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A kind of wet laver for making seaweed and preparation method thereof

A production method and technology of wet laver, which is applied in the field of food processing, can solve problems such as low price, scorched products, and the total number of colonies exceeding the standard, so as to improve the sterilization effect, prolong the baking time, and solve the effects of slow sales

Active Publication Date: 2017-10-31
HEBEI STRONG FOOD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The existing production technology of seaweed products uses dried laver as raw material, and the production process of raw dried laver mainly includes the following steps: cutting → pulping → grouting → cake pressing → on-line re-drying → de-cake → off-line re-drying → bagging → storage , the dry laver produced by this process has a moisture content of ≤5%, a dry laver with a size of 190mm×210mm, and a sheet weight of 2.8-3.1 grams per sheet, with a tight texture; rotten, and the drying and sterilization process of dried laver is difficult to control, and it is easy to have quality problems such as scorched products and the total number of colonies exceeding the standard. Not high, affecting the income of laver farmers

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0031] Prototheca laver is cut with two blades, and the hole diameter of the exit eye plate is 0.65cm. Cut the prototheca laver into thin strips with a length of 1-2cm and a width of 0.4-0.65cm; soak the prototheca laver in water at 8-10°C for 10 -20 minutes, the weight ratio of Porphyra algae to water is 1:5~15; the mixture of softened Porphyra algae and water is pumped from one feeding pipe of the mixing tank to the mixing tank, and the other side of the mixing tank Pump water to the blending tank through the feed pipe, and keep stirring and mixing, measure the concentration of laver pulp in the blending tank through an infrared concentration flow meter, and feed back the parameters of the laver pulp concentration to the two feeding pipe controllers to control the two blending tanks The pumping volume of the feed pump ensures that the concentration of laver pulp reaches 0.5%-0.55%; pump the laver pulp after pulping from the blending tank to the grouting tank, and use the infr...

Embodiment 2

[0034] Prototheca laver is cut with two blades, and the aperture of the exit eye plate is 0.65cm. Cut the prototheca laver into thin strips with a length of 1-2cm and a width of 0.4-0.65cm; soak the prototheca laver in water at 8-10°C for 15 Minutes, the weight ratio of Porphyra algae to water is 1:10; the mixture of softened Porphyra algae and water is pumped from one feeding pipe of the mixing tank to the mixing tank, and the other feeding pipe of the mixing tank Pump water to the blending tank, and keep stirring and mixing, measure the concentration of laver pulp in the blending tank through an infrared concentration flow meter, and feed back the parameters of the laver pulp concentration to the two feed pipe controllers to control the two feeding pumps of the blending tank Pumping volume to ensure that the concentration of laver pulp reaches 0.52%; pump the laver pulp after pulping from the blending tank to the grouting tank, use the infrared level sensor to control the liq...

Embodiment 3

[0037]Prototheca laver is cut with two blades, and the hole diameter of the exit eye plate is 0.65cm. Cut the prototheca laver into thin strips with a length of 1-2cm and a width of 0.4-0.65cm; soak the prototheca laver in water at 9°C for 10 minutes, The weight ratio of Porphyra algae to water is 1:8; the mixture of softened Porphyra algae and water is pumped from one feeding pipe of the mixing tank to the mixing tank, and the other feeding pipe of the mixing tank is pumped The water goes to the blending tank, and it is continuously stirred and mixed. The concentration of laver pulp in the blending tank is measured by an infrared concentration flow meter, and the concentration parameter of the laver pulp is fed back to the two feed pipe controllers to control the pumping of the two feed pumps in the blending tank. to ensure that the concentration of laver pulp reaches 0.55%; pump the laver pulp after pulping from the blending tank to the grouting tank, use the infrared level d...

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PUM

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Abstract

The invention provides wet laver for making seaweed and a preparation method thereof, which relate to the field of food processing. The method for making wet laver comprises the process steps of cutting, softening, pulping, grouting, re-drying, cake removal, bagging, and storage to produce wet laver with a moisture content of 20-25% for making seaweed. The present invention selects laver protoalgae that meet the requirements of stretchability, freshness, and toughness, cuts them into specific sizes and softens them with water, so that the produced wet laver tissue is crisp and loose, contains a small amount of holes, and the laver wrinkles and shrinks after baking. The finished product is thin and tastes crisp, fragrant, crisp, without residue, and melts in the mouth, which can improve the taste of the product; the temperature is controlled and dried in stages to ensure that the moisture content of wet laver products is controlled at 20-25%, and the moisture content of wet laver is relatively high. Prolong the baking time, improve the bactericidal effect, and will not burn, which can solve the abnormal quality problem that the total number of colonies exceeds the standard.

Description

technical field [0001] The invention relates to the field of food processing, in particular to a wet laver for making seaweed and a preparation method thereof. Background technique [0002] As a snack, seaweed has a high fiber content in raw materials and contains various sugars that are beneficial to promote intestinal digestion and anti-cancer. It is very low in calories and has almost no risk of obesity. It is a delicacy that women and children can rest assured to eat Snacks. [0003] The existing production technology of seaweed products uses dried laver as raw material, and the production process of raw dried laver mainly includes the following steps: cutting → pulping → grouting → cake pressing → on-line re-drying → de-cake → off-line re-drying → bagging → storage , the dry laver produced by this process has a moisture content of ≤5%, a dry laver with a size of 190mm×210mm, and a sheet weight of 2.8-3.1 grams per sheet, with a tight texture; rotten, and the drying an...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): A23L17/60
Inventor 李永军
Owner HEBEI STRONG FOOD
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