Few people know this, but a new type of brick created by students does not require high temperatures, uses human urine in the process, hardens in a few days, and also helps reduce pollution generated by the construction industry.

Written by Flavia Marinho

Published on 16/04/2026 at 03:10

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Human urine brick technology shows sustainable alternative, reduces pollution in construction, avoids high temperatures, and can transform the future of construction

Few remember this fact, but a new type of brick created by students continues to change the way we think about construction. This innovative material does not require high temperatures, uses human urine in the process, and hardens in just a few days.

In addition to repurposing waste, the technique helps reduce pollution caused by traditional production. The result is a sustainable brick, with the potential to lessen the environmental impact of construction projects.

How the brick made with human urine and bacteria works

The production process mixes human urine, sand, and bacteria, forming a natural reaction that creates a solid material. The bacteria produce an enzyme that breaks down the urea present in the urine.

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Production without high temperatures reduces pollutant emissions

The traditional brick manufacturing requires about 1,400 degrees, which generates a large amount of polluting gases. In contrast, the new type of brick created by students is produced at room temperature, without the use of kilns.

This reduces energy consumption and decreases carbon dioxide emissions. The construction industry now has a cleaner and more efficient alternative.

The information was released by BBC News, an international news agency, which presented the details of the development of this sustainable technology.

Bricks harden in a few days and can be as strong as rocks

The biobricks take between four and six days to be ready. This time can increase when seeking greater strength in the material.

The initial tests showed rigidity similar to materials with 40 percent limestone. With adjustments in the process, this strength was even greater.

Another important point is that the shape and firmness of the bricks can be adapted, depending on the construction needs.

Process also generates fertilizer and quickly eliminates odors

Before the production of bricks, part of the material is used to generate a solid fertilizer rich in nutrients. This enhances the use of human urine in the process.

During manufacturing, ammonia is released, which causes a strong smell at first. However, this odor disappears within 48 hours, leaving the material ready for use.

BBC News, an international news agency, highlighted that the environment of the process virtually eliminates all harmful microorganisms, ensuring safety.

The use of human urine paves the way for more sustainable construction

The use of human urine as raw material represents a new way to recycle waste. Unlike old methods that used artificial substances, this technique reduces energy consumption.

This creates new possibilities for the construction industry, focusing on sustainability and resource reuse.

The technology shows that simple solutions can generate a significant positive environmental impact.

Sustainable brick could change the future of construction

The new type of brick created by students shows that it is possible to build in a cleaner, more efficient, and economical way. Production without high temperatures, the use of waste, and rapid formation make the material a promising alternative.

With the advancement of this technology, the trend is for sustainable solutions to gain more and more space in the construction industry.

Would you dare to live in a house made with this type of material? Do you think this innovation can really replace traditional bricks? Leave your opinion in the comments and join the conversation.

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Few people know this, but a new type of brick created by students does not require high temperatures, uses human urine in the process, hardens in a few days, and also helps reduce pollution generated by the construction industry.

Human urine brick technology shows sustainable alternative, reduces pollution in construction, avoids high temperatures, and can transform the future of construction

How the brick made with human urine and bacteria works

Production without high temperatures reduces pollutant emissions

Bricks harden in a few days and can be as strong as rocks

Process also generates fertilizer and quickly eliminates odors

The use of human urine paves the way for more sustainable construction

Sustainable brick could change the future of construction

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Few people know this, but a new type of brick created by students does not require high temperatures, uses human urine in the process, hardens in a few days, and also helps reduce pollution generated by the construction industry.

Human urine brick technology shows sustainable alternative, reduces pollution in construction, avoids high temperatures, and can transform the future of construction

How the brick made with human urine and bacteria works

Production without high temperatures reduces pollutant emissions

Bricks harden in a few days and can be as strong as rocks

Process also generates fertilizer and quickly eliminates odors

The use of human urine paves the way for more sustainable construction

Sustainable brick could change the future of construction

Seen from space, an image taken by an astronaut shows an unlikely oasis in the Saudi Arabian desert, protected by a terrain that slows the advance of sand, surrounded by green circles, remnants of an extinct lake and nearly 10,000 years of preserved history.

While the U.S. still faces limitations in deep space, China is developing unprecedented technology with strategic satellites that maintain communication with the far side of the Moon and aims for dominance by 2030.

In Botswana, a salt flat of up to 16,000 km² that was once an African megalake spends months as an absolute white desert, but during the rainy season it transforms into a shallow sea that reappears from nowhere and can be seen from space in the middle of southern Africa.

The Blood Falls of Antarctica hide a living ecosystem trapped under the ice for over 2 million years, where microbes survive without light, without oxygen, and without ever having seen the Sun.

Bavarian archaeologists unearthed a medieval skeleton that had an articulated iron hand in place of its left arm, and the discovery reveals that doctors were already creating sophisticated prosthetics over 500 years ago.

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