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- W2901813268 abstract "With growing concerns about environmental emissions, the natural gas industry is taking the lead in developing greater understanding of leakage and venting from natural gas systems. Emissions of natural gas from gas transmission networks originate from a number of sources including infrastructure failure, operational/process venting, and fugitive leakage from pipeline equipment. Process venting and maintenance operations often result in significant emissions to the atmosphere. National Grid Gas Transmission has developed a project with GL Noble Denton to investigate and develop technological options to reduce venting of natural gas. One technology developed for gas capture from venting operations is ANG. Here, a storage vessel is filled with a suitable adsorbent material. Activated carbon's large micropore volume and its ability to form densely packed beds make it a suitable adsorbent. When filled to the same pressure, the energy density will be greater than that of the same vessel without the adsorbent. At 35 bar pipeline pressure, ANG can store about half the amount of compressed natural gas at 200 barg. The operation of gas transmission network compressor sites means they vent gas in an unpredictable manner, responding to overall system demands and network flows. Techno-economic analysis has shown the lowest carbon footprint and best economic viability is by using ANG technology. Captured gas can be reused in a variety of downstream applications. Other benefits of ANG include safer, lower operating pressures compared with compressed natural gas (CNG), reduced environmental impact, design flexibility, and lower capital and operating costs." @default.
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- W2901813268 date "2013-01-01" @default.
- W2901813268 modified "2023-09-26" @default.
- W2901813268 title "Alternatives to the venting of natural gas: Adsorbed Natural Gas (ANG) gas capture" @default.
- W2901813268 doi "https://doi.org/10.1071/aj12042" @default.
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