Brazilian biogel reduces water usage by up to 85% in firefighting and could transform the way wildfires are contained in fields and forests.

Written by Caio Aviz

Published on 06/04/2026 at 20:01

Be the first to react!

Technology created in Pernambuco reorganizes the combat to forest and agricultural fires by enhancing water action and drastically reducing water resource use

An technological innovation developed in Brazil has gained prominence when researcher and entrepreneur José Yago Rodrigues patented a biogel aimed at combating fires.
The product was designed to increase the efficiency of water in controlling flames while simultaneously reducing the volume needed in operations.

When mixed with water, the biogel forms a protective layer over vegetation.
This behavior helps to contain the spread of fire and accelerates the extinguishing process in affected areas.

Technological development increases efficiency in combating fire

The biogel was developed from studies conducted by Rodrigues, who graduated in industrial chemistry, in Pernambuco.
The central proposal has always been to create a solution capable of extinguishing fires more quickly using less water, as reported to the Pequenas Empresas & Grandes Negócios program on TV Globo.

ARTICLE CONTINUES BELOW

Field tests validate solution performance

The biogel underwent practical tests conducted by rural producers.
Among them, sugarcane producer Vicente Henrique de Albuquerque, in Pernambuco, used the product in his plantations.

The results indicated a reduction in the risk of fires in the crop.
According to the producer, the observed performance met expectations and helped to reduce impacts on agricultural production.

Integrated application facilitates technology adoption

The biogel can be applied with equipment already used in firefighting.
Drones, water trucks, and backpack pumps are among the available options for its use.

This compatibility facilitates the adoption of the technology.
The integration occurs without the need for significant structural changes in existing operations.

https://clickpetroleoegas.com.br/fernando-de-noronha-faz-historia-primeira-usina-solar-flutuante-do-brasil-reduz-co2-e-revoluciona-energia-renovavel/

Significant reduction in water consumption in large fires

In large fires, such as areas equivalent to a football field, conventional combat requires about 50 thousand liters of water.
With the use of the biogel, this volume can be reduced to approximately 7 thousand liters.

The savings can reach up to 85% in water consumption.
This result reinforces the efficiency of the solution in scenarios where rational water use is essential.

Startup boosts production and expansion of biogel

After the patent, Rodrigues created the startup Arqueatec to bring the product to market.
The company currently has a production capacity of 20 thousand liters per month.

The biogel is sold in 20-liter packages, with an approximate value of R$ 2 thousand.
The startup received support through funding notices from the government of Pernambuco and federal programs to encourage innovation.

International partnerships and projected financial growth

The company also established a partnership with an organization from the United Kingdom focused on financing technologies with environmental impact.
This collaboration expands the reach of the solution in the international scenario.

In 2025, Arqueatec recorded revenue of R$ 150 thousand.
For 2026, the projection indicates significant growth, with expectations of reaching R$ 2 million in revenue.

The role of innovation in combating fires

The biogel emerges as an alternative that reorganizes the way to face fires by combining operational efficiency and lower water consumption.
The technology reinforces the importance of innovative solutions in light of the increase in events related to wildfires.

This advancement highlights the potential of national initiatives in developing environmental technologies.

Brazilian biogel reduces water usage by up to 85% in firefighting and could transform the way wildfires are contained in fields and forests.

Technology created in Pernambuco reorganizes the combat to forest and agricultural fires by enhancing water action and drastically reducing water resource use

Technological development increases efficiency in combating fire

Field tests validate solution performance

Integrated application facilitates technology adoption

Significant reduction in water consumption in large fires

Startup boosts production and expansion of biogel

International partnerships and projected financial growth

The role of innovation in combating fires

Gaddafi built the world’s largest artificial river under the Sahara — it’s 4,000 km of giant pipes that pump 40,000-year-old fossil water to entire cities in Libya.

Discovery in Africa scares even scientists: a study published on April 23 reveals that the crust in Turkana has become so thin that it could pave the way for the continent’s division and the emergence of an ocean in the future, in a gigantic geological transformation.

