Unusual uses of urine

Do you know that urine can be used for energy in the future, contributing to reducing climate change and many other unexpected uses.

Urine is inherently considered to be a waste water and does not have much use in modern life. You may have heard stories about urine saving lives while in the desert, but apart from that, it has quite a few other practical applications. However, with the development of science, technology, urine can also become an infinite supply for many essential areas of society. Let's take a look at some of the unexpected uses of urine through the article below.

Urine phone . urine

Currently, the number of smartphone users has increased dramatically and one of the issues that users are very interested in is the energy consumption of these smart phones. Recently, Dr. Ioannis Ieropoulos of Bristol Robotics Laboratory and his team developed a method of charging batteries through urine. This method allows urine to pass through microchip fuel (MFC), transforms urine into electricity and it can power the phone enough to send messages, browse the web or call. .

This method is still being studied and can only produce a small amount of electricity, but scientists are still very optimistic about its potential value. Bill and Melissa Gates - the main sponsor of this project - hopes that with smart phones that use 'urine' energy, we can expect a new direction for such smartphones. gender.

Effective solution in the water resource crisis

To survive when lost in the desert, jungle or a place without water, your own urine is still the number one choice for survival. If anyone has ever seen Bear Grylls's famous TV show, this story is no stranger. But with the current water resource crisis, especially clean water, drinking . urine may be put into practical use in the near future.

With new technology to help recycle urine more effectively and cheaper, the US National Research Council claims that urine recycling could become a permanent solution to the current water crisis. Direct treatment of urine from our wastewater system is much faster with current technology. And scientists also showed the advantage of recycled water from urine compared to clean water, with less risk of water-borne diseases today. It can also help the body recover the phosphorus that has been released through the urine.

Anti-pollution solution

According to the United Nations Weather Forecasting Agency, the amount of carbon dioxide currently measured is at its highest level ever. The amount of atmospheric CO ₂ in 2012 is 393.1 ppm, more than 2.2 ppm compared to 2011. According to experts, this figure is expected to reach about 400 ppm in 2016, far exceeding the allowable figure of 350 ppm. CO2 is the main factor in global warming, causing many changes on Earth.

Everyone is working together to solve this pollution problem and one of the effective solutions is to use urine. Recently, scientists from Andalusia have discovered that global warming can be prevented by a strange mixture of urine and olive wastewater. They discovered that this strange 'cocktail' can absorb CO2 when they come into contact with air. This can be placed in factories' chimneys, where CO ₂ emissions often pass through and contribute to reducing this gas in the atmosphere.

Research on climate change

A stone rabbit is a rodent that appears quite a lot in Africa, also known as Pelele. With rough, gray-brown fur, if you look at them, it is nothing special, except that their urine is proven by scientists to have a strong relationship to the climate change situation.

A special feature of stone rabbits is that they usually choose a certain place to urinate and their urine penetrates deep into the ground and penetrates many things like pollen, dry leaves. These things help scientists understand the evolution of climate change over time. Researchers from the Montpelier French University have studied their dry urine layers and compared the results with today's assumptions about climate change in the past.

They concluded that the results matched the figures of climate change over the years, such as how glaciers melted in Europe at the end of the ice age and how the lakes were formed after the Earth warms up . Scientists believe that the rabbit rabbit's urine will be a useful tool in predicting future climate change.

Cars run by . urine

In the past decade, alternative energy cars have attracted a lot of attention from the world and for companies specializing in automobile production, the issue of emissions is always put on the line. head. There are also hydrogen fueled cars that were born but it is difficult to create a sufficiently large amount to meet everyone's needs. This is one of the difficulties for large companies to mass produce this type of car to the market.

To address this, Dr. Gerardine Botte of Ohio University invented an electrolytic method that can extract hydrogen from urine using less energy. With this technology, Dr Botte hopes that the use of hydrogen-powered cars extracted through urine could become a reality. She explained that, because urine in urine is easier to separate in water, so with this method we will save a lot of energy consumed during electrolysis.

The goal of this research is to solve two problems: 1- providing clean fuel for the automotive industry. 2- make the most of available urine to reduce the cost of hydrogen running for cars. Although it is only in the research phase, it also opens up the car fuel industry a new direction in the future.

Nerve cell regeneration

We all know how horrible the consequences are for those found to have neurodegenerative diseases. Because the brain is the only organ on the human body that cells die more and more, they don't produce it.

Chinese scientists have recently made a shocking statement in the world of medicine. When they say they can extract stem cells from urine. From these stem cells they will feed them into the desired neurons.

It is not known how much time it will take for scientists to bring this invention into practice but this is also good news for patients with brain diseases like Parkinson's.

Fuel for missiles

Recently, a scientist from Radboud University in the Netherlands has developed a unique method to turn urine into rocket fuel. Microbiologist Mike Jetten says that there is a bacterium that can survive and thrive in an oxygen-deficient environment, which converts urine ammonia into hydrazine, a rocket fuel.

This is indeed a wonderful thing that nature bestows on us. This ability of bacteria has been well known but the complex process of conversion has only recently been discovered by Jetten and his team, opening a future for bacterial application into practice. With millions of gallons of ammonia produced daily from our bathroom, scientists hope to produce a large amount of rocket fuel from this infinite supply.

Manufacturing plastic from . pig urine

Pig urine is a Danish problem. Statistics have about 20 million pigs in this country and every day they release millions of gallons of urine, polluting the surrounding environment. Fortunately, a company called Agroplast offers a unique solution to this unsanitary situation. They are planning to produce plastic spoons from this infinite urine source. They plan to convert some of the compounds of urine into raw plastic that will be used in plastic saucers. Originally, pig urine did not bring any benefit, but this method also solved the current pollution problem of Denmark.

Bioplastics are not a new concept in the world. People make them from vegetable oil, corn starch or cellulose of plants. However, this production process costs more than producing fossil fuels. And Agrolast claims, turning pig urine into plastic will reduce one-third of production costs compared to traditional methods.

Rubber itself recovered

Rubber is a material that is elastic, soft and capable of forming shapes at will, but when exposed to a number of conditions such as temperature, it is easily broken. Inspired by this, French physicist Ludwik Liebler invented a super durable rubber capable of restoring its form from . urine.

This wonderful material is made by combining urea and vegetable oil. And when split into two, this special rubber can stick together and return to its original shape. The use of this rubber is endless. If we really have the ability to put it into practice and make it successful, we will soon own super tires, super shoes, gloves, . never broken or worn by external influences.