Algae may be found in oceans and lakes, but some scientists are hoping that the next place you’ll see these organisms is a coal-fired power plant. That’s because algae, which mostly reside in aquatic ...
CO2 after being captured from the air by buildings, will go through microalgae-based carbon sequestration onsite. LAPPEENRANTA, FINLAND, March 12, 2025 /EINPresswire ...
Industrial sustainability advances with better recycled metals, AI-sorted plastics, clean energy labs, energy-harvesting ...
New research 1 shows that a genetically modified algal strain can capture carbon dioxide (CO2) and turn the greenhouse gas into twice as much biofuel compared to the wildtype strain, while also having ...
23 July 2010 – Swedish utility Vattenfall has launched a pilot project using algae to absorb greenhouse gas emissions from a coal fired power plant in eastern Germany. The EUR2m ($2.6m) trial run, ...
Researchers in India have engineered a 200 L hybrid photobioreactor that captures industrial CO 2 emissions and converts them into biodegradable plastic using indigenous microalgae. Image Credit: ...
Interesting Engineering on MSN
50x faster than trees: Living algae system cuts indoor heat for energy-saving buildings
Microalgae‑based architecture could soon come to Western Australia. A team from Murdoch University is ...
TechnoCarbon Technologies has developed a new solution designed to reduce the carbon footprint of buildings. Winner of a JEC Innovation Award, the Daccuss enclosure wall (for Direct Air Carbon Capture ...
Tucked away in the most extreme nooks and crannies of the Earth are biodiverse galaxies of microorganisms — some that might help scour the atmosphere of the carbon dioxide mankind has pumped into it.
Like rooftop solar panels, the approach would use existing infrastructure to lower the cost and widen the reach of carbon-capture efforts. As carbon emissions continue to rise there's growing ...
Results that may be inaccessible to you are currently showing.
Hide inaccessible results