DIRECT CLIMATE ACTION

we recommend spinning up
deep well algae meal sequestering (a possible process of algae bio-fuel manufacturing) + Project Vesta global climate repair
and replacing market economy to prevent returning to this level of destruction.

act for climate repair

https://x.com/OccuWorld/status/1152539401534222336

#AlgaeBioFuel #ProjectVesta #Solutions #ClimateDestruction #

OccuWorld 🏴 (@OccuWorld) on X

@thenation meet @Project_Vesta the global scale climate repair plan

X (formerly Twitter)
heise+ | Nachhaltige Technologie: CO2 zu Stein

Um die Welt vor einer dramatischen Erwärmung zu schützen, muss das Treibhausgas wieder aus der Atmosphäre heraus. Forscher wollen es in Gestein verwandeln.
Nachhaltige Technologie: CO2 zu Stein
Nachhaltige Technologie: CO2 zu Stein

Um die Welt vor einer dramatischen Erwärmung zu schützen, muss das Treibhausgas wieder aus der Atmosphäre heraus. Forscher wollen es in Gestein verwandeln.

#ProjectVesta wants to use the accelerated-breakdown of olivine to battle excess carbon...

"Project Vesta is a project to sequester carbon dioxide (CO2) by accelerating the weathering of a type of rock called olivine. When olivine interacts with water and the CO2 dissolved in it, it creates a bicarbonate solution that marine animals like corals use in their shells. The CO2 remains locked in that form and eventually settles as sediment or turns to limestone rock on the sea floor.

Olivine is a volcanic rock and one of the most abundant minerals on earth, making up over 50% of the upper mantle. It is also cheap, at less than $25 per ton, and each 1 ton of olivine that breaks down from weathering, sequesters 1.25 tons of CO2.

The issue is that the vast reserves of it are all underground. So our plan is to mine olivine and accelerate its weathering by using wave motion to tumble the rock. We imagine a global network of green sand beaches to turn the tide on carbon dioxide induced climate change."

Source: https://projectvesta.org/

Project Vesta: Removing CO2 through the accelerated weathering of olivine rock on tropical beaches

Removing CO2 through the accelerated weathering of olivine rock on beaches

Project Vesta