The first factory in the world to turn CO2 into stone
An international team of scientists has been trying to turn CO2 into hard minerals over the past few years.
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105 published items.
An international team of scientists has been trying to turn CO2 into hard minerals over the past few years.
According to Inhabitat, the world's first factory to collect carbon dioxide from the air to produce heat was operated in Zurich, Switzerland.
A cherished French architect hopes to create energy-saving buildings and
The city of Shenzhen, China, is planning to build the world's largest waste generation power plant with a capacity of 5,000 tons per day.
Stand in the crowd, but there are people bitten by mosquitoes, some people don't. What makes you a mosquito magnet?
Fluid-rich fluids invented by researchers in Northern Ireland can be used to capture CO2 from industries, greatly reducing pollution.
Researchers at the University of California, USA have succeeded in making a device that can produce oxygen not through plant photosynthesis.
For years, scientists have been searching for different ways to collect carbon and store it underground or even in the ocean.
Although this study is only in the preliminary stage, scientists are optimistic that this is a big step in reducing greenhouse gas emissions.
Researchers at U of T Engineering have taken a step closer to artificial photosynthesis when creating a new catalyst.
Plants help absorb CO2, which is what we all know, even plants can absorb about 25% of CO2 emissions that humans produce to serve photosynthesis and growth.
Light pollution is a global problem, deeply affecting people's lives and health. Is bio-light a solution to this problem?
Will the hybrid air balloons be successful and bring hope to the abandoned air cargo industry for decades?
This is a great idea of a 'win-win' model because this process can both reduce the amount of CO2 in the atmosphere and produce environmentally friendly biofuels.
Researchers at Aalto University have developed a pilot project to convert CO2 and slag, the byproduct of steel production, into a valuable mineral product.