The ability of lithium oxide and lithium hydroxide to absorb carbon dioxide

I think it should be a stronger carbon dioxide capacity. If the aqueous solution system is left, the lux oxide theory is analyzed, and lithium oxide can directly reflect lithium carbonate with carbon dioxide, that is, li2O (alkali) \u003d\u003d2li+(acid)+O2-; CO32- (base) \u003d\u003d CO2 (acid)+O2-; total reaction: CO2+li2O \u003d\u003d li2CO3; but we also know that lithium hydroxide is only dissolved and ionized in the water, but notIt reacts with water; while lithium oxide is different, it can completely generate lithium hydroxide in a relatively severe reaction with water. LI2O+H2O \u003d\u003d 2lioh. This reaction is also a pH reaction in a broad sense. In fact, water is actually water.As the role of Louisic acid, and lithium oxide acts as the role of Louisine, it can also be understood as a trace H+and O2-combined with hydropower ions.Lithium hydroxide is strong, so the ability to absorb CO2 is naturally stronger than lithium hydroxide!

Although lithium oxide absorbs carbon dioxide, although it is beneficial to energy, in fact, the chemical reaction rate is extremely slow at room temperature, that is, it is impossible to absorb at room temperature in dynamics. Don't talk about high temperatures.
Lithium hydroxide is relatively easy to be much, mainly OH -Easy to work with CO2, that is, it is easy to fall off the lattice (the ion key is weaker than li2O).