Addressing climate change requires more than just reducing emissions. We need to find a way to remove excess carbon dioxide at scale. We want to help kickstart new questions around how to improve those technologies and measure their effectiveness.
Science Leads: Merritt Dailey and Paul Reginato
Rock weathering is a process whereby atmospheric CO2 reacts with silicate minerals, promoting formation...
Cyanobacteria are photosynthetic bacteria that convert CO₂ into oxygen using light. They are abundant in...
To stop the negative effects of climate change we need carbon capture technology to be developed and deployed...
The WatAIR prototype to be developed/improved is a low-cost closed loop solution for removing CO2 from ambient...
The nascent fields of Negative Emissions Technologies (NET), like Direct Air Capture (DAC) and enhanced weathering, have emerged to accelerate the reduction of atmospheric CO2. Scientists, engineers, and entrepreneurs are racing to the challenge. New investment funds and advanced market commitments are helping to grow the field.
We've launched this fund to provide small, fast grants to new questions in the field, whether they relate to a new technology approach or an advanced measurement technique. This mechanism is designed to quickly support these questions at the earliest stages, before the need to commit to becoming a startup or larger research program. We want to remove any barrier to experimentation and learning.
We have $50,000 that we're going to contribute to projects here on Experiment — a small and fast grant program to get new ideas off the ground quickly. We will contribute up to $10,000 per project. The funds will be distributed on a first-come, first-serve basis. The sooner you fill out a project application the better (use the "start a project" link below). Bold ideas and questions are encouraged to apply.
Note: The NET grant funds cannot be awarded to for-profit companies. Projects must go towards a research or public-benefit use.
Part of the Footprint Coalition Science Engine