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Limestone is a natural absorber of CO2.
Synthesis of glysine and serine,evolution of co2,synthesis of ammonia,protects plant from photo oxidation.
The Part of the plant takes in Co2 is The Leaves The Part of the plant takes in Co2 is The Leaves
Ammonia, as many other gases, contributes to the "greenhouse effect". The mayor gas known to increase global warming through the greenhouse effect is CO2 (carbon dioxide), and to compare the potential of any given gas to the greenhouse effect, an equivalency is often used. This equivalency comes from the fact that a metric ton of CO2 pollutes the environment; so a metric ton of methane contribute to the greenhouse effect as much as 25 metric tons of CO2 would contribute. So, 1 metric ton of ammonia do as much damage to the planet as "CO2 equivalent of ammonia" metric tons of CO2.
Trees usually are the most common plant that inhales Co2. Nearly all plants inhale Co2.
Water is H2O, ammonia is NH3, carbon dioxide is CO2 and methane is CH4.
Manufacture of ammonia requires H2 & N2 in 3:1 ratio. To have H2 from hydrocarbon (mainly Natural Gas) steam reforming of NG is carried out which gives CO2 + CO in the product. This CO is converted in to CO2 in Shift Conveters (High & Low Temp. Shift Converters) & removed in the CO2 removal system. CO can not be removed from the gas in CO2 removal. So, shift conveters required in ammonia manufacture.
Ammonia and Carbon dioxide
A plant needs carbon dioxide to live, and air is combined of CO2(carbon dioxide), H20(water) and Oxygen (, O, 8).When people exhale they breathe out CO2, which a plant absorbs. CO2 is a nutrient, essential to a plant.
Urea is industrially obtained from ammonia and carbon dioxide.
A plant uses CO2 and H20 along with sunlight to create energy. This process is called photosynthesis.
CO2 at high Temperature as CO2 is used in Carbonated water like Soda Water