conference Close-Up

Watch the GET2022 recap video!

Communities and the Energy Transition

View Recordings from Community Events

EarthDoc

Read Papers on the Energy Transition
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Our Road So Far

Communities

Communities are at the heart of the association: they help build new connections, provide valuable input on future developments and support members‚Äô professional growth ‚Äď from students to senior professionals. Make sure to connect with technical communities and Local Chapters in your area.

EAGE DECARBONIZATION & ENERGY TRANSITION COMMUNITY

The EAGE DET community is the network of members interested in sharing knowledge and developing skills on decarbonization and energy transition technologies, on both the geoscientific and engineering aspects of surface and subsurface decarbonization including CO2 sequestration and the advancement of renewables such as geothermal energy production. Join to continue the conversation, participate in discussions and find opportunities to help you advance in your career.

2021

Siddharth Misra

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Prof Dr Siddharth Misra’s research focuses on improving subsurface characterization and prospect evaluation for the exploration of hydrocarbons, minerals and water resources.

His major contribution is in the theory of electromagnetic responses of geological formations to various charge polarization phenomena. The theory has enabled him to introduce a multi-frequency electromagnetic log-inversion technique to remove dielectric effects for improved estimation of hydrocarbon pore volume.

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