Research and Technology Grantees
We awarded more than $24 million in grant funding to support OAE science and technology teams around the world.
Those teams are systematically evaluating the safety, efficacy, and permanence of numerous OAE pathways; developing prototypes for alkalinity generation and delivery; conducting rigorous techno-economic and life-cycle assessments, and catalyzing groundbreaking field research.
Scientific Research Grantees
Developing a Community-Driven OAE Field Data Management Protocol
Led by
Jacki Long
Environmental Impact Monitoring Framework for OAE Field Trials
Led by
Sam Fawcett
Alk-Align: Advancing Alkaline Feedstocks for Global CO₂ Removal
Led by
Dr. Katja Fennel, Dr. Dariia Atamanchuk, Dr. Douglas Wallace, Dr. Ulf Riebesell, Dr. Andreas Oschlies, Dr. Lennart Bach, Dr. Jens Hartmann, and Dr. Kai Schulz
OAE Pelagic Impact Intercomparison Project
Led by
Dr. Lennart Bach
LOC-NESS: A Research Strategy to Assess the Scalability of OAE
Led by
Dr. Adam Subhas
Standardized Ecotox Arrays of OAE Feedstocks Across Trophic Levels
Led by
Lydia Kapsenberg and Jérôme Couteau
Building an Interactive Tool for Exploring OAE Ocean Efficiency
Led by
[C]Worthy and CarbonPlan
Integrating OAE into Sustainable Marine Ecosystem Management
Led by
Dr. Debora Rodriguez-Iglesias
Developing and Scaling Field Research Observation Methods
Led by
Dr. David Ho
Technology Development Grantees
Developing a Modular Dosing and Monitoring System for OAE
Led by
Dr. Will Burt
Techno-economic and Life Cycle Assessments for OAE
Led by
Dr. Phil Renforth
Solid-State Sensor for Monitoring, Reporting, and Verification of OAE
Led by
Dr. Allan Adams, Dr. Ellen Briggs and Dr. Todd Martz
Creating Hydrated Carbonate Minerals for OAE
Led by
Dr. Spyros Foteinis, Dr. Phil Renforth, and Dr. Jens Hartmann
Acid-Mineral-CO₂ Reactors to Enable Gigaton-Scale Electrochemical OAE
Led by
Dr. Joachim Katchinoff, Dr. Noah Planavsky, and Dr. Matthew Eisaman
Ultra-Thin Membranes in Bipolar Membrane Electrodialysis for OAE
Led by
Dr. Jay Werber and Dr. Charles de Lannoy
Learn more about why it is important to research OAE here