The demand for membrane processes particularly in offshore separations has driven the application of membrane towards harsh separation condition. Heavy hydrocarbon is one of the major impurities in the natural gas, yet the understanding of its effect towards the performance of bulk C02 separation using membrane is found to be limited. Hence, the objective of the study is to investigate the separation performance of commercial membrane in removing bulk carbon dioxide from methane with the presence of heavy hydrocarbon (pentane) under various operating conditions. Feed pressure, temperature and concentration were varied to study the separation performance under dry condition (C02-CH4 mixture) and wet condition (CO2-CH4- pentane)
The objective of this study was to determine the process design characteristics and economics of mem...
The permeation and separation performance of an ultramicroporous carbon membrane for separation of C...
Membrane separation has emerged as one of the most vital and practical useful modern separation tec...
The membrane process has advanced rapidly and continued to progress due to its advantages. Polyimide...
The increasing demands of natural gas pushes energy industries to explore the reservoirs contain hig...
This chapter provides an overview of both conventional membrane process technologies and optimizatio...
This chapter provides an overview of both conventional membrane process technologies and optimizatio...
Carbon dioxide, heavy hydrocarbon, hydrogen sulfide, water vapor and toluene are the common impurit...
The objective of the present study is to assess the potential usefulness of membrane separation proc...
UnrestrictedThe investigation of the fundamental understanding of a combined membrane/supercritical ...
An overview is given of different membrane processes that are used for acid gas removal from natural...
noResearch and technology innovations in the 1970s led to the significant commercial practice of gas...
The feasibility of removing high concentration CO2 from natural gas using membrane contactors at ele...
Natural gas often contains impurities such as nitrogen, hydrogen sulphide, carbon dioxide and water ...
This report shows my research study on hollow fiber membrane module in carbon dioxide separation fro...
The objective of this study was to determine the process design characteristics and economics of mem...
The permeation and separation performance of an ultramicroporous carbon membrane for separation of C...
Membrane separation has emerged as one of the most vital and practical useful modern separation tec...
The membrane process has advanced rapidly and continued to progress due to its advantages. Polyimide...
The increasing demands of natural gas pushes energy industries to explore the reservoirs contain hig...
This chapter provides an overview of both conventional membrane process technologies and optimizatio...
This chapter provides an overview of both conventional membrane process technologies and optimizatio...
Carbon dioxide, heavy hydrocarbon, hydrogen sulfide, water vapor and toluene are the common impurit...
The objective of the present study is to assess the potential usefulness of membrane separation proc...
UnrestrictedThe investigation of the fundamental understanding of a combined membrane/supercritical ...
An overview is given of different membrane processes that are used for acid gas removal from natural...
noResearch and technology innovations in the 1970s led to the significant commercial practice of gas...
The feasibility of removing high concentration CO2 from natural gas using membrane contactors at ele...
Natural gas often contains impurities such as nitrogen, hydrogen sulphide, carbon dioxide and water ...
This report shows my research study on hollow fiber membrane module in carbon dioxide separation fro...
The objective of this study was to determine the process design characteristics and economics of mem...
The permeation and separation performance of an ultramicroporous carbon membrane for separation of C...
Membrane separation has emerged as one of the most vital and practical useful modern separation tec...