Ammonia emits no carbon dioxide (CO2) when it is burned, which has led to expectations that it could rewrite Japan's energy strategy by replacing coal, notorious for its heavy CO2 emissions.

It also shows that ammonia and hydrogen chloride (colourless gases) can react to form ammonium chloride again. This slideshow shows a reversible reaction involving white anhydrous copper(II ...

Ammonia is added to solutions of cobalt, nickel, and copper 2+ cations. First formation of the hydroxide precipitate is seen, then of the ammonia complex. Pour 0.1M solutions of Cu2+, Co2+, and Ni2+ ...

The nano-pyramids demonstrate remarkable stability over several hours during the reaction at high ... of three key molecules -- carbon dioxide, hydrogen and ammonia -- crucially important for ...

Switching from burning fossil fuels to burning ammonia is a promising way for the shipping industry to cut its carbon dioxide emissions. But if it isn’t careful, this swap could also boost ...

(TEPCO) and Chubu Electric Power Co. The industry has high hopes that mixing ammonia, which does not emit carbon dioxide when burned, into its fuel will make leaps and bounds in curbing plant ...

The reaction, referred to by scientists ... “We want to produce ammonia in a cleaner and greener way that minimizes CO2 emissions. Industry partners would help us scale up this device, and ...