How is the liquid major element fertilizer produced in Qianjiang?

How can large-scale production of macroelement water-soluble fertilizers be carried out in Qianjiang? Macroelement water-soluble fertilizers are a type of water-soluble fertilizer frequently used by many farmers and growers. For crops, sufficient sunlight, air and water are the basic conditions for ensuring healthy growth. Plants grow healthily by obtaining nutrients from the soil through their root systems. However, due to years of continuous farming, the situation where the land lacks nutrients is quite common. Nowadays, fertilization has become an indispensable step. A large amount of water-soluble fertilizers containing essential elements have become the choice for many farmers and growers. The water-soluble fertilizers containing a large number of elements have comprehensive nutrition and are not expensive. Moreover, their application methods are diverse. They can be directly applied by watering, through drip irrigation, or foliar fertilization, which significantly reduces the costs of manpower and time. There are both solid powder forms and liquid forms of macronutrient water-soluble fertilizers. The production raw materials and steps are somewhat different, but all are processed through the water-soluble fertilizer production line for the procedures of ingredient mixing, blending, packaging, and stacking. The raw materials of the bulk element water-soluble fertilizer contain urea. They need to be crushed before being mixed with other raw materials. After the automatic batching system weighs and mixes each type of raw material, they are then fed into the mixer for uniform mixing. Finally, the finished product is obtained. The liquid macro-element water-soluble fertilizer products also require grinding, batching and mixing. However, the mixing stage is not as simple as in a mixer. Instead, it needs to be carried out in a heating reaction tank. The solid raw materials need to be heated and stirred to dissolve in the original liquid. An emulsifier needs to be added, and after filtration, the finished product is obtained. Finally, the products are independently packaged using powder packaging machines or liquid filling machines. After packaging, the finished products are loaded into boxes by an automatic palletizing machine and then packed for transportation. The entire production process is completed.

The Summer Solstice of the Twenty-Four Solar Terms

The Summer Solstice is the 10th of the 24 solar terms. It occurs when the sun's position in the zodiac points to the midsummer position; the sun's longitude is 90°; and it takes place on June 21st or 22nd of the Gregorian calendar. On this day, the sun's direct position on the ground reaches the northernmost point of the year, almost directly hitting the Tropic of Cancer.

The 24 Solar Terms - Grain Rain

Mangzhong is the ninth solar term in the 24 solar terms, the third solar term of summer, and the beginning of the month of June in the Chinese zodiac calendar. The sun's position in the zodiac reaches 75°, and it marks the start of the month of June on the Gregorian calendar.

The Beginning of Summer in the 24 Solar Terms

The Beginning of Summer in History is the 7th solar term among the 24 solar terms, the first solar term of summer, and falls on May 05-07 of the Gregorian calendar every year. At this moment, the handle of the Big Dipper is pointing southeast, and the sun's longitude reaches 45 degrees.

the May 4 Youth Day

May Fourth Youth Day originated from the anti imperialist and patriotic "May Fourth Movement" in China in 1919. The May Fourth Patriotic Movement was a thorough patriotic movement against imperialism and feudalism, and also the beginning of China's New Democratic Revolution. In 1939, the Northwest Youth Salvation Federation of the Shaanxi Gansu Ningxia Border Region designated May 4th as Chinese Youth Day.

Grain Rain of the 24 Solar Terms

Guyu is the 6th solar term of the 24 solar terms and the last solar term of spring. Dou Zhichen; The solar longitude is 30 °; It is celebrated from April 19th to 21st in the Gregorian calendar every year. Grain rain comes from the meaning of "rain produces a hundred grains". At this time, precipitation increases significantly, and the seedlings and new crops in the field need the most nourishment from rainwater. Adequate and timely rainfall enables cereal crops to grow vigorously. Grain rain, like rain, light rain, light snow, heavy snow, and other solar terms, are all solar terms that reflect precipitation phenomena and are a reflection of ancient agricultural culture on festivals.