novo concreto

Construction

Palm tree residue turns into a new type of concrete in the Middle East: previously discarded agricultural fibers strengthen structures in deserts, replace conventional materials, and pave the way for more affordable engineering.

Valdemar Medeiros 18/06/2026 at 15:53

Construction

Concrete reinforced with carrot and beetroot nanoplatelets defies the logic of traditional additives, outperforms graphene in initial tests, saves 40 kg of cement per cubic meter, and can build buildings and bridges stronger than current products.

Valdemar Medeiros 15/06/2026 at 10:42

Construction

Electric concrete can heat bridges and roads to melt ice, using electric current within the pavement itself instead of relying solely on salt, trucks, and scrapers.

Valdemar Medeiros 12/06/2026 at 18:50

Science and Technology

Researchers transform food waste into a material stronger than concrete, made without cement, using cabbage, peels, and coffee grounds, which can still be consumed in an emergency.

Valdemar Medeiros 06/04/2026 at 21:14

Concreto drenante permite que a água atravesse o piso, elimina poças, reduz alagamentos e já substitui o asfalto em calçadas, estacionamentos e vias leves

Construction

Permeable Concrete Allows Water to Flow Through the Floor, Eliminates Puddles, Reduces Flooding, and Already Replaces Asphalt in Sidewalks, Parking Lots, and Low-Traffic Roads

Valdemar Medeiros 28/12/2025 at 17:09

Nova opção de concreto capaz de se regenerar sozinho já começa a aposentar as manutenções em pontes e prédios

Construction

New Self-Regenerating Concrete Option Starts to Retire Maintenance in Bridges and Buildings, Increases Structure Durability by Up to 200%, and Could Revolutionize Global Civil Engineering: Meet ‘Biological Concrete’

Valdemar Medeiros 10/11/2025 at 08:52

O novo concreto inspirado em microalgas que usa 68% menos material, é impresso em 3D e absorve até 146% mais CO₂ do que o convencional.

Science and Technology

New Concrete Developed by Researchers in Pennsylvania Is Lighter, Stronger, Captures Carbon Dioxide While Curing, and Could Change Construction Industry

Sara Aquino 13/07/2025 at 10:06

construção - inovação - concreto - cimento - amazônia

Construction

Scientists Unveil Concrete with Amazonian Fruit That Is Lighter, More Durable, Has Superior Elastic Modulus, and Lower Water Absorption, Potentially Transforming Construction Industry

Roberta Souza 26/05/2025 at 20:19

novo concreto sustentável utilizando água do mar eletrificada e CO₂

Construction

Scientists Develop Experimental Method to Create New Sustainable Concrete Using Electrified Seawater

Valdemar Medeiros 14/04/2025 at 10:39

Construção civil nunca mais será a mesma concreto superforte com fibras de carpete reciclado chega para redefinir durabilidade e sustentabilidade nas obras modernas!

Industry

Construction Will Never Be the Same: Superstrong Concrete with Recycled Carpet Fibers Redefines Durability and Sustainability in Modern Works!

Débora Araújo 19/11/2024 at 08:23

Concreto verde: Saiba como essa inovação usando cinzas de carvão aumenta a resistência e reduz emissões de carbono!

Science and Technology

Researchers Develop Never-Before-Seen Concrete! The New Concrete Is Stronger Than Traditional Ones and Uses Coal Ash Instead of Cement

Ruth Rodrigues 12/11/2024 at 19:52

“concreto”, “novo concreto”, “tecnologia”, “inovação na construção”, “construção civil”

Construction

Innovation In Construction: New Bone-Inspired Concrete Is 5.6 Times More Durable, Lighter, Cost-Effective, And Promises To Transform Civil Engineering Worldwide!

Roberta Souza 18/09/2024 at 17:33

Palm tree residue turns into a new type of concrete in the Middle East: previously discarded agricultural fibers strengthen structures in deserts, replace conventional materials, and pave the way for more affordable engineering.

Concrete reinforced with carrot and beetroot nanoplatelets defies the logic of traditional additives, outperforms graphene in initial tests, saves 40 kg of cement per cubic meter, and can build buildings and bridges stronger than current products.

Electric concrete can heat bridges and roads to melt ice, using electric current within the pavement itself instead of relying solely on salt, trucks, and scrapers.

Researchers transform food waste into a material stronger than concrete, made without cement, using cabbage, peels, and coffee grounds, which can still be consumed in an emergency.

Permeable Concrete Allows Water to Flow Through the Floor, Eliminates Puddles, Reduces Flooding, and Already Replaces Asphalt in Sidewalks, Parking Lots, and Low-Traffic Roads

New Self-Regenerating Concrete Option Starts to Retire Maintenance in Bridges and Buildings, Increases Structure Durability by Up to 200%, and Could Revolutionize Global Civil Engineering: Meet ‘Biological Concrete’

New Concrete Developed by Researchers in Pennsylvania Is Lighter, Stronger, Captures Carbon Dioxide While Curing, and Could Change Construction Industry

Scientists Unveil Concrete with Amazonian Fruit That Is Lighter, More Durable, Has Superior Elastic Modulus, and Lower Water Absorption, Potentially Transforming Construction Industry

Scientists Develop Experimental Method to Create New Sustainable Concrete Using Electrified Seawater

Construction Will Never Be the Same: Superstrong Concrete with Recycled Carpet Fibers Redefines Durability and Sustainability in Modern Works!

Researchers Develop Never-Before-Seen Concrete! The New Concrete Is Stronger Than Traditional Ones and Uses Coal Ash Instead of Cement

Innovation In Construction: New Bone-Inspired Concrete Is 5.6 Times More Durable, Lighter, Cost-Effective, And Promises To Transform Civil Engineering Worldwide!

In the cold desert of Ladakh, where it hardly rains, engineer Sonam Wangchuk created the ice stupa, a tower that freezes winter water and stores it for irrigating crops in the spring, a simple engineering feat that mimics nature.

Almost 6,000 residents live concentrated along a single street nearly 9 km long in the interior of Poland. Houses form a continuous row, and behind them, narrow agricultural strips emerge, creating one of the most unusual rural patterns in Europe.

Libya built over 4,000 kilometers of underground pipelines to bring water from the Sahara to coastal cities in a project that the government itself called the Eighth Wonder of the World.

Chinese woman planted trees for decades while sand buried part of her house, received $5,000 from an American in 1999, and helped transform the desert into a forest of 8 million trees in China.

Desert sand, previously discarded for being too smooth for concrete, becomes an ecological brick in the United Arab Emirates, dispensing with Portland cement, curing at room temperature, and attempting to transform dunes useless for construction into raw material for a new arid engineering.

They planted a sea of eucalyptus to produce cellulose, but the monoculture turned into a green desert, dried up springs and rivers, and pushed families out of regions in Minas Gerais and Bahia.

Júlia Pimentel, an 11-year-old from Minas Gerais, independently invented a new formula to calculate the square root using simple addition and multiplication, and her method was published in one of the most important mathematical scientific journals in Brazil.