When the wind hits an obstacle, it flows around it and creates a low-pressure zone on the other side, known as a "windwake." ...

Scientists developed a super-dry reforming process using SOECs and Rh-CeCO2₋ₓ catalysts to efficiently convert CO2-rich ...

The Hastings Sanitary Landfill is set to tackle its methane emissions with a new $20 million agreement with clean energy ...

Over the past decade, the Curiosity rover has repeatedly detected methane on the surface of Mars. This gas is often produced ...

On Titan, clouds of methane unleash a cold, oily rain—very different from the water-based downpours we see on Earth. For the ...

In a study published in Nature Chemistry ... of syngas via super-dry reforming of methane (CO 2 /CH 4 ≥ 2), and offered a promising way for efficient and direct utilization of CO 2-rich natural gas ...

In a bizarre and frightening incident, a youth in Noida suffered burns on his body due to a toilet seat explosion. Family and ...

Warming in the Arctic is intensifying methane emissions, contributing to a vicious feedback loop that could accelerate climate change even more, according to a new study published May 7 in Nature.

Some microbes produce methane, a greenhouse gas up to 45 times stronger than CO 2. But other microbes consume that methane, using oxygen to turn it into less-harmful CO 2 .

Some of these microbes produce methane; others consume it. Which microbes thrive can determine how much of the greenhouse gas escapes the soil to make the planet’s atmosphere hotter. The water ...

However, future feedstocks—such as CO 2-rich natural gas—are expected ... Super-dry reforming of methane using a tandem electro-thermocatalytic system, Nature Chemistry (2025).