World's First Ammonia-Fueled Vessel Launched by HD Hyundai Heavy Industries
Translated from Korean, summarized and contextualized by DistantNews.
TLDR
- HD Hyundai Heavy Industries has launched the world's first ammonia-fueled vessel, a 46,000 cubic meter medium-sized liquefied gas carrier.
- Ammonia is highlighted as an eco-friendly fuel because it does not emit carbon dioxide when burned, unlike methane.
- The article discusses the historical development and future potential of "green ammonia" produced using renewable energy.
In a significant stride towards sustainable shipping, HD Hyundai Heavy Industries has christened the world's first ammonia-fueled vessel. This groundbreaking 46,000 cubic meter medium-sized liquefied gas carrier, ordered by Belgian shipping company Exmar, is set to be delivered in May and July. The vessel is equipped with an ammonia dual-fuel engine developed by Hyundai Heavy Industries, marking a pivotal moment in the adoption of cleaner maritime fuels.
The article delves into the environmental benefits of ammonia as a fuel. While its energy density is lower than methane, ammonia (NH₃) offers a distinct advantage by producing nitrogen (N₂) upon combustion, unlike methane (CH₄) which releases carbon dioxide (CO₂). This characteristic positions ammonia as a promising eco-friendly alternative in the global effort to decarbonize the shipping industry.
Ammonia produces nitrogen (N₂) when burned, unlike methane (CH₄) which releases carbon dioxide (CO₂).
However, the piece also acknowledges the current challenges associated with ammonia production. The majority of ammonia today is "brown ammonia," produced through energy-intensive processes that still generate significant carbon emissions. The future lies in "blue ammonia," which involves carbon capture technology, and "green ammonia," derived from hydrogen produced using renewable energy sources like solar and wind power. The historical context of green ammonia, which once constituted a significant portion of global production, and its resurgence due to climate change concerns, offers a hopeful outlook for a cleaner maritime future.
The future lies in 'blue ammonia,' which involves carbon capture technology, and 'green ammonia,' derived from hydrogen produced using renewable energy sources like solar and wind power.
Originally published by Hankyoreh in Korean. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.