Shawn Rana on reducing the environmental impact of your farm through the use of green manure

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LINCOLN, NE / ACCESSWIRE / September 28, 2021 / According to Shawn Rana, green manure expert, falling energy prices in 2020 made expanding the green manure plant a smart move, especially now that energy prices have spiked upward since various lockdowns expired. pandemic. In addition, the possibility of future lockdowns could further improve the profitability of expanding green manure companies in the coming months. This increased profitability includes the increased use of AI-controlled production and distribution to strengthen supply chains. Therefore, this year provides the perfect opportunity to explore green manure production to reduce carbon dioxide and nitrogen oxide emissions.

Catch-22 fertilizer

The increased use of corn-based biofuels has, ironically, led to a greater reliance on nitrogen-based fertilizers. Unfortunately, in addition to its role in increasing carbon emissions during the production phase, UAN has become a serious environmental problem. In fact, emissions of nitrogen oxides produce 300 times the damage caused by carbon dioxide.

Currently, the most widely used nitrogen fertilizers come in three forms: ammonia, urea, and UAN, which stands for a solution of urea, ammonium nitrate, and water. UN-32, the most common form of UAN, has many drawbacks, including its corrosiveness. Additionally, UAN increases the risk of damaging spray equipment when accidentally mixed with ammonium calcium nitrate, known as CAN. Thus, increasing nitrogen oxide emissions during UAN production can easily negate any benefit of decreasing carbon emissions through the use of biofuels.

Why switch to an ammonia-only fertilizer?

With nitrogen oxides emissions accounting for 7% of all greenhouse gases in 2019, anything that reduces the production of nitrogen oxides during the process of converting urea to UAN should have an impact. positive on the environment. Shawn Rana strongly advocates that when producers manufacture ammonia through renewable energy sources and water, the environmental impact of nitrogen oxides emissions decreases sufficiently without reducing corn yields.

Artificial intelligence and fertilizer production and distribution

Shawn rana claims that using artificial intelligence to control fertilizer production eliminates inefficiencies such as the misuse of time and redundant processes such as verifying a reading when it can be automated and displayed in the DCS and used to make process corrections before an alarm event occurs. Outside of the factory, the use of AI can also simplify delivery routes and schedules, reducing carbon emissions from the green power production process.

Water use and the fertilizer industry

Currently, the production of gray ammonia and UAN from urea requires a significant amount of water. Green ammonia uses much less water than gray or blue ammonia per ton. Switching from the current standard use of urea and UAN to ammonia-based fertilizers will dramatically reduce greenhouse gas emissions while helping feed a growing global population.

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THE SOURCE: Shawn rana

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