Austria inaugurates Europe’s first high-speed railway outside China — trains travel at 250 km/h through 33 km tunnels in the Alps that took 27 years to drill

Japanese garbage collectors treat filthy trucks as if they were dealership cars, and the obsession with cleanliness is so absurd that they invented a washing machine that only exists for this type of vehicle.

An unmanned Russian ship has been drifting in the Mediterranean for 57 days with 60,000 tons of gas — the second towing attempt has just failed.

An engine that consumes 40% less gasoline than the average new car already exists and runs on 100% renewable fuel that costs only 10 cents more per liter at Repsol stations.

Traveling will hit your wallet: an 18% increase in aviation kerosene by Petrobras could trigger a widespread rise in airfares as early as the next few weeks.

Goodbye ordinary robot vacuum: LG introduces a model that hides the station under the sink, self-washes and dries the mop, uses 100°C steam, automatically drains water into the sewer, empties dust, and monitors dirt in real-time.

Trump announces possible 25% tariff on cars and trucks from the European Union, and the global market reacts with fear of a new trade war between powers.

Physicists transport antimatter for 5 km for the first time, carrying up to 1,000 antiprotons on a road in Switzerland inside a magnetic trap and proving that the most unstable material in the universe can leave the laboratory, paving the way for medical use outside of accelerators.

Brazilian biogel reduces water usage by up to 85% in firefighting and could transform the way wildfires are contained in fields and forests.

Technology created in Pernambuco reorganizes the combat to forest and agricultural fires by enhancing water action and drastically reducing water resource use

Technological development increases efficiency in combating fire

Field tests validate solution performance

Integrated application facilitates technology adoption

Significant reduction in water consumption in large fires

Startup boosts production and expansion of biogel

International partnerships and projected financial growth

The role of innovation in combating fires

Gaddafi built the world’s largest artificial river under the Sahara — it’s 4,000 km of giant pipes that pump 40,000-year-old fossil water to entire cities in Libya.

Discovery in Africa scares even scientists: a study published on April 23 reveals that the crust in Turkana has become so thin that it could pave the way for the continent’s division and the emergence of an ocean in the future, in a gigantic geological transformation.

Austria inaugurates Europe’s first high-speed railway outside China — trains travel at 250 km/h through 33 km tunnels in the Alps that took 27 years to drill

Japanese garbage collectors treat filthy trucks as if they were dealership cars, and the obsession with cleanliness is so absurd that they invented a washing machine that only exists for this type of vehicle.

An unmanned Russian ship has been drifting in the Mediterranean for 57 days with 60,000 tons of gas — the second towing attempt has just failed.

An engine that consumes 40% less gasoline than the average new car already exists and runs on 100% renewable fuel that costs only 10 cents more per liter at Repsol stations.

In 2026, a container ship on the Oslo-Hamburg route will abandon diesel and use fertilizer as fuel: the Yara Eyde ushers in the era of green ammonia in maritime transport.

Powering ChatGPT and the world’s data centers in 2026 will require more than 1,000 TWh of electricity — equivalent to Japan’s entire consumption.

The first 100% Brazilian aviation fuel came from soybeans: SAF Petrobras delivered 3,000 m³ at Galeão and is preparing R$ 17.5 billion to dominate the world market by 2027.

Crater in a century-old tree sparks alert in Blumenau, and a rare examination using advanced technology reveals the surprising internal condition of the historic plane trees.

Google bought 115 MW and six banks injected US$ 421 million: why AI data centers are choosing geothermal energy instead of solar and wind

Traveling will hit your wallet: an 18% increase in aviation kerosene by Petrobras could trigger a widespread rise in airfares as early as the next few weeks.

Goodbye ordinary robot vacuum: LG introduces a model that hides the station under the sink, self-washes and dries the mop, uses 100°C steam, automatically drains water into the sewer, empties dust, and monitors dirt in real-time.

Trump announces possible 25% tariff on cars and trucks from the European Union, and the global market reacts with fear of a new trade war between powers.

Physicists transport antimatter for 5 km for the first time, carrying up to 1,000 antiprotons on a road in Switzerland inside a magnetic trap and proving that the most unstable material in the universe can leave the laboratory, paving the way for medical use outside of accelerators.