The raw material sources of agrochemical supplier mainly include the following aspects:
Nitrogen fertilizer: The main raw material for nitrogen fertilizer comes from nitrogen in the atmosphere. Through the Haber Bosch process, nitrogen reacts with hydrogen to produce ammonia, which is further converted into nitrogen fertilizers such as urea. In addition, natural gas is also an important raw material for synthesizing nitrogen fertilizers.
Phosphate fertilizer: The production of phosphate fertilizer mainly relies on phosphate rock, which can be converted into phosphoric acid through processing and further processed into various phosphate fertilizers. In addition, fluorophosphate and organic matter (such as animal manure and plant residues) are also important sources of phosphate fertilizer.
Potassium fertilizer: The raw materials for potassium fertilizer mainly include potassium salt minerals such as potassium sulfate and potassium chloride, which are extracted from minerals to obtain high-purity potassium fertilizer. In addition, seawater and plant ash are also potential sources of potassium fertilizer.
Compound fertilizer: The raw materials for compound fertilizer are diverse, including a mixture of nitrogen, phosphorus, and potassium fertilizers, as well as a combination of organic and chemical fertilizers. At the same time, trace elements can be added as needed to meet the comprehensive nutritional needs of crops.
There are various ways to obtain these raw materials, including sea import, land pickup, and transportation. For example, there are three main sources of supply for Sinochem fertilizers in the Northeast region: import by sea through Yingkou Port, import through Manzhouli Port, and transportation by train from Qinghai Salt Lake and Zangge Potassium to Northeast China.
Where do raw materials from agrochemical supplier come from?
The raw material sources of agrochemical supplier mainly include the following aspects:
Nitrogen fertilizer: The main raw material for nitrogen fertilizer comes from nitrogen in the atmosphere. Through the Haber Bosch process, nitrogen reacts with hydrogen to produce ammonia, which is further converted into nitrogen fertilizers such as urea. In addition, natural gas is also an important raw material for synthesizing nitrogen fertilizers.
Phosphate fertilizer: The production of phosphate fertilizer mainly relies on phosphate rock, which can be converted into phosphoric acid through processing and further processed into various phosphate fertilizers. In addition, fluorophosphate and organic matter (such as animal manure and plant residues) are also important sources of phosphate fertilizer.
Potassium fertilizer: The raw materials for potassium fertilizer mainly include potassium salt minerals such as potassium sulfate and potassium chloride, which are extracted from minerals to obtain high-purity potassium fertilizer. In addition, seawater and plant ash are also potential sources of potassium fertilizer.
Compound fertilizer: The raw materials for compound fertilizer are diverse, including a mixture of nitrogen, phosphorus, and potassium fertilizers, as well as a combination of organic and chemical fertilizers. At the same time, trace elements can be added as needed to meet the comprehensive nutritional needs of crops.
There are various ways to obtain these raw materials, including sea import, land pickup, and transportation. For example, there are three main sources of supply for Sinochem fertilizers in the Northeast region: import by sea through Yingkou Port, import through Manzhouli Port, and transportation by train from Qinghai Salt Lake and Zangge Potassium to Northeast China.