nextGEMS | next Generation Earth Modelling Systems’ Post

Yet-Ming Chiang is a longtime professor at Massachusetts Institute of Technology and he’s also a co-founder of two of the most well-known climate tech companies right now: Form Energy, which is developing long duration energy storage systems, and Sublime Systems, which is commercializing cement made with electrochemistry. He's also just turned 66 and when he was 65, he co-founded three new climate tech companies, all of which are still in relative stealth mode: One in electric aviation, one in lithium extraction from hard rock resources and another involving the stimulation of geologic hydrogen. Learn how Chiang became an entrepreneurial powerhouse, in addition to being an academic, in the first of Cipher’s stories on undercover climate superstars. Cat Clifford reports: https://nt-z.ro/3zeno73

🔔 Here is our June First Break 2024 on TECHNOLOGY and TALENT for a SECURE and SUSTAINABLE ENERGY FUTURE 📣 We are here to help you to publish your manuscripts as Technical Articles in the First Break using the link: Submit manuscript – First break. Alternatively, please feel free to contact Clément Kostov Enjoy your new issue of First Break with: >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>  Technical Articles 🔵Generalised Survey Optimisation with Constraints by Rajiv Kumar et al.  https://lnkd.in/eUQqU9jA 🔵Contribution of Frequency and Training Model on AI-Based Velocity Prediction by Junxiao Li et al.  https://lnkd.in/eSazKqzf Special Topic: TECHNOLOGY and TALENT for a SECURE and SUSTAINABLE ENERGY FUTURE  🔵Seismic-Led Exploration and Characterisation of Carbon Storage Sites by Julien Oukili et al.  https://lnkd.in/eCAdp7qY 🔵Upgrading Vintage Data in the Punta Del Este and Pelotas Basins Offshore Uruguay and Southern Brazil by Kyle Reuber et al.  https://lnkd.in/efZNfDTN 🔵Preliminary Remote Spatial Analysis of Fairy Circles: an Approximation of Hypersectral and Geophysical Data from Hydrogen Seeps By Juan Esteban Mosquera-Rivera et al.  https://lnkd.in/eYge3_kS 🔵Seisnode – a View on Ocean Bottom Nodes from the Geophysical Side by Jeroen Hoogeveen et al. https://lnkd.in/eyJ_YkHW 🔵Integrated Geothermal Asset Understanding — the Next Generation of Geothermal Simulation by Jonathon Clearwater et al.  https://lnkd.in/eVye4YGc 🔵Drone-Based Methane Leak Screening in Energy Infrastructure Alexei Yankelevich https://lnkd.in/eUabu-wt 🔵From Black to Green Gold: Leveraging Diversity and Innovation in the CCS Era by Elodie Morgan and Habib Al Khatib https://lnkd.in/e8hCeC5N 🔵 Empowering Sustainable Geoscience Exploration through Technology and Academic Collaboration by Nick Tranter https://lnkd.in/eMcR5FKs ⭐ Changes at the top of our journals with Clément Kostov, Alireza Malehmir and Sebastian Geiger leading the First Break, Geophysical Prospecting and Geoenergy, respectively. ⭐Personal Record Interview – Kristian K. Johansen – Skiing was not the way to the top ⭐ Andrew McBarnet's CrossTalk – Spare a thought for Norway’s early days For more information on the First Break JUNE 2024 issue, please go directly to the link below: #engineering #data #EAGE #NearSurface #Talent #Energy

Learn more about our carbon storage site characterization work in this month's First Break. Thanks to our authors Julien Oukili Nick Lee Martin Widmaier Omar Elbaramony Roberto José Ruiz Angulo Eric Mueller for this interesting read.

💰 From Black to Green Gold: Leveraging #Diversity and #Innovation in the #CCS Era I’ve written an article on how we can capitalize on knowledge from the subsurface industry to build a greener and more diverse future. Check it out ➡ it’s in the latest issue of First Break 2024 from EAGE (European Association of Geoscientists and Engineers) #diversity #ccs

BAD CARBON, GOOD CARBON? – NEW ROLE FOR AN UNLOVED ONE. Nearly 30% of the worldwide Greenhouse Gas Emissions are related to industrial processes. We decided to work on a solution which helps to decarbonise the industry. We are: Evgeniya Cheremushkina – a high energy physicist who worked at CERN for a long time and me with my experience in business development. We met at the Venture Builder Carbon13 and teamed up with a first ideation approach (phase 1). Our plan is to work out the concrete idea and the business plan over the next few months (phase2). Our first common business trip led us to HANNOVER MESSE where we met lots of lovely people from the world of research, such as Karlsruher Institut für Technologie (KIT), and companies from heavy industry. Many thanks for the inspiring discussions and sharing your experiences, which help us very much to develop our business. We are currently looking for collaborations in research and companies of hard-to-abate industries. Please contact us and we will tell you more about what we want to do. Just by the way, because it is not our topic: We were very impressed how innovatively Norway is tackling climate change. Wintershall Dea uses a model from the FluidFlower experiment at the University of Bergen to show what happens to CO2 at a depth of 2,000 metres under the seabed when it is stored. #carbon13 #climatechange #industry #technology #innovation #science

Showing potential to change the carbon capture arena with a fundamental transformative technology approach.

Captura is one of two ARPA-E-funded projects driving progress in the relatively new field of Direct Ocean Capture (DOC).     Forbes recently spotlighted their promising DOC technology that leverages the oceans’ natural ability as a carbon sink to provide large-scale atmospheric carbon removal at a low cost.    Check out more from Forbes to see why Captura’s innovation is so promising: https://bit.ly/3SJWvy1.

🛰️ Tackling space debris, 🏭 turning CO₂ into stone, 🏛️ reconstructing cultural sites in 3D and much more! As we celebrate 40 years of EU research and innovation programmes, let’s navigate through 8 scientific breakthroughs led by EU-funded researchers. ↓ #EUdelivers #ResearchImpactEU #EU #HorizonEurope

🧪 🧪 Raise your test tubes and beakers to celebrate 40 years of EU research and innovation programmes! 🔭 Through these years, the EU has invested €283 billion in research. 🏆 More than 30 Nobel Prizes have been won by EU-funded researchers, including seven in just the last four years!  What have EU-funded scientists been working on? Here are just a few telling examples: 🏭 Turning CO₂ into stone 🛰️ Tackling space debris 🏛️ Reconstructing cultural sites in 3D 🚢 Finding greener shipping solutions ⚛️ A new material, one atom thick and stronger than diamond. And much more! #EUdelivers #ResearchImpactEU

Nothing quite like teaching a class, rushing to the airport, catching an overnight flight to Europe, and riding an Uber direct to make a presentation, but very happy to be at the UNEP OGMP2.0 Conference in Madrid and sharing our Energy & Emissions Research Lab (EERL) developed protocols and analytics for creating measurement-based inventories and verified methane intensities. It's exciting to see so many companies, governments, and international organizations focused on a common goal of aggressive methane reduction to near-zero by 2030, and it's particularly exciting to be able to share successes in Canada internationally. More on this last point to come very soon!! Carleton Engineering And Design, Carleton University, Natural Resources Canada | Ressources naturelles Canada, GreenPath Energy, Bridger Photonics, Inc., International Methane Emissions Observatory