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Process of comprehensive utilization sea-tangle for extracting fucoidin

A technology of fucoidan and kelp, which is applied in the technical field of extracting fucoidan from kelp comprehensive utilization, can solve the problems of low fucoidan leaching rate, poor comprehensive utilization effect, and high production cost, so as to improve comprehensive utilization value and reduce The cost of washing vegetables and the effect of improving extraction conditions

Active Publication Date: 2007-03-14
QINGDAO BRIGHT MOON SEAWEED GROUP +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0009] The invention provides a process for extracting fucoidan by comprehensive utilization of kelp, which can solve the problems of low leaching rate of iodine, mannitol and fucoidan in the prior art, high production cost, and poor comprehensive utilization effect, etc.

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0039] ①. Dried kelp 500kg, cut to about 20cm long by a vegetable cutter, add the water of the previous set soaking twice in the washing tank, add tap water to 7000kg, put in kelp, stir for 1 minute, soak for 30 minutes, and stir in the same way , Static soaking, a total of 90 minutes of kimchi, the kelp absorbs about 2000kg of water, and releases 5000kg of water for purification treatment; the kelp after water control is added to 5000kg of tap water, plus 10kg of co-solvent, stirred for 1 minute, after 15 minutes of static soaking, stirred in the same way, Static soaking, a total of 30 minutes of kimchi, water, for the next set of dried kelp; kelp is used to extract alginate.

[0040] ② Soak in 5000kg of water, settle, put the supernatant into the purification tank, slowly add 7.5kg of polyaluminum sulfate with a concentration of 10% with the water, let it stand for 30 minutes, add 25kg of 0.1% anionic polyacrylamide flocculant to flocculate for 10- After 15 minutes, release ...

Embodiment 2

[0050] ① 500kg of dried kelp, cut to about 20cm long by a vegetable cutter, add the water of the previous set soaking twice in the washing tank, add the water to 6000kg with tap water, put in the kelp, stir for 1 minute, soak for 30 minutes, stir in the same way, Static soaking, a total of 90 minutes of kimchi, the kelp absorbs about 2000kg of water, and releases 4000kg of water for purification treatment; the kelp after water control is added to 5000kg of tap water, stirred for 1 minute, after 15 minutes of static soaking, the same method is stirred, static soaking, a total of 45 kimchi Minutes, turn on the water, and use it to soak the dried kelp next time; the kelp is used to extract alginate.

[0051] ② Set soaked in 4000kg of water, precipitate, put the supernatant into the purification tank, slowly add 7kg of polyferric sulfate with a concentration of 10% with the water, let it stand for 30 minutes, add 0.1% of anionic polyacrylamide flocculant 40kg for 15 minutes to floccu...

Embodiment 3

[0055] ④ 500kg of dried kelp, cut to about 20cm long by a vegetable cutter, add the water of the previous set soaking twice in the washing tank, add the water to 7000kg with tap water, put in the kelp, stir for 1 minute, soak for 30 minutes, stir in the same way, Static soaking, a total of 90 minutes of kimchi, the kelp absorbs about 2000kg of water, and releases 5000kg of water for purification treatment; the kelp after water control is added to 5000kg of tap water, plus 10kg of co-solvent, stirred for 1 minute, after 15 minutes of static soaking, stirred in the same way, statically Soak the kimchi for 45 minutes in total, drain the water, and use it to soak the dried kelp next time; the kelp is used to extract alginate.

[0056] ⑤ Soak in 5000kg of water, precipitate, put the supernatant into the purification tank, slowly add 10kg of ferrous sulfate with a concentration of 10% with the water, let it stand for 30 minutes, add 25kg of 0.1% anionic polyacrylamide flocculant to f...

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PUM

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Abstract

The present invention provides process of utilizing kelp comprehensively and extracting fucoidin. The process has secondary soaking of kelp to raise the leaching rate of iodine, mannitol and fucoidin and to lower algin extracting cost. The water after enhanced stirring is flocculated to purify, and this can improve the iodine and mannitol extracting condition for high product yield and simplify post purification of fucoidin. The process of the present invention has improved product extracting condition, lowered production cost, obviously raised iodine, mannitol and fucoidin extracting rate and raised kelp resource utilizing value.

Description

technical field [0001] The invention relates to a method for producing fucoidan by comprehensively utilizing wastes in the process of processing and producing alginate, iodine and mannitol from kelp, which is a method for preparing fucoidan from scum separated by kelp soaking in water and alkali refining. Background technique [0002] Fucoidan, also known as fucoidan, is an inherent intercellular polysaccharide in brown algae, which exists in the cell wall matrix. Its function may be that when the tide is low, the algae are exposed to the atmosphere to absorb moisture and prevent drying. Studies have shown that fucoidan has certain anti-hyperlipidemic and tumor-inhibiting drug activities. In recent years, it has attracted the attention of pharmaceutical research and development personnel. The product can produce natural active drugs that are anti-tumor, anti-virus, and hypolipidemic. The treatment of vascular diseases and renal function diseases can also produce health prod...

Claims

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Application Information

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IPC IPC(8): C08B37/04
Inventor 王晓梅李可昌张宗亮闫芝旭邓汉云解素花方晓臣张海燕
Owner QINGDAO BRIGHT MOON SEAWEED GROUP
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