The invention discloses a preparation technology of disodium
adenosine triphosphate capable of reducing
energy consumption. An appropriate amount of
room temperature reverse osmosis water is used for dissolving
adenosine to prepare an
adenosine solution, the
energy consumption is saved by 15% or higher, the operation is simple, and the damage to enzymes is effectively avoided. In the prior art,
magnesium sulfate is selectively used as an enzymatic reaction
metal ionic compound in a biochemical reaction, but the adsorption capacity of strong basic anion resin used in a subsequent technology for
sulfate ions is extremely high, a great difficulty is brought for later resin regeneration treatment, and new foreign ions can be introduced; however, when
magnesium chloride is used for replacing the
magnesium sulfate, the adsorption capacity of strong basic anion resin for
chloride ions is weaker than that of strong basic anion resin for sulfate ions, the later resin regeneration treatment is facilitated, and new foreign ions cannot be introduced. According to the preparation technology,
benzalkonium bromide is used as an
active agent; the
benzalkonium bromide is a nontoxic and innocuous
disinfectant , and the difficulty is not increased for later treatment, so that the
benzalkonium bromide is a reasonable substitute; a two-stage method is adopted for
vacuum drying, so that not only is the
pollution avoided, but also the time is saved.