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  • Detailed Explanation of the Processing Technology for Millet and Black Sesame Crispy Slices

    (1) Formula: 900 g millet flour, 100 g black sesame, shortening, and seasonings (salt, white sugar, spicy powder, etc.) in appropriate amounts, plus "Texiangsu". (2) Process flow: raw and auxiliary material processing -> measured proportions -> mixing -> dough preparation -> crisping treatment -> sheet pressing -> slicing -> seasoning -> baking -> cooling -> packaging. (3) Key operating points: 1. Raw and auxiliary material processing: select clean, hulled fresh millet, wash it thoroughly with water, then soak for 2-3 hours, air-dry, grind into flour, and pass through an 80-100 mesh

  • The modern potato industry technology system is being built by the Ministry of Agriculture.

    It focuses on demonstrating and promoting advanced, applicable, efficient, high-quality and water-saving cultivation techniques for dryland potatoes, accelerating the integration and transformation of agricultural scientific and technological achievements, and using this as a marker to drive the technological upgrading and sustainable development of China's potato industry. On July 22-23, the Department of Science and Technology of the Ministry of Agriculture, together with the Department of Crop Production, held the "National On-site Observation Meeting on Water-Saving, Efficient and High-Quality Cultivation Techniques for Dryland Potatoes" in Ulanqab, Inner Mongolia. According to reports, the potato, used as both food, vegetable, feed and processing raw material, has now become the world's fourth largest food crop after rice, wheat and corn.

  • Large Icefish Processing Technology Part 2: Detailed Methods

    II. Processing of Lightly Dried Large Icefish Products The processing technology for lightly dried icefish products is simple and convenient for storage, and because this kind of processing can preserve the inherent flavor of icefish, it is more popular among consumers than salted dried products. 1. Processing workflow Raw materials → cleaning → soaking in alum water → secondary drying → piling and cooling → packaging → storage 2. Key operation points (1) Raw material handling: First remove miscellaneous fish, shrimp and other impurities, pour the icefish into a wooden barrel pre-filled with half a barrel of clean water, add a few drops of cooking oil, stir by hand for 2-3 minutes, and remove foam and mucus.

  • Hangzhi No.1, a new sesame variety, is the only variety in China developed through spaceflight technology.

    Variety origin: "Hangzhi No.1" originated from the key project "Ninth Five-Year Plan Crop Spaceflight Technology Breeding" supported by the Ministry of Agriculture. In 1996, parent sesame seeds provided by the Oil Crops Research Institute of the Chinese Academy of Agricultural Sciences were carried aboard China's 17th recoverable satellite, stayed in space for 15 days and then returned to Earth. Since 1997, continuous multi-year ground selection was carried out. Through comparative trials on genetic stability, yield, quality and resistance, it was significantly superior to the control. From 2001 to 2002, it was advanced to the national sesame

  • Detailed Explanation of the Processing Technology and Production Method of Chestnut Fruit Tea

    (I) Overview The chestnut is a famous and high-quality dried fruit in China, rich in nutrients. The chestnut kernel has a high content of amylopectin, with a fine, powdery texture. Eaten raw or cooked, it is sweet, glutinous, fragrant and crisp, with an excellent flavor, and is deeply loved by people. The chestnut also has considerable medicinal and health-promoting effects. According to the ancient text "Dian Nan Ben Cao" (Materia Medica of Yunnan), the chestnut is sweet and warm in nature and flavor, and has the effects of benefiting qi, strengthening the stomach and intestines, tonifying the kidney, strengthening the tendons, and invigorating blood circulation. (II) Raw Materials and Formula Chestnut: 15%; carrot: 3%; granulated sugar: 4%; milk powder: 2.5%; ethyl maltol:

  • Key Points and Detailed Methods of Potato Sprout Planting Technology

    Potato sprout planting is based on the characteristic that potatoes have multiple eyes, allowing each eye to sprout and be transplanted, achieving multiple propagation and rapid propagation, and ensuring the varietal characteristics of the cultivar. Propagation using sprout planting technology can effectively prevent the occurrence of potato ring rot, increase yield and starch content, bring earlier harvest to market, and save 1/2-1/3 of the seed potato usage. 1. Seed selection: Choose healthy, disease-free seed potatoes that have fully passed through the dormancy period as sprout cultivation material. 2. Site selection: Choose a plot that is sheltered from wind and facing the sun with good soil moisture; if cultivating in a greenhouse,

  • Virus-free Technology and Industrial Development of Superior Potato Varieties

    Aiming at the main problems currently existing in potato production, this study seized the favorable opportunity of planting-structure adjustment and extensively introduced superior potato varieties from home and abroad. Through trials and market-demand surveys, "Luyin No. 1" was selected as the main cultivar for Qingdao, with Kexin No. 3, Kexin No. 4 and Huayuan 525 as companion cultivars. Through systematic research on virus-free technology, rapid propagation technology and the acclimatization and transplanting technology of virus-free test-tube plantlets, the optimal virus-free protocol for potato was determined: taking 0.1-0.2

  • Detailed Explanation of Key Points of Standardized Fertilization Technology for Rice

    I. Fertilization Principles 1. Implement balanced fertilization According to the nutrient requirements of each crop, the soil nutrient supply status and the fertilizer effect, determine the corresponding fertilization amount and fertilization method. Based on the principle of combining organic fertilizer with inorganic fertilizer, and combining base fertilizer with topdressing, achieve balanced fertilization. 2. Implement harmless treatment of organic fertilizer Organic fertilizer produced and used by farmers themselves must undergo decomposition and fermentation, harmless treatment, and kill pathogenic microorganisms, insect eggs and weed seeds. It is prohibited to use industrial waste, urban garbage and sludge, as well as farmyard manure that does not meet