Nanotechnology As an interdisciplinary and pioneering technology, troubleshooting and deficiencies in many fields of science and industry, it has well proven its position in the agricultural sciences and related industries. Nanotechnology is widely used in all stages of production, processing, storage, packaging and transportation of agricultural products.The best Manufacturers of Nanofertilizers in the World are European countries.
How many types of nano fertilizers are there?
The use of nanotechnology is expanding in all areas including agriculture. Using nanocoders to control nutrient release can be an effective step towards achieving sustainable and environmentally friendly agriculture. Nanotechnology is widely used in all stages of production, processing, storage, packaging and transportation of agricultural products.
The introduction of nanotechnology into the agricultural and food industries guarantees an increase in agricultural production and quality, along with protecting the environment and the world’s resources. Nanotechnology plays an important role in the production of effective, low-risk fertilizers with the ability to release the elements.objective of nanofertilizer is better plant growth in agriculture.
Green Synthesis of Nanofertilizers and Their Application
The introduction of the first generation of technologies into agriculture over the past few decades has led to the Green Revolution and the transition from traditional agriculture to industrial agriculture. During this period, there were significant changes in the quantity and quality of agricultural products, which also led to the excessive use of resources. Now, with the years leading up to the Green Revolution and the decline in the ratio of agricultural output to the world’s population, the need to adopt new technologies in the agri-food industry is clearer than ever.
The increasing human population and the need for more food on the one hand and the decrease in the size of arable and fertile soils on the other hand has led to the application of more chemical fertilizers. The availability of nutrients in some calcareous soils around the world is low with alkaline pH, low organic matter content (most soil conditions in Iran) or coarse texture.
Researchers are trying to improve the efficiency of the use of nutrients and reduce the amount of nutrients utilized. Use their fertilizers to reduce costs and reduce environmental pollution. In this regard, nanotechnology has made it possible for researchers to change the properties of fertilizers to allow researchers to achieve more efficient fertilizers, thereby reducing their use and reducing environmental hazards. Nanomaterials consist of materials having a size of at least 100 nm in at least one dimension. Various nanomaterials have been used as fertilizers for plants, most of them in greenhouses and in artificial media.Types of nanofertilizers can be purchased from these dealers.
Nanofertilizer use for sustainable agriculture
Nanotechnology As a state-of-the-art technology in the development of many scientific and industrial fields, it has been able to prove its position in the agricultural sciences and its related industries, and today many applications of nanotechnology in this field have been commercialized. The introduction of nanotechnology into the agricultural and food industries guarantees an increase in the quality of agricultural products and their quality, along with the preservation of the environment and the resources of the earth.
Nanotechnology is one of the sciences that can be used in food production and it has the potential to revolutionize agriculture. Although in recent years the use of nanoscience in agriculture has been more theoretical, in recent years it has also been practically possible and in the future this path will continue to grow and its effects Its wonders will become more pronounced every day. Nanofertilizers synthesis should be sought after by experts in the field.In order to achieve sustainable development in agriculture and to achieve the goals and policies envisaged in this regard, the use of appropriate solutions to meet the plant nutritional needs that will be necessary with the help of soil-dwelling organisms can be an effective solution to this. Be work.
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