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Korea will collect 10.4 million tons of carbon dioxide annually by 2030
I have a goal that needs to be utilized and saved
But algae convert carbon dioxide into oxygen when they photosynthesize
So I’m going to turn it into a facility that converts carbon dioxide into oxygen while producing biofuels with algae
They dug deep into the bottom floor of Bunamho Lake and made it into super concrete
High-density polyethylene underwater LED mounting columns are densely installed
We’re putting oxygen supply pipes on top of super concrete, and we’re wrapping them with 1M porous gravel
And install the underwater LED. Because the underwater LED needs to be replaced periodically
They’re installing and detaching columns
And to maintain 30 degrees 24 hours a day throughout the four seasons, install a small SMR nuclear power plant
I’ll bring the surface water and heat up the Bunamho
Algae grow well even with high salt concentrations, and there is nothing to worry about because microcystin is broken down by chlorine
Maintaining a proper salt concentration is the way to control microcystin
And start fresh water. Booneam’s full of water
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(1)a country club
(2)Dalsan-ri (Dalsan-ri)
To improve the efficiency of biofuel production in Bunam Lake
It’s divided into five ABCDE zones
In the case of area E, you build a pillar underground and cover it with transparent acrylic
The reason why I put it on like this is to keep the carbon dioxide from escaping
And then they put in the nutrients, and they just run the oxygen supply and the underwater LED
It circulates oxygen into the air of the oxygen layer underneath the acrylic tub
And put carbon dioxide in it
When the air pressure inside rises, oxygen is released through the outlet
This is how algae convert carbon dioxide into nutrient-saline oxygen
Area E is a facility that collects and processes carbon dioxide, and puts the collected carbon dioxide in it
We’re running the underwater LED 24 hours a day
We’re gonna get rid of the algae again, and we’re gonna put in the nutrients and the carbon dioxide
Area E is a facility that captures and processes carbon dioxide
The rest of the ABCD area has only light culture through the underwater LED in the morning
And at night, they put in nutrients, and through the underwater LED, they simultaneously cultivate light and cancer
It’s high in carbon dioxide density, so it doesn’t leave the place at night, so it’s a cancer culture at the same time
And in the morning, they filter out algae to make biofuels, and they just photosynthesize underwater LEDs
It’s a facility that turns carbon dioxide into oxygen
In this way, the reclaimed land was turned into the lungs of the earth, and the farm areas were converted into herding
Livestock manure is made from biofuels, made from liquid fertilizers, and poured into Bunam Lake
The livestock industry methane gas production facility project is also important
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They set up an air fence in a cattle ranch to capture methane gas made from farting
They move it to the D storage facility with a compressor, roll up livestock manure, make biogas
We’ll make the liquefied fertilizer and send it through the oil pipeline to the liquefied fertilizer depot in Bunam Lake Biofuel Production District
One cow produces 280 liters of methane a day, and 10 cows waste 2800 liters a day
In a month, we’re generating 8400L of methane gas
You can actually say that the cost of liquid is oil
If South Korea has 3 million cattle, it produces 84 million liters of methane a day
He was wasting 84 tons of methane every day
Then we use this methane gas to generate electricity, or to use it in gas construction
Korea creates reclaimed land fields where methane gas emissions from livestock are zero and huge amounts of carbon dioxide are converted into oxygen
becoming an oil-producing country that produces huge amounts of methane and biogas and fuel
Korea’s GDP could be three to five times higher