High-use-ratio manufacturing technology of extracting highly-active agarose product from red algae
A production process, the technology of agarose, applied in the field of high utilization rate production process, can solve the problems of strong alkali, strong acid and chloride ion pollution, backward production technology, high cost of sewage treatment, etc., to improve the extraction rate and gel degree of agar, The effect of solving the backward production technology and improving the comprehensive utilization rate
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no. 1 example
[0019] A. Soak red algae raw material algae with alkali solution with a concentration of 10-100g / L at 80-110°C for 0.5-4.0 hours;
[0020] B. Filter, wash the algae body with water, and wash the algae body with water until the pH is 7.0-9.0;
[0021] C. Add distilled water with an amount of 10-40 times the weight of the algae, and carry out the first gel extraction at 100°C and a pressure of 0.1-0.8MPa, and the gel extraction time is 1-8 hours;
[0022] D. adding activated carbon to the resulting mixed solution for decolorization and filtering, and filtering through a multi-stage vibrating sieve to obtain filtrate, algae body, impurities, and the consumption of activated carbon is 1.0-10.0g / L;
[0023] E. The filtrate described in step D is then filtered through a plate frame, and the obtained filtrate can be directly made into agarose series products, or it can be frozen and dehydrated into a colloid. The colloid is sliced, frozen, dehydrated, dried, and pulverized. Agar, th...
no. 2 example
[0028] A. Soak red algae raw material algae with alkali solution with a concentration of 10-100g / L at 80-110°C for 0.5-4.0 hours;
[0029] B. Filter, wash the algae body with water, and wash the algae body with water until the pH is 7.0-9.0;
[0030] C. Add distilled water with an amount of 10-40 times the weight of the algae, and carry out the first gel extraction at 100°C and a pressure of 0.1-0.8MPa, and the gel extraction time is 1-8 hours;
[0031] D. adding activated carbon to the resulting mixed solution for decolorization and filtering, and filtering through a multi-stage vibrating sieve to obtain filtrate, algae body, impurities, and the consumption of activated carbon is 1.0-10.0g / L;
[0032] E. The filtrate described in step D is then filtered through a plate frame, and the obtained filtrate can be directly made into agarose series products, or it can be frozen and dehydrated into a colloid. The colloid is sliced, frozen, dehydrated, dried, and pulverized. Agar, th...
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