University of Seville tests drone with green hydrogen
The drone uses hydrogen generated by solar electrolysis and emits only water vapor when flying.
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.
The drone uses hydrogen generated by solar electrolysis and emits only water vapor when flying.
Strathcona has the capacity to produce 20,000 barrels per day of renewable diesel compatible with conventional engines.
Between 1,730 and 2,310 free surgeries are planned to be performed in Sierra Leone over the next 10 months.
Calcasieu Pass increases its authorized LNG capacity to 12.4 million tons per year.
The processing modules traveled more than 2,300 kilometers from Canada to Alaska for integration into the Pikka project.
Financing of BRL 150 million drives the Urucuia River project towards its entry into operation in 2026.
ENGIE will receive 20 PJ per year of gas from Narrabri, with 100% destined exclusively for Australian domestic consumption.
The mobile microfactory reduces construction time by 70% and costs by 30%.
bp took the Argos platform from evaluation to production in just 25 months, marking its fastest implementation to date.
The CarryAll drone completed a 150 km offshore delivery, validating its commercial use in demanding offshore environments.
New geochemical tests detect trace precious metals in volcanic lavas from Hawaii.
With this delivery, GSI reaches 127,600 vehicle transport seats delivered on LNG-powered vessels.