This article describes a fundamentally new method for obtaining gas hydrates, based on self-organization in a closed working section of the cyclic boiling-condensation process of the gas-hydrate generator. A special feature of this method is the high rate of hydrate formation at low energy costs and, as a consequence, the expected efficiency of new technologies built on its basis over analogues. A series of experiments was performed, which shows the effect of the water level on the work site on the hydrate formation process
Hydrate-based application technologies have exhibited tremendous potential in terms of physical feas...
Natural gas hydrate is a solid state of gas and water at low temperature and high pressure. Gas hydr...
Gas hydrates can be formed when light gases, such as the components of natural gas, come into contac...
The object of research is the methods of laboratory setting of the parameters of hydrate formation o...
This paper focuses on the model of gas hydrate formation in an experimental device, which allows the...
Hydrate technology has a bright future in the development of high quality production and life for hu...
Formation of gas hydrates in oil and gas production systems continue to pose a serious concern parti...
This paper presents the analysis of the main reasons for a significant decrease in the intensity of ...
Economics of creating CO_2 hydrate on a large scale favor use of gaseous rather than liquid CO_2 as ...
The object for the research was samples of artificially formed gas hydrate of different morphology. ...
Gas hydrates are considered a global phenomenon that, as an unconventional fossil fuel, can be an al...
The article is dedicated to the technological peculiarities of natural gas hydrate deposits extracti...
Natural gas hydrate is a solid state of gas and water at low temperature and high pressure. Gas hydr...
Gas hydrates show great potential with regard to various technical applications, such as gas conditi...
The problem is analyzed of hydrate formation in the systems of gathering and treating of oil and gas...
Hydrate-based application technologies have exhibited tremendous potential in terms of physical feas...
Natural gas hydrate is a solid state of gas and water at low temperature and high pressure. Gas hydr...
Gas hydrates can be formed when light gases, such as the components of natural gas, come into contac...
The object of research is the methods of laboratory setting of the parameters of hydrate formation o...
This paper focuses on the model of gas hydrate formation in an experimental device, which allows the...
Hydrate technology has a bright future in the development of high quality production and life for hu...
Formation of gas hydrates in oil and gas production systems continue to pose a serious concern parti...
This paper presents the analysis of the main reasons for a significant decrease in the intensity of ...
Economics of creating CO_2 hydrate on a large scale favor use of gaseous rather than liquid CO_2 as ...
The object for the research was samples of artificially formed gas hydrate of different morphology. ...
Gas hydrates are considered a global phenomenon that, as an unconventional fossil fuel, can be an al...
The article is dedicated to the technological peculiarities of natural gas hydrate deposits extracti...
Natural gas hydrate is a solid state of gas and water at low temperature and high pressure. Gas hydr...
Gas hydrates show great potential with regard to various technical applications, such as gas conditi...
The problem is analyzed of hydrate formation in the systems of gathering and treating of oil and gas...
Hydrate-based application technologies have exhibited tremendous potential in terms of physical feas...
Natural gas hydrate is a solid state of gas and water at low temperature and high pressure. Gas hydr...
Gas hydrates can be formed when light gases, such as the components of natural gas, come into contac...