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What are the excellent processing-type yellow peach varieties? These few are worth planting
Since China joined the WTO in 2000, processing-type yellow peaches, which had been neglected for many years, have become popular again in recent years. From 2002 to 2004, the market price of yellow peaches was about 3 yuan/jin, and a fruit grower planting one mu of yellow peaches could earn the equivalent income of 3-5 mu of ordinary peaches. Therefore, the yellow peach cultivation area expanded rapidly across the country. To guide fruit growers in selecting yellow peach varieties, based on the standard that processing-type yellow peaches must have "golden yellow or orange flesh, high firmness, non-melting texture, no red pigment after ripening, and resistance to high-temperature steaming and boiling," we selected from more than a dozen yellow
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Processing Method and Production Steps for Garlic Preserves
Garlic is an indispensable condiment in people's daily lives. It is rich in nutrients and can aid digestion, dispel cold phlegm, invigorate yang qi, and neutralize water toxins, among other benefits, and has high dietary therapeutic value. The processing technique for garlic preserves is as follows: 1. Material selection: Select mature, dry garlic with no insect damage, no mold, and with intact garlic skin. 2. Separation and removal of inner skin: Process the selected garlic heads into individual cloves, removing the outer skin and the garlic column. 3. Rinsing: Pour the garlic cloves into a large vat and soak them in clean water. The rinsing time is 6
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Detailed Explanation of Key Processing Techniques and Operation Methods for Garlic Flakes
Processing garlic into dehydrated garlic flakes not only preserves the unique flavor of garlic, but also makes storage, transportation, and consumption convenient. 1. Process flow: Sorting → Cleaning → Slicing → Rinsing → Dehydration (drying) → Moisture equilibration → Grading → Packaging → Finished product. 2. Key process points (1) Material selection. Select white-skinned garlic heads with large cloves, no shriveling, and free from rot, pests and diseases, severe damage, and scars.
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Detailed Explanation of Gastrodia elata Cultivation Techniques and Processing Methods
Gastrodia elata is a herbaceous plant, with its underground tubers used as medicine. It mainly treats high blood pressure, dizziness, headache, facial paralysis, limb numbness, infantile convulsions, hemiplegia and other conditions. It is also used for pilots' brain health care and Alzheimer's disease, etc., and is an ideal medicine for brain and nerve health. 1. Propagation of Gastrodia elata 1.1 Sexual propagation When a few Gastrodia elata plants send up aboveground stems and bloom, the sandy soil should be kept moist, the flowering stems fixed with bamboo poles, and direct sunlight shaded. After the flower buds take shape, the flowers open from bottom to top, one to several per day. If pollinating insects are lacking, @#@255@#@ can be kept nearby or artificial pollination can be carried out: use tweezers to open the corolla, remove the anther cap, take out the pollen mass, and place it on the stigma. Pollination should be done between 10 a.m. and 4 p.m. If pollination is successful, the ovary swells, the corolla withers, and the ovary suture becomes obvious. Once it splits, a large number of seeds will be released. When one fruit splits, cut off 3-5 adjacent fruits and place them in a container to take the seeds after they split naturally. The seeds scattered in the container should be sown immediately and must not be left standing. Lift up the cultured fungal material of the prepared fungal bed, spread broadleaf tree leaves about 1 cm thick underneath, scatter the seeds among the leaf layer, sowing the seeds of 10-20 fruits per square meter, then restore the fungal material to its original state, scatter a layer of leaves, cover with fill, and let it grow strong Gastrodia elata, becoming a high-yielding hybrid seed tuber. When planting Gastrodia elata, make several more fungal beds, do not put in seed tubers, and prepare them for use in sexual propagation of Gastrodia elata.
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Rearing Methods and Processing Techniques for Medicinal Stiff Silkworm
At present, the demand for medicinal stiff silkworm in the Chinese medicinal materials market is growing, and rearing and processing it is profitable. Its rearing and processing methods are: 1. Rearing of mature silkworms. Rearing and processing medicinal stiff silkworm should be carried out professionally in non-cocoon-producing areas, so as to avoid a devastating impact on cocoon silkworms. Rearing and processing can be carried out throughout the year. As for the feed given, apart from a small amount of mulberry leaves, more evening primrose, sword silkworm grass, white clover, cup plant and other substitutes for mulberry leaves can be added, to supplement the shortage of mulberry leaves and reduce rearing costs. For mature silkworms
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What are the processing methods for garlic feed additives?
I. The role of garlic in livestock and poultry production 1. Adding peeled and chopped raw garlic to broiler chicken feed at a ratio of 3%-5% can not only increase the appetite of broiler chickens, improve chicken meat quality, and make the chicken meat aroma richer, but also significantly increase the daily weight gain of broilers. Adding 0.2% dried garlic powder to chick feed can increase the survival rate of chicks by 5.8%-15.6%; adding 2% garlic premix to the diet of laying hens can increase the egg production rate by 98%; adding 2% to the diet of meat-type and breeding chickens
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Detailed Explanation of Garlic Powder Processing Technology and Production Method
Main raw material: garlic. Equipment and utensils: pulper, basin, filter, bamboo sieve, drying room or drying oven, grinder, fine sieve. Production method: Select mature garlic that is disease-free, free of spotted rot, and free of wormholes, with cloves that are pure white in flesh color, free of mold, free of deterioration, and free of sprouting. After selecting the garlic, rinse off the soil from the garlic heads with clean water, then break the garlic heads apart into cloves, soak them in cold water for about 1 hour, rub off the skin coating, scoop out the garlic cloves, and remove the spotted, diseased, and dirty miscellaneous cloves. The skin coating must be removed completely, and the remaining water drained off before crushing. Put the washed, peeled,
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Detailed Introduction to Traditional Deep-Processing Techniques for Sweet Potato
Sweet potato is grown on a fairly large scale in all parts of our country, and its annual output is very considerable. Because it contains large amounts of polysaccharides and mucin that the human body needs, it can boost human immunity, prevent arteriosclerosis and treat diabetes, and so it is deeply loved by people. But in daily life people often take sweet potatoes straight to the market to sell, which is both inconvenient to transport and low in price. If sweet potatoes are processed into food products for sale, their added value can be greatly increased and better economic returns obtained. 1. Sweet potato chips: Using fresh sweet potato slices as the raw material, through anti-browning and anti-discoloration treatment,
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Processing Flow and Operating Methods for Making Vinegar from Sweet Potato
1. Process flow: raw material treatment -- adding bran koji and yeast culture -- saccharification and fermentation -- acetic acid fermentation -- adding salt and post-ripening -- leaching vinegar -- aging -- sterilization and blending -- finished product. 2. Key points of process operation: ① Ingredients: 100 kg dried sweet potato, 50 kg coarse rice husk (rice chaff), 40 kg yeast culture, 175 kg fine rice husk (unified rice husk), 50 kg bran koji, 40 kg acetic acid bacteria seed, 3.75-7.5 kg salt. ② Raw material treatment: grind the dried sweet potato into powder. When mixing with the unified rice husk, while mixing
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Processing method for making high-fructose corn syrup from sweet potato
High-fructose corn syrup is a starch sugar crystal made by hydrolysis and isomerization of plant starch, with a unique flavor, and is an important sweetener. Because its composition is mainly fructose and glucose, it is called "high-fructose corn syrup". The production of high-fructose corn syrup is not restricted by region or season, the equipment is relatively simple, and the investment cost is relatively low. 1. Process flow: sweet potato starch - slurry preparation - saccharification - neutralization - decolorization - filtration - resin treatment - evaporation - isomerization - decolorization - resin treatment - evaporation - finished product 2. Pro
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