Javascript must be enabled to continue!
Gas Hydrate Technology for Sustainable Separation and Purification of Noble Gases
View through CrossRef
There is an urgent need for sustainable engineering in the processing sector, focusing on waste management, with chemical separation playing a key role in handling chemicals based on their physical properties. Noble gases, found in small amounts in the atmosphere, are essential for daily life, making their separation and purification crucial for practical use. Cryogenic distillation is traditionally used to separate noble gases from gas mixtures, but its high operational costs and high energy demands have prompted the search for alternative methods. This chapter reviews gas hydrate technology as an alternative method for separating and purifying noble gases, emphasizing its lower energy requirements. Details of various studies that report the use of gas hydrates with noble gases are presented, with the limitations of gas hydrate technology and future research directions. Overall, gas hydrate technology, due to its lower energy requirement, has the potential to be utilized in the separation of nobleĀ gases.
Title: Gas Hydrate Technology for Sustainable Separation and Purification of Noble Gases
Description:
There is an urgent need for sustainable engineering in the processing sector, focusing on waste management, with chemical separation playing a key role in handling chemicals based on their physical properties.
Noble gases, found in small amounts in the atmosphere, are essential for daily life, making their separation and purification crucial for practical use.
Cryogenic distillation is traditionally used to separate noble gases from gas mixtures, but its high operational costs and high energy demands have prompted the search for alternative methods.
This chapter reviews gas hydrate technology as an alternative method for separating and purifying noble gases, emphasizing its lower energy requirements.
Details of various studies that report the use of gas hydrates with noble gases are presented, with the limitations of gas hydrate technology and future research directions.
Overall, gas hydrate technology, due to its lower energy requirement, has the potential to be utilized in the separation of nobleĀ gases.
Related Results
Permeability of Laboratory-Formed Hydrate-Bearing Sand
Permeability of Laboratory-Formed Hydrate-Bearing Sand
Abstract
Methane hydrate was formed in moist sand under a confining stress in a long, x-ray transparent pressure vessel. Three initial water saturations were used...
New Experimental Equipment for Hydrate Dissociation Studies
New Experimental Equipment for Hydrate Dissociation Studies
Abstract
A new experimental set up dedicated to the hydrate dissociation studies is presented. In this new equipment, hydrate dissociation can be achieved by depr...
Dynamic Characterization of Pore Structures in Hydrate-Bearing Sediments During Hydrate Phase Transition
Dynamic Characterization of Pore Structures in Hydrate-Bearing Sediments During Hydrate Phase Transition
Abstract
Natural gas hydrate widely distributed in marine sediments and permafrost has brought great attention due to its large reserves. Unlike conventional reservo...
Experimental Study on the Change of Resistivity of Synthetic Methane Hydrate Under Different Saturation and Clay Composition Conditions
Experimental Study on the Change of Resistivity of Synthetic Methane Hydrate Under Different Saturation and Clay Composition Conditions
The electric characteristics of a hydrate reservoir are the basis for evaluating porosity and saturation. Because drilling hydrate core samples are unstable at ambient temperature ...
The Dissociation Rate Measurement for Natural Gas Recovery From Gas Hydrates
The Dissociation Rate Measurement for Natural Gas Recovery From Gas Hydrates
Abstract
Hydrate self-preservation property has been reported by some researchers in recent years. So as to test the dissociation rate of hydrates in different te...
Ice Formation During Gas Hydrate Decomposition
Ice Formation During Gas Hydrate Decomposition
Abstract
A number of numerical simulation studies of gas hydrate reservoirs have indicated that the pressure reduction method known as depressurization is a promi...
Assessment And Quantification Of The Hydrate Geohazard
Assessment And Quantification Of The Hydrate Geohazard
Abstract
Recent hydrate assessments from the Ocean Drilling Programme (ODP) and the Mallik Test site have advanced the techniques of hydrate detection and evaluat...
Ethylene Glycol as Gas Hydrate Stabilising Substance
Ethylene Glycol as Gas Hydrate Stabilising Substance
Gas hydrates are solid substances consisting of water and gas which are stable under high pressure and low temperature conditions. After Davy discovered chlorine hydrate in 1810, g...

