Biohybrid cement that stores and recovers energy is created
Researchers integrate bacteria into cement to create structures that store electricity and recover their capacity after receiving nutrients.
I am a civil engineer and I work in the writing area. I have a deep passion for civil works. I constantly seek to update myself on new engineering technologies to integrate them into my work, since my main interest is exploring how innovations in the industrial sector can improve and transform the world.
Researchers integrate bacteria into cement to create structures that store electricity and recover their capacity after receiving nutrients.
The company withdraws from the Hungarian market by transferring 158 MW of wind power to regional operators.
The UMACK anchor, weighing only 35 tons, can withstand more than 20 million tons of force.
The Tidal Action already operates for Petrobras in Roncador, with advanced technology and joint management between Hanwha and Constellation.
The new stage of collaboration will accelerate seismic exploration and standardize key technical processes.
The PLEF plant could re-enrich more than 200,000 tons of depleted uranium acquired from the U.S. government.
The photovoltaic system installed at Saint-Elix marks a key breakthrough in applications on water bodies.
The facility will be a floating, hydroelectric-powered, net-zero-emissions facility.
The Svitzer Ingrid can perform up to 90% of its operations using only electric power, reducing up to 900 tons of CO₂ per year.
The Prufrock-4 introduces continuous excavation and remote operation to reduce costs and accelerate tunneling projects throughout the Loop system.
Hill Top will provide critical power for data centers and AI infrastructure from the heart of the PJM power system.
Everyday thermoplastics fuse with asphalt without extra energy, allowing them to be used as a base for more sustainable roads.