TEAM ORCAS

 We seek to use the greatest power of the universe combined with physic law of the carbon dioxide
    and the power of super scalability to provide a possible solution to carbon sequestration. 

Twitter Contact: @dastrike351

Xprize don't have path for solution like mine, but...

THE DAY BEFORE SOMETHING IS TRULY A BREAKTHROUGH, IT'S A CRAZY IDEA.

CO2 Snow Deposition in Antarctica by cooling of DOME A (Ridge A is also a possibility)

100% CO2 solid deposit at -140°C @ 1 ATM  
        
           

DID COOLING NEEDED FOR DRY ICE FORMATION is really -140°C at DOME A, air pressure is at 0.5 ATM? (ELEVATION 4,093 m)

How can we cold a land at such scale, Dome A temperatures believed to reach −90 to −98 °C, we have a 40°C gap.

for storage antartica ice sheet is 4,776 meters deep and averages 2,160 meters, so undeground is "easy"

DOME A

WIND DIRECTION, TURBINE POWER AND A CLOUD WALL

POSSIBLE SOLUTION TO LOWER DOME A TEMPERATURE

Dome A in Antarctica is a plateau that is almost dead flat for many hundreds of kilometres in every direction,
making its atmosphere very stable. It’s also at an altitude of more than 4000 metres

MARS iclinasion block sun to enter pole region and the cold is enough so CO2 deposit on the ground.

We can try to block sun radiation with clouds (water vapor) as a 'wall'

Clouds can block light and heat from the Sun, making Earth's temperature cooler.
You've probably noticed this kind of cooldown on a cloudy day.
However, some heat from the Sun does get down to Earth. Clouds can trap that heat from the Sun.

Blocking Sun at Dome A, escpecially during the Summer time will cold the ice sheet so we can (maybe) reach target during winter time.  

The scale to do this is unsee and pyramid level


Cumulonimbus 500 m to 16,000 m

PRODUCE WATER VAPOR USING WIND TURBINE (Anthropogenic cloud, cloud seeding)

COST TARGET

    
Wind Turbine: $1.3 million per megawatt (MW) of electricity-producing capacity
           
Tunnel: boring cost $1.5 million by miles