Ammonia is crucial for making synthetic fibres, fertilisers and dyes. But
producing it eats up vast amounts of energy—amazingly around 1 per cent of
the world’s energy production. A new catalyst discovered at the Ruhr University
in Bochum, Germany, could make the process far more efficient. Ammonia is
usually made by mixing nitrogen and hydrogen with an iron catalyst and heating
the mixture to around 600 °C at a pressure of nearly 500 atmospheres. The
new catalyst is a compound of barium, ruthenium and magnesium oxide and produces
the same amount of ammonia at half the pressure, so much…
To continue reading, today with our introductory offers
Advertisement
More from New Scientist
Explore the latest news, articles and features

Humans
Iron Age Britons may have removed the brains of the dead
News

Life
Frozen squirrel scat preserves ancient DNA from hundreds of species
News

Environment
The last-ditch plan to save coral reefs from utter destruction
Features

Earth
Dinosaur-killing asteroid impact site stayed hot for millions of years
News
Popular articles
Trending New Scientist articles
1
Mysterious ‘cold blob’ in the Atlantic suggests the AMOC is weakening
2
Why we should all take quantum physics extremely personally
3
Unpicking endometriosis reveals how it affects more than the pelvis
4
Dinosaur-killing asteroid impact site stayed hot for millions of years
5
The last-ditch plan to save coral reefs from utter destruction
6
What really happened when ancient humans migrated out of Africa
7
What is a ‘normal’ memory slowdown, and when should I worry?
8
Does gravity create reality? A shocking path to a theory of everything
9
Earliest use of anaesthetics uncovered in Chinese doctor’s tomb
10
Why your brain needs plenty of “Aha!” moments