Transmission Topics

All over the world several large gas transportation pipeline projects have been executed to fulfil an increased demand for, and secure supply of, natural gas. In some countries gas infrastructure developments are new experiences. Many of these projects are facing various challenges ranging from harsh environments to public and other stakeholder engagements.

In the light of the climate change issue, various ideas have been raised to meet that challenge, in addition to optimize overproduction of electric power from renewables (e.g. solar and wind) (Power to Gas – P2G). A number of pilot projects have looked into alternative use of existing natural gas pipeline infrastructures and systems by injection of other gases such as bio-methane, syn-gas and hydrogen. There are still some open issues related to this in terms of gas quality, asset integrity, regulatory requirements etc.

Cost-effective operation and maintenance of gas transmission systems / pipelines, compressor substations, transfer points with metering etc. / is an essential precondition for an increase, or at least maintenance, of the position of natural gas in a global energy mix, as  well as to further development of  the  global market of natural gas.

Environmental and societal impact of gas transporting systems and their operations, as well as safety of operation, are key factors for public acceptance of gas facilities. Excellent environmental and safety performance streamlines the way to authorization of constructions and may have a principal impact on an economy of installations and operations.

All over the world several large gas transportation pipeline projects have been executed to fulfil an increased demand for, and secure supply of, natural gas. In some countries gas infrastructure developments are new experiences. Many of these projects are facing various challenges ranging from harsh environments to public and other stakeholder engagements.

In the light of the climate change issue, various ideas have been raised to meet that challenge, in addition to optimize overproduction of electric power from renewables (e.g. solar and wind) (Power to Gas – P2G). A number of pilot projects have looked into alternative use of existing natural gas pipeline infrastructures and systems by injection of other gases such as bio-methane, syn-gas and hydrogen. There are still some open issues related to this in terms of gas quality, asset integrity, regulatory requirements etc.

Cost-effective operation and maintenance of gas transmission systems / pipelines, compressor substations, transfer points with metering etc. / is an essential precondition for an increase, or at least maintenance, of the position of natural gas in a global energy mix, as  well as to further development of  the  global market of natural gas.

A primary goal of PIM is to determine the overall process for the integrity assessment of pipelines and to control and optimize the implementation of inspections, maintenance, and repairs of the network. This task involves a broad array of procedures, processes and products.  This TIC session will provide case studies and product and process examples related to pipeline integrity management. This session wil explore the latest technologies and approaches being applied around the world.