Spirulina nutrient solution
A technology of nutrient solution and spirulina, which is applied in the field of spirulina nutrient solution and its preparation, can solve the problems of unworkable operation, lack of value of spirulina nutrient solution, and inability to present the light yellow color of amino acids, so as to achieve easy absorption, active and effective Health benefits, the effect of improving the direct utilization rate
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Embodiment 1
[0025] Take 10 kg of spirulina powder that meets the national standard and 50 liters of drinking water. After mixing and stirring evenly, go through the colloid mill twice to obtain the original pulp of spirulina, and put it in a stainless steel enzymatic hydrolysis tank.
[0026] Add 1.25 kg of papain (80u / g), start stirring, heat to 60-68°C, keep the temperature, and make it carry out enzymolysis. Stir for 10 minutes every hour.
[0027] Continue enzymatic hydrolysis for 10 hours, check frequently and keep the pH around 6.5. Make it enter the optimum enzymatic hydrolysis temperature and let it continue the enzymatic hydrolysis reaction.
[0028] Visually observe that the spirulina pulp is constantly thinning, the dark green gradually becomes lighter, and becomes slightly yellow. The enzymatic hydrolysis reaction is gradually proceeding. After 10-12 hours, the enzymatic hydrolysis solution turns yellowish brown, and the enzymatic hydrolysis is about to end.
[0029] After ...
Embodiment 2
[0034] Get 20 kg of spirulina powder that meets the national standard and 150 liters of drinking water. After mixing and stirring evenly, go through the colloid mill twice to obtain the original pulp of spirulina, and put it in a stainless steel enzymatic hydrolysis tank.
[0035] Add 2.5 kg of papain (1 million u / g), start stirring, heat to 60-68°C, keep the temperature, and make it carry out enzymolysis. Stir for 15 minutes every 2 hours.
[0036] Continue enzymatic hydrolysis for 12 hours, check frequently and keep the pH around 6.5. Make it enter the optimum enzymatic hydrolysis temperature and let it continue the enzymatic hydrolysis reaction.
[0037] Visually observe that the spirulina pulp is becoming thinner, the dark green gradually becomes lighter, and becomes slightly yellow. The enzymatic hydrolysis reaction is gradually proceeding. After 12 hours, the enzymatic hydrolysis solution turns yellowish brown, and the enzymatic hydrolysis is about to end.
[0038] Af...
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