We’re currently witnessing a radical reconfiguration of society. Our economy, infrastructure, and industry is undergoing revolutionary changes to achieve the large scale decarbonisation needed for our climate transition.
To do this, we’ll need to realise technologies previously unimaginable and transform industries once considered hard-to-abate. We need to fundamentally disrupt our established ways of living and creating value—from our methods for generating energy, to the way we source essential materials, to our food production processes. Simultaneously, we recognise the urgency to protect and conserve our natural environments: as not only one of our most valuable resources for mitigating carbon emissions, but also as critical ecosystems for biodiversity.
We believe that entrepreneurs and technology are the ultimate drivers of change. Scientists, innovators, and founders sit at the forefront of scientific and technological breakthrough—and with the right resources at their disposal, they hold the key to achieving transformational change.
Read our Thesis on Climate
Exploring technologies solving across the broad range of ocean challenges, such as blue carbon, marine ecosystems, aquaculture, maritime transport, offshore energy, island infrastructure, and more.
Supporting homeowners to make their homes more efficient through retrofitting, renewable energy sources, heat pump installation, and more.
Finding ways to decarbonise the hardest-to-abate industries that account for a large part of the world's emissions
Decarbonising the grid through harnessing power that comes from wind, solar, OTEC, hydroelectric, and tidal.
Exploring novel methods and technologies that can sequester carbon dioxide from the atmosphere and store it safely and sustainably.
The data, intelligence, and risk associated with a changing climate. This includes emissions and sustainability reporting, ESG investing and fintech, earth observation through remote sensing, climate risk, and intelligence platforms
Exploring technologies powering the reuse and regeneration of materials or products to extend their lifespan. This includes circular supplies, resource recovery, sharing platforms, and products-as-a-service models.
Mining is essential for the net zero transition, as we look for more efficient, lower carbon ways to extract precious metals and rare earth materials needed for electrification and renewable energy
