Additions and corrections


Towards an electricity-powered world

Nicola Armaroli and Vincenzo Balzani

Energy Environ. Sci., 2011, 4 (DOI: 10.1039/10.1039/c1ee01249e). Amendment published 26 September 2011.


On page 3216, 2nd column, second paragraph, line 14. At the beginning of the sentence, "For efthereforexample, a plan that could provide..." should be replaced with "For example, a plan that could provide...".

Also, in Table 3 for the sake of ascending order of ranking by total primary energy, several lines in the table should be swapped around and it should be:

Table 3 Population, primary energy and electricity consumption, and CO2 emissions from the top 10 world energy consumers. For comparison, data for the whole world and Ethiopia are also reported
Country Populationa Primary energy [from ref. 7] Electric energy consumptionb CO2 emissionc
Total (Mtoe) Per capita (toe/pers) Total (TWh) Per capita (kWh/pers) Total (Mton) Per capita (ton/pers)
a in 2010, according to US Census Bureau, http://www.census.gov. b in 2008, latest data from US Energy Information Administration in July 2011, http://www.eia.doe.gov. c in 2009, latest data from US Energy Information Administration in July 2011, http://www.eia.doe.gov.
China 1 330 415 000 2 432 1.64 3 017 2 279 7 711 5.8
U.S. 309 045 000 2 286 7.11 3 906 12 724 5 425 17.7
Russia 148 357 000 691 4.54 858 6 749 1 572 11.2
India 1 172 707 000 524 0.41 601 519 1 602 1.4
Japan 126 810 000 501 3.65 964 6 883 1 098 8.6
Germany 81 651 000 320 3.52 544 6 613 766 9.3
Canada 33 760 000 317 9.53 549 16 409 541 16.2
South Korea 48 636 000 255 4.90 402 8 288 528 10.9
Brazil 201 029 000 254 1.14 420 2 113 420 2.1
France 64 768 000 252 3.76 461 7 155 397 6.2
Ethiopia 88 013 000 2.8 0.03 3.4 39 6.9 0.1
World 6 850 685 000 12 002 1.65 17 445 2 574 30 398.4 4.5

The Royal Society of Chemistry apologises for these errors and any consequent inconvenience to authors and readers.


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