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" />AGU24
AGU24, the largest gathering of Earth and space scientists, brings together 25,000+ attendees from over 100 countries to share discoveries, drive collaborations, and explore solutions for a more sustainable future. This year’s theme, ‘What’s Next for Science’, reflects the spirit of innovation that propels our understanding of the planet and inspires action on global challenges like climate change. UNDO is proud to join this global dialogue, contributing to bold pathways for carbon removal and environmental restoration.
Attending AGU24? Contact us.
Meet Us at AGU24
Stop by our booth 1144 to discuss how ERW can support climate action through permanent carbon removal. Our team will share the latest advancements in ERW, insights from recent field trials, and the potential for collaboration to drive global-scale carbon solutions. If you’re yet to register for AGU24 register via the link below.
Advancing Carbon Removal with Enhanced Rock Weathering
UNDO is leading the way in permanent carbon dioxide removal through enhanced rock weathering (ERW). Leveraging the natural processes of mineral weathering, UNDO’s work not only captures and sequesters atmospheric CO2 but also revitalises soils and supports ocean health. As part of the carbon portfolios of industry leaders like Microsoft and Stripe, UNDO is committed to scaling ERW to meet global climate targets and achieve high-impact carbon removal.
Meet the UNDO Team at AGU24
UNDO’s team at AGU24 brings together leaders in science and technology, each dedicated to advancing carbon removal. Our attendees include:
Dr XinRan Liu
Director of Science and ResearchA multi-award-winning particle physicist, XinRan leads a world-class science team at UNDO. With over a decade of experience in detector R&D, material assay and delivering large-scale scientific experiments, XinRan’s expertise is pivotal in advancing UNDO's science team and the scientific frontier of the ERW field to combat climate change.
Amanda Stubbs
Senior ResearcherAmanda is a Senior Researcher in geochemistry at UNDO, working part-time while completing the final year of her PhD. With a strong academic foundation in Earth Sciences, Amanda has extensive experience in carbon removal applications, particularly in enhanced rock weathering. She is involved in Canadian Wollastonite trials, focusing on advancing MRV methodologies. Amanda is passionate about enhancing the scientific understanding of diverse measurement approaches to unlock their potential in CDR approaches.
Joey Betz
Doctoral Research StudentWith expertise in particle physics, data processing, and statistical analysis, Joey is currently jointly working on a novel method of MRV involving the non-destructive, in-situ measurement of sequestered CO2 utilising neutron indued gamma spectroscopy (based at UCL and sponsored by UNDO), as well as collaborating with UNDO’s science team to exploit existing measurement techniques with the goal of producing a predictive CDR model for ERW.
Dr Will Turner
Data Science LeadAs a Data Analyst, Will supports UNDO's Technology and Science teams playing a key role in operational data systems and geochemical modelling. He earned his Particle Physics PhD at Liverpool University, contributing to groundbreaking muon interaction studies and enhancing detector sensitivity in the LUX-ZEPLIN dark matter experiment. His proficiency in advanced computing techniques empowers the team to conduct comprehensive simulations and assess the potential impact of enhanced rock weathering on a global scale.
Zoe Couillard
Field and Lab TechnicianZoe is a skilled Field and Lab Technician at UNDO, spearheading lab and field operations in Kingston, Ontario. With a Bachelor of Science in Geological Sciences from Queen’s University, she brings a wealth of expertise to UNDO’s carbon removal initiatives. Her academic background includes a thesis exploring the economic potential of local zinc sulphide deposits, showcasing her ability to connect geological research with practical applications.
Research Spotlight
At AGU24, UNDO will present findings that are shaping the future of enhanced rock weathering. These abstracts underscore UNDO’s commitment to advancing the science of carbon removal and its practical applications.
Amanda introduces a novel approach to measuring carbon dioxide removal by combining pore water data with climate and plant water content metrics. This research, using data from 1–2-year field trials, provides a robust method to estimate carbon removal accurately and align with standard verification requirements.
Joey investigates how climatic factors like rainfall and temperature influence cation release in basalt-amended soils. This research highlights the dynamics of ERW under real-world conditions and presents a predictive model to estimate its effectiveness across diverse environments.
Opportunities for Collaboration
UNDO’s team, including representatives from our Science, Research and Field teams, is eager to engage with attendees who are passionate about environmental science and carbon removal. This is a chance to explore partnerships, internship opportunities, and learn more about our mission to scale ERW globally. Whether you’re attending in person or following virtually, UNDO invites you to discover the future of carbon removal and environmental restoration through science. Let’s connect and build the next chapter of climate solutions together.
