Method Of Using Cow Dung Skillfully

In the vast pastoral area, herdsmen roam everywhere, relying on water and grass for a living. Regardless of whether it is winter pasture or summer pasture, wherever they go, they leave behind flocks of yak dung. A small portion of them were picked up by herders and used as fuel in tents, most of them scattered in the wild. After the rain has washed away, cow dung seeps into the soil, making the soil fertile and the forage grass rich. In this way, cattle and sheep can eat fresh and tender grass and grow fat and strong. In rural areas, burned cow dung and ash are poured into toilets and cesspits and fermented into organic fertilizer. The application in wheat fields and highland barley fields will lead to a Dafengshou (Salad of assorted fresh vegetables) harvest of grain and improve the life of farmers.
Cow dung is used as fuel and has a low ignition point. Even in plateau areas with low oxygen content, a newspaper can ignite it. In addition, cow dung is mostly made of grass, so when burned, it has a faint grass aroma rather than a stink, making people feel environmentally friendly. The utilization cycle of cow manure is short. Collect fresh cow dung in the morning, spread your hands on the ground, and then wipe it on the wall. Because the plateau has a dry climate and abundant sunshine, it is almost dry in a day, and can be used as fuel. Therefore, everyone piles up surplus cow dung for emergency use.
As fertilizer, it has a high nutritional content. It can fluff soil, improve soil compactness, chelate microelements in soil, and improve soil fertility. Using cow manure as raw material to produce organic fertilizer has low cost and good quality, making it an excellent fertilizer with zero cost.
The cow manure organic fertilizer fermentation tank equipment occupies a small area and has a high degree of automation, which can be completed by one person. Realize high-temperature recovery of biotechnology, reduce corrosion, and have a long service life. The thermal insulation design and auxiliary heating of the storage tank ensure the normal operation of the equipment in a low-temperature environment. The device can achieve gas emission up to standard without secondary pollution through a biological deodorization device. The treated organic waste, such as livestock manure, can be used to process organic fertilizer and achieve resource utilization.