1、Nitrate and nitrite fertilizer production from air and water by

In this study, a novel continuous flow liquid-phase plasma discharge (CFLPPD) reactor was experimented to produce liquid nitrogen fertilizer using the N2 in the air under different operating conditions (air flow rate, power applied, and treatment time).

2、On

Dr. Mickelson’s interview highlights how advances in plasma science are contributing to this broader effort—and why the idea of producing fertilizer from air, water, and electricity is attracting increasing attention.

3、A self

This study develops a self-sufficient system that can passively capture water and produce plant nutrients from the air through the integration of a fog-to-water converter and a spark-type...

4、Nabbing nitrogen from the air to make fertilizer on the farm

Scientists and engineers have been fixated on this so-called nitrogen-fixing process ever since, primarily as a means to make NH 3 to prepare fertilizer. We now know that bacteria in the soil produce nitrogenase enzymes to pull N 2 from the air to make NH 3.

Producing fertilizer from air could be five times as efficient

Scientists bring the prospect of farmers producing their own fertilizer from only air closer with a revolutionary reactor that coverts nitrogen from the atmosphere into NOx, the raw...

Extract fertilizer from air and water

"This emerging method uses excess nitrogen from air and water as the starting material, enabling the energy-efficient production of valuable compounds such as ammonia and urea."

REVIEW ARTICLE: Air pollution from fertilizer nitrogen

In this review fertilizer Nitrogen should take into account while discussing air pollution caused by gases that contain nitrogen, which might result in issues like the greenhouse effect.

Sustainable Nitrogen

In the DüSol research project, the technology of sustainable fertilizer production is developed and demonstrated on the basis of solar thermal redox cycle processes. The focus is on the unexplored step of solar thermal air separation for the production of nitrogen.

River ecosystem that converts air to fertilizer could hold clues for

Studying microorganisms that naturally capture atmospheric nitrogen — a process called nitrogen fixation — can inspire new sustainable methods to produce fertilizers, saving energy and reducing water pollution.

The impact of nitrogen Fertilizer application on air Pollution

We found that nitrogen management can effectively reduce air pollution. We examine the effects of nitrogen fertilizer application on air pollution in China.

Air is the primary source of nitrogen fertilizer due to its abundant nitrogen content and accessibility. The following outlines the reasons and detailed explanations for producing nitrogen fertilizer from air:

1. Air Contains Abundant Nitrogen Gas:

   • Nitrogen gas (N₂) is a colorless, odorless component of the atmosphere, accounting for approximately 78% of the air, hence termed the "main constituent of the atmosphere." It exists widely in nature, primarily in soil, water, and rocks. Harnessing nitrogen from air effectively utilizes these resources while reducing reliance on external sources.

2. Air Is Easily Accessible:

   • Air is ubiquitous, stable, and resistant to contamination or depletion. Extracting nitrogen from air is simple, cost-effective, and environmentally friendly. Compared to other nitrogen sources like coal or petroleum (fossil fuels), air-derived nitrogen fertilizers have lower costs and greater ecological compatibility.

3. Mature Technology for Air-Based Nitrogen Extraction:

   • Techniques for producing nitrogen fertilizer from air are well-established and widely used. Methods such as air separation, air oxidation, and air reduction efficiently extract nitrogen and convert it into compounds like ammonia (NH₃) and ammonium nitrate (NH₄NO₃). These technologies enable both resource utilization and compound synthesis.

4. Environmental Benefits of Air-Derived Nitrogen Fertilizer:

   • Producing nitrogen fertilizer from air is a zero-emission process, generating no harmful byproducts or pollutants. This eco-friendly approach minimizes environmental harm and ecological damage. Additionally, it improves land use efficiency, conserves water resources, and supports sustainable development.

5. Economic Advantages of Air-Based Production:

   • Compared to nitrogen fertilizers derived from coal, oil, or other external resources, air-based production offers significant economic benefits. Since air is a free natural resource, production costs are lower. growing global demand for sustainable practices creates market potential and economic opportunities for air-derived nitrogen fertilizers.

6. Sustainability of Air-Based Nitrogen Fertilizer:

   • As population growth and agriculture expand, demand for nitrogen fertilizers rises. Traditional methods (e.g., coal- or natural gas-based ammonia production) consume vast energy and resources, straining the environment. In contrast, air-based production reduces dependence on external resources, lowers greenhouse gas emissions, and aligns with long-term environmental sustainability.

Producing nitrogen fertilizer from air offers multiple advantages. First, air contains rich nitrogen reserves that are easily accessible and cost-effective. Second, mature technologies ensure environmental and economic benefits. Finally, this approach is sustainable, reducing pollution and ecological harm. In the future, air-based nitrogen fertilizer production is poised to become a critical method for meeting agricultural needs.