Welcome to Centre for Gas Hydrate Research and Technology – Thailand
CGHT
Located within the prestigious Petroleum and Petrochemical College at Chulalongkorn University. We are
delighted to introduce you to the world of gas hydrate research, where innovation meets sustainability. Our
center is dedicated to advancing knowledge, developing groundbreaking technologies, and addressing
critical energy and environmental challenges through the study of gas hydrates.
As you explore our website, you’ll have the opportunity to discover our dynamic team of researchers, explore
our advanced facilities, and learn about our exciting projects. Whether you’re a researcher seeking
collaboration, a student eager to expand your knowledge, or an industry partner interested in our
developments, we invite you to engage with our work and explore the potential of gas hydrates.
Feel free to peruse our publications, stay updated on our research initiatives, and reach out to us for inquiries
or partnership opportunities. Thank you for visiting our website, and we look forward to sharing our passion
for gas hydrate research with you as we work together to shape a more sustainable future.
Welcome, and let’s embark on this inspiring journey together!
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What is Gas Hydrate?
Gas hydrates, often referred to as clathrate hydrates, represent a fascinating yet complex class of
compounds formed by the crystalline inclusion of gas molecules within a water lattice. These icelike
structures, composed of water and entrapped gases such as methane, ethane, and carbon
dioxide, have captured the imagination of scientists and engineers worldwide due to their diverse
range of potential applications.
Gas hydrates have the remarkable capacity to store vast quantities of natural gas, making them a
potential game-changer in the field of energy storage and , notably through Solidified Natural Gas
(SNG) technology. Additionally, they hold promise for carbon capture and storage (CCS) to mitigate
greenhouse gas emissions, and even desalination to provide a sustainable source of fresh water.
However, harnessing the full potential of gas hydrates is not without its challenges. The stability of
these compounds is highly dependent on temperature and pressure conditions, and their
unpredictable behavior poses significant engineering and environmental challenges. Moreover,
extracting gas from hydrate deposits deep within the ocean floor presents technical and logistical
hurdles.