reprint Russia possesses the potential to produce significant gas from its Eastern Regions, with total proved reserves in East Siberia and the Far East of Russia standing at 5 trillion cubic metres (Tcm) while prospective resources could be as large as 65Tcm. This would appear to give Russia a huge opportunity for export sales into the Asia Pacific region , which contains the world’s largest LNG importing nations and two of the world’s fastest growing gas markets in China and India (also importers of LNG). It is surprising, therefore, that despite the obvious commercial logic of linking enormous gas resources to expandin...
note (by W. Scharnhorst ) As of 1st July 2015 _progress | M will replace _kt75 | mirror, the latter will as of than to be further developed nor will any content be published via that platform. Already today, you can visit _progress | M via http://progress-m.blogspot.ch . There are many improvements compared with _kt75 | mirror, e.g.: full responsive design panel/mobile reader mode (recommended if you want to get the full content of an article redesigned download area ( http://progress-m.blogspot.ch/p/downloads.html ) redesigned fonts to facilitate readability There are some more features currently still in the development mode, therefore they are not yet available, e.g.: embedding related content (via the content bar in the panel£/mobile reader mode) opportunities to allow for 3rd party actions (user customisation) Overall the development of _progress | M is part an entire blog development package. Other parts of development include: u....
-- a _kt75 | reprint Tweet Renewable energy sources, at least wind and solar, are variable — the wind isn’t always blowing, the sun isn’t always shining. This is something every glib pundit on the internet cites as a reason we’ll need fossil-fuel or nuclear “baseload” power plants for the foreseeable future. It’s a frustrating topic, since people who actually study the subject (like NREL) have shown that there are all sorts of ways to handle variability without disrupting the grid. One of those ways is transmission : building power lines to take renewable energy from where it is abundant (often remote areas) to where it is needed (mainly big cities). More specifically, the idea is to build high-voltage direct-current (HVDC) lines that would carry energy over long distances from remote sites and feed it into the alternating-current (AC) lines that serve urban areas. (The DC vs. AC question is interesting, but not particularly essential...