Tech Developer Syzygy Signs Deals Targeting Massive Boost in Sustainable Jet Fuel Supply
Bloomberg
Meeting the challenges of a changing climate requires new materials and processes for how we produce, move, store and use energy. These companies are working to mitigate the most severe consequences of climate change while building the backbone of our economy for decades to come.
“Climate change is the biggest issue of our generation, but we can’t let fear paralyze us into preserving the status quo. We must use it as a motivator. We should look at this as an opportunity to leverage human ingenuity and innovation to make meaningful change.”
Bog Mumgaard Commonwealth Fusion Systems ![]()
Creating safe, unlimited, carbon-free fusion power for the grid in 10-15 years.
Cost-effective, multi-day energy storage systems that will enable a reliable and fully-renewable electric grid.
Efficient, lower-cost production of steel and alloys with zero emissions.
Using superconductors to revolutionize power delivery systems.
Universal access to geothermal energy through disruptive millimeter wave drilling technology.
Chemical manufacturing driven by light, enabling cheaper scalable on-site production.
Cost-effective, zero-carbon cement produced via electrochemistry.
Putting nuclear plants on a learning curve with shipyard manufacturing.
The fastest, most sustainable, and most efficient lithium extraction platform.
Using the earth as a chemical reactor to produce clean fuels.
Creating sustainable fuels from atmospheric carbon.
Cheaper, sustainable electrolyzer solution enables hydrogen delivery to the world.
Reinventing carbon capture with novel materials.
Decarbonizing industrial heat with a drop-in electrified boiler.
Unlocking sustainable fuels with better biology.
Transforming industrial catalysts with computational design.
Decarbonizing gas separations to eliminate one gigaton of carbon emissions per year.
Decarbonizing separation of liquids — the core of many industrial processes.
A materials breakthrough to eliminate the climate impact of cooling.
Generating diverse genomes to scale and digitalize biomanufacturing.
Protecting and restoring natural ecosystems, one plant cell at a time.
Repurposing wastewater into low-cost feedstock to enable biomanufacturing at scale.
Putting nuclear plants on a learning curve with shipyard manufacturing.
Using the earth as a chemical reactor to produce clean fuels.
Efficient, lower-cost production of steel and alloys with zero emissions.
Universal access to geothermal energy through disruptive millimeter wave drilling technology.
Creating safe, unlimited, carbon-free fusion power for the grid in 10-15 years.
Decarbonizing industrial heat with a drop-in electrified boiler.
Generating diverse genomes to scale and digitalize biomanufacturing.
Cheaper, sustainable electrolyzer solution enables hydrogen delivery to the world.
Cost-effective, multi-day energy storage systems that will enable a reliable and fully-renewable electric grid.
The fastest, most sustainable, and most efficient lithium extraction platform.
Transforming industrial catalysts with computational design.
Reinventing carbon capture with novel materials.
Creating sustainable fuels from atmospheric carbon.
Repurposing wastewater into low-cost feedstock to enable biomanufacturing at scale.
Protecting and restoring natural ecosystems, one plant cell at a time.
Decarbonizing gas separations to eliminate one gigaton of carbon emissions per year.
Cost-effective, zero-carbon cement produced via electrochemistry.
Unlocking sustainable fuels with better biology.
Using superconductors to revolutionize power delivery systems.
A materials breakthrough to eliminate the climate impact of cooling.
Chemical manufacturing driven by light, enabling cheaper scalable on-site production.
Decarbonizing separation of liquids — the core of many industrial processes.