Fujitsu will put the possibility of its computers operating on sustainable ammonium Burning ammonia can help power data centers worldwide, however doing so with current ammonia production technology could leave catastrophic carbon emissions – a fact Fujitsu believes it could change.
Fujitsu is partnering with Icelandic startup Atmonia, which provides high-performance computing mechanisms and AI to support sustainable ammonium production research.
Accessibility to high-performance computers is an area that Fujitsu certainly does not lack; The company operates the Fugaku supercomputer, which is currently considered the second most powerful worldwide.
How will the partnership work?
The Icelandic company will use Fujitsu’s computing capabilities to discover new materials and catalytic candidates for ammonia synthesis. Fujitsu Research senior director Surya Josyula told the Register.
In April, Atmoniac announced that it was conducting research into new methods for producing ammonia using only water, nitrogen from clean air and electricity.
Atmoniac aims to further expand and improve its research efficiency in catalysts for ammonia production by performing various tests to simulate chemical reactions using quantum chemical calculations.
You can see why so much effort is being put into producing ammonia that is less harmful to the environment.
The Haber-Bosch process, in which nitrogen and hydrogen are converted into ammonia, accounts for about 1% of annual CO2 emissions globally, more than any other industrial chemical generation reaction.
However, if sustainable ammonia can be used to power data centers, it could go a long way toward reducing IT’s carbon emissions.
According to research by the International Energy Agency, data centers currently use nearly 1% of global electricity demand or 0.3% of global CO2 emissions.
Atmonia said in its April announcement: “It is entirely possible to improve the industrial process to use hydrogen derived from the water electrolysis process.” However, this is a route that uses more energy and is not consistent with the intermittent properties of renewable-derived electricity (such as solar/wind) because the Haber-Bosch process requires a continuous source of hydrogen to maintain the operation of downstream processes, Therefore, the power supply is not interrupted. “