Ammonia
The second-most produced chemical in the world, ammonia's molecular structure is a single nitrogen atom bonded to three hydrogen atoms. It's used in huge volumes in agriculture, among other industries, and current production techniques are dirty and energy-intensive, using about 2% of the world's fossil-fuel energy and producing around 1% of total global man-made greenhouse emissions.
Ammonia has considerable potential as a clean fuel, storing more than 20 times as much energy by weight as today's lithium batteries. A lot of current research is focused on new totally clean production methods, as well as on new ways of extracting energy from ammonia as a potentially clean way to power long-haul ships and trucks.
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Ammonia has enormous potential as a fuel of the future, but most current production methods make it a dirty source of energy. Yet a new method from MIT that would derive the compound using the Earth's rocks and natural heat cleans it up considerably. -
In the latest bid to greenify ammonia production, researchers have built a portable device to cheaply produce ammonia wherever it's needed by simply using air at room temperature and standard atmospheric pressure. -
Three Danish energy tech firms have flung open the doors to the first ever green ammonia plant in the world, which is said to be capable of producing 5,000 tons of green ammonia per year, entirely from solar and wind energy. -
The fertilizer used on around half of the food we consume is now one of the biggest drivers of human-made greenhouse gas emissions, with China, India, the US, Brazil and Russia the biggest polluters, according to a new global nitrous oxide report. -
In 2021, Australian mining and cleantech company Fortescue announced a plan to float the world's first ammonia-powered ship by 2022. It's a bit late, and not quite as ammonia-powered as we hoped, but the Green Pioneer now appears ready to roll. -
Green ammonia offers a solution to one of the hardest tasks in decarbonization: replacing diesel in large ships. Yara is stepping forward with a commitment to launch the world's first clean ammonia-powered container ship, ready for service in 2026. -
Researchers have uncovered the mechanism by which our taste buds detect ammonium chloride, exemplified by the distinct taste of salty licorice. They say the discovery provides evidence for the existence of a sixth basic taste. -
Ammonia has been proposed as a clean fuel for ships, airliners, trucks and trains, but China's GAC believes it could also have a future in passenger cars. It's built a combustion engine to test the theory, capable of reducing emissions by around 90%. -
Traffic is among the biggest sources of air pollution, but what if the very roads they drive on could help clear the air? Engineers in Korea have now demonstrated that photocatalytic concrete can help reduce pollution in tunnels. -
Having already rolled out the world's first ammonia-fueled tractor and the world's first ammonia-fueled semi truck, Brooklyn company Amogy has now got hold of a 1957 tugboat, and plans to have the world's first ammonia-powered ship sailing this year. -
Science is quickly catching up to the powerful sniffers on dogs with its own range of artificial noses. Case in point: researchers modified E. coli bacteria to spin electrically conductive nanowires capable of detecting disease-related odor molecules. -
Claiming a system-level energy density 5X higher than batteries, Amogy has rolled out "the world's first ammonia-powered, zero-emission semi truck." It holds about 900 kWh of energy, like the Tesla Semi, but you can refuel it in about eight minutes.
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