The review considers the research and engineering works in selected fields of the physical
chemistry of gas hydrates and gas hydrate technologies, mainly performed over the last 10 …

Gas bubbles present in liquids underpin many natural phenomena and human-developed
technologies that improve the quality of life. Since all living organisms are predominantly …

The formation of gas hydrates is crucial to many technological applications including energy
production, energy storage, desalination, and CO 2 capture. Kinetic hydrate inhibitor (KHI) …

Seawater desalination using gas hydrates is a potential technique for water treatment.
However, limited understanding and control in prior studies on nucleation, growth, and …

An improved, high pressure, stirred automated lag time apparatus (HPS-ALTA) was used to
determine gas hydrate nucleation and growth rates from induction time measurements at …

Kinetic hydrate inhibitors (KHIs) are polymeric based chemicals that delay the nucleation
and/or suppress the growth rate of gas hydrate crystals. While KHIs have been used …

Gas hydrates are ice-like solids that can readily form and restrict flow in high-pressure
natural gas transmission lines. The use of antifreeze thermodynamic inhibitors dominated …

With oil and gas exploitation developing towards deep-water fields, the extreme, low-
temperature, and high-pressure environments are ideal for hydrate formation in subsea …

Nucleation rates of carbon dioxide hydrate were extracted via the measurement of induction
time distributions in a set of stirred, stainless steel, high-pressure cells. These nucleation …

The formation of solids in the energy industry poses a threat to safety and reliability of
operational facilities across numerous process stages. Experimental studies of gas hydrate …