In Darwin, Queensland and Northwest Shelf gas supplies could be consolidated into a 60 - billion
cubic meter pipeline traversing the Timor Sea to East Timor and then onward to Indonesia and Northeast Asia.
Not exact matches
The 856 - mile
pipeline can transport 20 million
cubic meters of gas per day.
According to his campaign, the
pipeline could supply up to 1.5 trillion
cubic feet (42.5 billion
cubic meters) of natural gas per year.
The entire potential output of the first and second strings of the Nord Stream
pipeline, which connects the Russian Unified Gas Supply System with the Trans - European Network (gas
pipeline system) via the Baltic Sea, and which will amount to 55 billion
cubic meters per year when complete, is already fully contracted out, according to Gazprom.
Exxon / Mobil and Oilsearch previously had proposed developing a US$ 3 billion, 4,000 - kilometer, 3.6 - billion
cubic meter per year gas
pipeline from Papua - New Guinea's highlands to southern Queensland.
There this 30 billion
cubic meters per year of Northwest Shelf export supply could meet up with an equivalent 30 - billion
cubic meter per year
pipeline coming up from Queensland.
Given all this subsea
pipeline development already planned, it's worth considering bundling all this Northwest Shelf gas supply into a roughly 30 - billion
cubic meter per year
pipeline and shipping it to Darwin.
For comparison's sake, A 66 + - billion
cubic meter per year
pipeline is only slightly larger than the 54 billion
cubic meter Nordstream
pipeline Russia's already built and is now operating to deliver natural gas supplies to directly to Germany via the Baltic Sea.
China is already building a 60 - billion
cubic meter per year natural gas hub in Guangdong Province to import natural gas by land by
pipeline from as far away as Turkmenistan, as well as provide domestic distribution for Liquid Natural Gas delivered by sea from Australia, Indonesia and the Middle East.
Birol said the IEA expected overcapacity of liquefied natural gas (LNG) terminals and gas
pipelines to reach at least 250 billion
cubic meters by 2015, more than three times the capacity in 2008.