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on August 19, 2023

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Understanding TAMI: The Future of LNG Tank Integrity

Picture this: A cold, crisp night. You’re standing outside a vast LNG storage facility, a seemingly ordinary sight. But what you don’t see lurking inside those massive tanks could spell disaster. The stakes are high in the world of Liquefied Natural Gas (LNG), where a tiny slip can lead to catastrophic outcomes. As someone fascinated by tech and safety, I’d like to share how the groundbreaking TAMI (Thermal Assessment of Membrane Integrity) technology is transforming LNG tank monitoring, making the world a bit safer for everyone. Buckle up as we dive into this intricate and fascinating world. The Importance of LNG Tank Safety : Setting the Stage Understanding LNG and the Risks Involved Liquefied Natural Gas (LNG) is natural gas that has been cooled to a frigid temperature of -162 degrees Celsius . This process transforms it into a liquid, making it eas...

How Three Is the New Four: The Inside Story of Samsung Heavy Industries’ Next-Gen LNG Carriers

Let me take you back to Milan, at Gastech2025, where the air was dense with the buzz of breakthroughs. Imagine me huddled over espresso with a table of engineers, animatedly sketching hulls and tanks on napkins. That’s where I first heard about the revolution brewing at Samsung Heavy Industries: a three-tank LNG carrier concept, shattering decades of convention. This isn’t just industry gossip—this is a seismic shift. Here’s the story that unspooled from there, blending innovation, grit, and a hefty dash of fresh thinking. Three’s a Crowd? Why Samsung Heavy Industries Ditched the Fourth Tank The global push for greener shipping has forced everyone in the LNG carrier business to rethink what’s possible. For decades, the four-tank layout was the gold standard for LNG carriers—tried, tested, and trusted. But as environmental regulations tighten and efficiency becomes king, Samsung Hea...

Demystifying the Complex Process of Unloading LNG: A Deep Dive

Imagine a ship pulling into port, carrying a cargo that has been cooled to nearly -260°F. While it might seem like a straightforward process of discharging liquid natural gas ( LNG ) with a few hose connections, the underlying operations are incredibly intricate and vital for safety. In this post, we will navigate the nuances of unloading LNG: from ship compatibility, safety checks, to the very cooling processes that take place before the LNG can even touch the shore facilities. Understanding LNG and Its Obsession with Temperature What is LNG? LNG , or liquefied natural gas, is primarily composed of methane (CH4). To store it in liquid form, it must be cooled to an astonishing -260°F (approximately -162°C ). This process transforms natural gas into a liquid, allowing for efficient storage and transportation. The significance of LNG in energy storage cannot be overstated....

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