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Rust water treatment

29.08.2023

The achievement of scientists from the University of Erlangen, who developed a revolutionary antimicrobial method of water purification, represents a significant breakthrough in ensuring public access to clean drinking water.

The researchers presented an innovative solution aimed at improving the quality of drinking water by combating microbes and pathogens.

The essence of the method is to create an antimicrobial coating that can neutralize microorganisms contained in water. Using advanced nanomaterials and technologies, researchers have developed a coating that actively targets bacteria and viruses, preventing them from multiplying and surviving.

The fundamental component of this method is called "Smart Rust", since its base is iron oxide. Treated with phosphoric acid, it attracts dirt molecules, which can then be removed with a magnet.

The potential of this method is of great help in the purification of drinking water, especially in conditions where sanitary standards are not always met or when water is at risk of contamination by pathogens. The introduction of an antimicrobial coating can significantly reduce the risk of spreading infections through water, which contributes to a safer water supply.

This innovative technique can be used not only in cities and towns, but also in remote areas where access to clean water remains a challenge. Thanks to the use of advanced technologies, this method becomes an important tool in the daily struggle for quality drinking water.

Scientists working on this method expressed the hope that its implementation will help improve hygiene conditions in various regions and make drinking water safer for consumption. This discovery highlights the importance of environmental innovation and providing humanity with access to clean and safe water.

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Invented fabric that mosquitoes won't bite through 25.05.2023

American scientists have developed a thin fabric through which mosquitoes cannot advance their proboscis. This is a fabric with a special weave, quite light, so that in summer clothes made from such material will not be hot.

The publication writes that Auburn University professor John Beckman during a hiking trip decided to figure out which fabrics are inaccessible to mosquito punctures. He put on sleeves made of different fabrics and held out his hand to a container filled with mosquitoes to check which fabric was easily bitten by bloodsuckers. Mosquitoes coped with most fabrics without difficulty.

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It is noted that Auburn University is preparing to patent the best options for protection against bites in order to then license them to clothing manufacturers.

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