Feed mildew is one of the problems that plague the entire feed industry. Although mold inhibitors will emerge in an endless stream, due to various reasons, feed mildew often occurs. Now I will introduce you to several methods to deal with mildewed feeds. Farmers can choose to apply according to their actual situation. ——Editor Dilution This is a method that most feed manufacturers currently use. The moldy feed and moldless feed are mixed in a certain proportion before processing. Although this method can solve temporary problems, the feed that is processed by this method has a short shelf life and cannot be stored for a long time. It must be used within a short period of time, otherwise it will cause even greater waste. In addition, the process of feed reprocessing is also a process of re-destroying feed nutrients, and it will certainly cause some of the nutrients in feed to be lost to a certain extent. Pick-and-Drop This is a method commonly used in food and mildew feed removal methods that can directly separate moldy particles from raw materials or feed. Strictly speaking, this method is only a method of attenuating. It does not completely remove toxins and molds. It only removes some of the mildewed particles. It is difficult for those feeds that do not have obvious infection and have not formed agglomerates. Removed. Moreover, this method is only suitable for the detoxification of bulky mildew feeds such as granular materials, bulk silages, and straws. At the same time, because the law relies entirely on human perception assessment, it is subjective, detoxification rate is low, time-consuming and laborious and wasted feed. The water wash method is suitable for detoxification of the seeded feed. In two forms, one is to mix the moldy granules and water in a certain proportion, and after stirring, let stand and soak for a period of time. Wipe the granules with a rag and remove and dry them in a ventilated place. This treatment method can effectively remove the bacteria and some toxins on the surface of raw material particles. However, molds and toxins that grow in particles (such as embryos) cannot be removed. The second method is to first grind moldy materials into a certain volume of particles, add 3 times to 4 times of water, stir, stand, change the water in 30 minutes, continuously change the water 2 times ~ 3 times, so that you can filter out Toxins or bacterial metabolites floating on the surface of the water. This method is simple to operate, has a good detoxification effect, but is water-consuming and is not suitable for detoxification of a lot of moldy feed. And the treated feed must be air-dried or reduced to a certain extent in a short time, otherwise it will cause second mildew. The exposure method is a commonly used method. The moldy feed is placed in the sun for drying, and stored and stored in a ventilated and dry place after a period of time. Visible light generates a large amount of heat, evaporates the moisture in the feed, and destroys the moist environment in which the mold relies; the ultraviolet light can destroy the protein synthesis system, thereby causing the mold and spores to lose reproductive ability and production ability. This method has a good effect of removing mold spores and their toxins. However, strong solar rays can also have a destructive effect on nutrients in the feed; in addition, mycelia produced by mycotic organisms cannot be removed. Therefore, the feedstuffs treated by this method cannot eliminate moldy odors and affect palatability. Immersion method This method is applicable to the treatment of large-grain mildew feeds such as corn and other seeds. The method is: using lime to mix 0.8% to 1.2% of lime water, grinding the moldy feed into 2 mm to 5 mm pellets, mixing in a ratio of 2:1, stirring for 15 minutes, and standing still for 3 Hours, pour out the water, rinse with water once or twice, and dry. This method has a high detoxification rate, but it is expensive to use water and is not suitable for the treatment of large amounts of mildewed feed. Leaching method This method is a treatment method using sodium bicarbonate, saline, calcium chloride and other extraction methods, and has a good effect on the removal of aflatoxin in feed. The ammonia method mixes the ammonia water in the moldy feed, mixes it in a closed container, and puts it in the room for 3 days to 7 days to achieve the purpose of detoxification. This treatment method is simple in operation and high in the detoxification rate, but the amount of ammonia is large. At the same time, ammonia volatilization after treatment can cause environmental pollution. Another method of ammonia detoxification is to place the feed with ammonia (with a small amount of ammonia) under high temperature. In this way, ammonia water volatilizes at a high temperature to produce viscous ammonia molecules that can exert an adhesive effect on toxins and thus achieve detoxification. This treatment method uses less ammonia and has better detoxification. Cooking method is a basic treatment. The moldy feed is co-cooked with soda or lime. The purpose is to break the moldy particles and facilitate the entry of basic molecules to achieve deep detoxification. Although this method has a good detoxification effect, it is not suitable for the detoxification of a large amount of moldy feed. Adsorption is the use of adsorbent and toxic substances combined, so that the mold loses a toxic method, has the advantages of economy, convenience, large amount of treatment, good effect. Commonly used adsorbents include bentonite, zeolite, diatomaceous earth, and the like. Alfalfa meal, activated carbon, and corn secondary powder can also be used as adsorbents.
