This thesis proposes a hybrid technology of vacuum swing adsorption and cryogenic liquefaction to capture CO2 at high recovery with an energy penalty comparable with the traditional amine absorption process. After the capture, this thesis also proposes a pipeline transportation system which utilizes the ground/ambient temperature to retain its liquid phase. Significant amount of laboratory experiment and software simulation have been conducted and conclusions and recommendation have been provided for future research work
One of the main global challenges in the years to come is to reduce the CO2 emissions in view of the...
Coal fired power generation will continue to provide energy to the world for the foreseeable future....
Carbon dioxide capturing processes from industrial gases are widely applied to enrich valuable gas a...
Carbon capture and storage (CCS) is generally considered as one of the necessary methods to mitigate...
AbstractIncreasing world energy demand and pricing trends have encouraged oil and gas companies to l...
An innovative CO2 capture technology called the cryogenic CO2 capture (CCC) process has significant ...
The transport sector represents one of the major cause of air pollution and greenhouse gases emissio...
A novel Advanced Cryogenic Carbon Capture (A3C) process is being developed using low cost but high i...
In this study, an improved CO2 separation and purification system is proposed based on in-depth anal...
The last years it has been an increasing global interest to reduce emissions of greenhouse gases to ...
In this work, two simple processes for carbon dioxide (CO2) such as capture and utilization have bee...
It is widely acknowledged that man-made CO₂ emissions to the atmosphere must be significantly reduce...
Natural gas is the fastest growing fossil fuel in future global energy scenarios. The consequent inc...
The cryogenic CO2 capture (CCC) process appears to consume 30 % or more less energy and money than o...
Removal of acidic gases, in particular CO2, is an important industrial operation. Carbon dioxide is ...
One of the main global challenges in the years to come is to reduce the CO2 emissions in view of the...
Coal fired power generation will continue to provide energy to the world for the foreseeable future....
Carbon dioxide capturing processes from industrial gases are widely applied to enrich valuable gas a...
Carbon capture and storage (CCS) is generally considered as one of the necessary methods to mitigate...
AbstractIncreasing world energy demand and pricing trends have encouraged oil and gas companies to l...
An innovative CO2 capture technology called the cryogenic CO2 capture (CCC) process has significant ...
The transport sector represents one of the major cause of air pollution and greenhouse gases emissio...
A novel Advanced Cryogenic Carbon Capture (A3C) process is being developed using low cost but high i...
In this study, an improved CO2 separation and purification system is proposed based on in-depth anal...
The last years it has been an increasing global interest to reduce emissions of greenhouse gases to ...
In this work, two simple processes for carbon dioxide (CO2) such as capture and utilization have bee...
It is widely acknowledged that man-made CO₂ emissions to the atmosphere must be significantly reduce...
Natural gas is the fastest growing fossil fuel in future global energy scenarios. The consequent inc...
The cryogenic CO2 capture (CCC) process appears to consume 30 % or more less energy and money than o...
Removal of acidic gases, in particular CO2, is an important industrial operation. Carbon dioxide is ...
One of the main global challenges in the years to come is to reduce the CO2 emissions in view of the...
Coal fired power generation will continue to provide energy to the world for the foreseeable future....
Carbon dioxide capturing processes from industrial gases are widely applied to enrich valuable gas a...