Ocean Thermal Energy: Tapping the World's Largest Solar Collector
The temperature difference between surface and deep water is an infinite battery. We analyze the OTEC financial case and the first tropical pilot plants.
21 articles tagged Sustainability.
The temperature difference between surface and deep water is an infinite battery. We analyze the OTEC financial case and the first tropical pilot plants.
It's not enough to stop emitting; we have to start vacuuming. We analyze the CAPEX of DAC plants and the market for high-permanence carbon removal.
Hermès and Gucci are looking at bioreactors. We analyze the 'Cellular Agriculture' of textiles and the disruption of the $400B leather market.
If we spray the stratosphere to cool the planet, who pays for the drought in the next country? We analyze the market for planetary-scale liability.
Fresh water is the new oil. We analyze the CAPEX of desalination and the byproduct market for 'Liquid Minerals' extracted from the deep sea.
Carbon offsets were just the start. We analyze the birth of 'Natural Capital' markets and the challenge of auditing the health of an ecosystem.
The EV revolution needs cobalt and nickel, and they are sitting on the ocean floor. We analyze the environmental and financial risks of the deep-sea rush.
Arable land is shrinking, but industrial floorspace is plentiful. We analyze the rise of controlled-environment agriculture as a real estate play.
Space junk is a multi-billion dollar liability. We analyze the rise of 'Active Debris Removal' and the first insurance-backed cleanup missions.
We don't always need to turn heat into electricity. We analyze the financial benefits of using Earth's core heat directly for industrial processes.
Compressors are noisy and break. Thermoelectric and caloric cooling offer a silent, solid-state future. We analyze the disruption of the HVAC market.
Cities are overheating. We analyze the engineering and financial case for 'Vertical Cooling Grids' and the end of the window-unit AC era.
Chemical batteries are slow and degrade. Massive, spinning steel rotors offer a mechanical solution to grid stability. We analyze the flywheel renaissance.
Moving the farm to the city reduces logistics cost but increases energy cost. We analyze the breaking point of vertical farming economics in 2026.
Engineered microbes are the new industrial cleaners. We analyze the financial potential of biological pollution-scrubbing and the 'Great Cleanup' of the 21st century.
Every battery needs a catalyst. We analyze why the global transition to electric vehicles is fundamentally limited by the geology of lithium and the rise of sodium alternatives.
Hydrogen is the 'Swiss Army Knife' of the energy transition, but it is plagued by efficiency loss. We analyze the financial viability of the hydrogen economy.
Removing CO2 from the sky is transitioning from a CSR activity to a multi-billion dollar commodity play. We analyze the rise of 'Negative Emissions' as an asset class.
The bottom of the ocean holds the minerals needed for the EV revolution. We analyze the immense financial and environmental risks of the sub-sea extractive industry.
Small Modular Reactors (SMRs) are turning energy into a localized, tradable commodity. We analyze the rise of atomic micro-grids and the future of industrial power.
Green hydrogen promises the ultimate energy transition, but the infrastructure bottlenecks remain daunting.