Goji seeds contain rich and comprehensive biological active substances which breed and develop lives. The Goji seeds produced by Wolfberry Company are extracted from the Organic Goji Berry. Wolfberry company use supercritical CO2 extraction to get the Goji berry seeds without any solvent residue. The supercritical CO2 extraction is processed under room temperature and anaerobic conditions to prevent the oxidative degeneration of active ingredients and to make it as high-quality health-care boutique with high purity without any pollution.
1, regulating blood fat, medlar seed oil is called "blood scavenger", the unsaturated fatty acids, linolenic acid, oleic acid content as high as 85%. And contains a large number of phospholipids, can reduce plasma cholesterol, reduce blood vessel wall cholesterol deposition, prevent atherosclerosis lipid.
2, anti-aging: Lycium barbarum oil contains SOD and add VE, can eliminate superoxide radicals damage to the skin cells, improve skin's ability to absorb oxygen, delaying skin aging, beauty beauty effect.
3, eliminate fading spots, wolfberry seed oil on the age spots and melasma pigmentation have a significant role in fading.
4, nourishing yin and yang, wolfberry seed oil can increase the physiological level has increased on the human hypothalamic pituitary gland function to improve, and to maintain the normal physiology have a major regulatory role.
5, eyesight, wolfberry seed oil is rich in lutein, zeaxanthin, early glaucoma, cataract, conjunctivitis and other eye diseases have a good therapeutic effect.
Goji Seeds Oil contains around 18% oil. Through supercritical CO2 extraction, it can get 98% oil from Goji seeds. According to the analysis and test, the seeds oil contains linoleic acid 68.3%, oleic acid 19.1%, γ-linolenic acid 4.2%, β-carotene, 170.0 mg / 100g, Vitamin E 27.0 mg / 100g, 15.0 mg of lutein / 100g, zeaxanthin 9.2 mg / 100g, phospholipids 0.25%, and many trace elements and bioactive substances SOD.
[Supercritical CO2 extraction Goji seeds oil production methods" won the national invention patents and the patent number is ZL 99106579.4.
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Production Specification Sheet
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Product Name
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Goji Seeds Oil
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Country of Origin
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Ningxia in China
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ANALYSIS
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SPECIFICATION
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Test Methods
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Color
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Golden-yellow or orange-yellow, uniform color
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GB/T 5525
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Characters/Appearance
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Transparent flat oily liquid
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GB/T 5525
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Taste
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Characteristic
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GB/T 5525
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Odor
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Characteristic
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GB/T 5525
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linoleic acid, %
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NLT 60.0
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GB/T 17376, GB/T 17377
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g-linoleic acid, %
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NLT 2.0
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GB/T 17376, GB/T 17377
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Peroxide Value, g/100g
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NMT 0.25
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GB/T 5538
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Loss on drying/Moisture(%)
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NMT 1.5
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GB/T 5528
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Acid Value(KOH)(mg/g)
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NMT 11.0
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GB/T 5530
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AFT B1, ug/kg
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NMT 10.0
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GB/T 5509.22
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Impurity, %
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NMT 0.1
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GB/T 5529
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Leads(Pb), mg/kg
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NMT 0.1
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GB 5009.12
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Arsenic(As), mg/kg
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NMT 0.1
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GB/T 5009.11
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Shelf Life
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24 months if stored in a cool ventilated dry place
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Storage
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It should be stored under cool, well ventilated, dry and clean condition
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Package
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Inside: Plastic drum. External: Carton
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SaveGoji Seeds Oil
Goji Seeds Oil,Goji Berry Oil,Pure Goji Oil,Goji Berry Essential Oil
Ningxia Wolfberry Goji Industry Co.,ltd , http://www.nx-wolfberry.com