Ming xiandong wei xiandong
Our agricultural sector continues to grow while facing the long-term challenge of soil degradation and surface pollution, one of whose symptoms is fertilizers. It is known that organic fertilizers feed the land but are inefficient, that chemical fertilizers are efficient and hurt, and that nanofertilization is advanced but less than 1 per cent widespread. More deeply, the question is why is the nanofat technology so advanced? The answer lies in the fact that high indicators are difficult to land if technological breakthroughs do not simplify cultivation and make growers profit。
Breaking the trap and redefining the technical and economic coordinates of nanofat
The invention of fertilizers opened the first technological revolution in agricultural productivity, replacing the dominance of organic fertilizers. In 2024, our fertilizer market generated $92 billion in organic fertilizer sales, $73. 56 billion in fertilizer sales, $5. 8 billion in nanofertilizer sales and 88 per cent of fertilizer sales. However, while producing a miracle of high productivity, fertilizers are caught up in the agricultural development of “increased production or pollution”. The emergence of nanofertilizers at the end of the twentieth century was aimed at achieving substitution of fertilizers and harmonizing green with high yields. After 30 years of development, however, the goal of nano-magnification applications has not been met, and the industry has been trapped in a proliferation dilemma. In order to launch a new revolution in agricultural science and technology, the new organic nanofertilizer developed by chengdu agricultural science and technology ltd. (hereinafter referred to as “agriculture”) on its own, has established four markers of technology and a core economic indicator to solve the problem of agricultural development:
In terms of technical indicators, the first is an organic content of 14 per cent, the direct conversion of fertilizers to organic nanofertilizers through nanotechnology, which breaks through the zero organismal deficit of fertilizers, while freeing traditional organic fertilizers from dependence on established biomass and achieving organic nanofertilizer mass production. Second is the 90 per cent nutrient utilization rate, which overcomes only 45 per cent of the deficiency in fertilizer utilization and significantly reduces soil nutrient loss and surface pollution from source. The third is the 13 nutrients, which address the single deficiency of the fertilizer nutrients and improve crop nutrition, taste and commerciality. Fourth, “one-time fertilisation” sustains thorium for 250 days to overcome the insinuation of chemical nutrients in the soil and to achieve efficient nutrient conservation and residual nutrient recycling in the soil。
In terms of core economic indicators, agriculture reduces the cost of products by technological innovation and reduces fertilizer, agrochemicals and corresponding human and material inputs through “one-time application”, raising farmers' profits by more than 10 per cent. New technologies can only be viable on a massive scale if they are driven by a two-wheel drive of the technology economy to make the field simpler and more profitable。
Green cultivation will yield high yields and yield high returns
Similarly, applications in agriculture and industry vary greatly. In 2024, our exports of nanochips alone amounted to 1,15 trillion yuan, while the market for nanomaterials was only $5. 8 billion, less than 1 per cent of the chips. It is also less than 1 per cent compared to the fertilizer market. These two “1 per cent” deeply reveal that traditional nanofertilizers have not achieved a qualitative breakthrough and have not allowed users to achieve tangible efficiency gains。
The breakthrough in agriculture is being achieved by combining “fertilizers, good seeds, methods” on the basis of four technical indicators, to be found in a very simple form of “one-time fertilizer”. Over the past five years, agriculture has been field-tested in a number of regions, hundreds and varieties throughout the country. All species are subject to rigidity: new organic nanofertilizers are applied only once, without fertilizers, herbicides, hormones, and under these conditions, crop yields and profits are generally increased by 10-30 per cent. This means that green cultivation not only achieves high yields but also high returns。
Solving agricultural development challenges and exploring new paths to green growing
The leap of technology is transforming society at an unprecedented rate. The fertilizer revolution, which replaced fertilizers with organic nanofertilizers, may push the “increased production or pollution” trap to an end in a few years. Its green results and economic benefits are emerging, i. E., cost reductions, working hours, three litres of production, quality, profits for growers; more green agricultural products for consumers; and industry, driving the whole chain up to green high value。
More importantly, it is a highly technically compatible national strategy to provide land-defeating programmes for cropland conservation, surface-source pollution management; to make farming more attractive by streamlining farming and increasing returns; and to activate the production potential of marginal lands such as deserts, saline lands and other marginal lands, opening new paths to national food security。
The vitality of agricultural technology is ultimately in the fields, in the books of growers. The breakthrough in new organic nanofertilizers is not just a breakthrough in technology, but a replica of the logic of replication. It is only by making green cultivation simpler and more profitable that technology can truly enter the fields, benefiting hundreds of millions of farmers and providing solid support to accelerate the construction of strong agricultural nations and fully promote rural renewal。
