With varying climate conditions around the world, where are the most cost-effective locations to deploy direct air capture facilities?
Geoffrey Ozin
Professor at the University of Toronto where he currently spearheads the Solar Fuels Cluster.
He is renowned for his work in defining, enabling, and popularizing a chemical approach to nanomaterials for innovative nanotechnology in advanced materials and biomedical science.
Nature’s metal organic frameworks
It was believed that MOFs were a purely synthetic construct, but discoveries of natural examples have shaken this perception.
Science fiction to reality: Space-based solar power
With climate change, the weaponization of energy, lower satellite launch costs, incentives to harness space-based solar power are on the horizon.
Is hydrogen a greenhouse gas and do we care?
Hydrogen fuel alternatives are expected to help combat climate change, but what are the impacts of hydrogen emissions?
Direct air capture: A little history
Direct air capture can find its roots in antiquity and will be a major technology for the future.
Molten salts help capture carbon at high temperatures
Molten salts are renowned for operating at high temperatures and are ideal as a new generation of carbon capture media.
Supercharging carbon dioxide capture
A new carbon capture technique called supercapacitive swing adsorption separates carbon dioxide from gaseous mixtures in the air and industrial flue gases.
Solar kerosene: One giant leap for humankind
The production of kerosene directly from carbon dioxide and water promises to be a game-changer in the energy field.
Photosynthesis of green methanol from methane
Getting around the high C-H bond dissociation energy in methane has been a challenge to making methanol from natural gas — until now.
Turbocharged chemistry: Do we have time to think?
Are we spending enough quality time dreaming up ideas or are we spreading ourselves thin?