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22% of global electricity is generated from Gas

22.10 % Share of global electricity
490 gCO2eq/kWh Carbon Intensity

Gas energy, also known as natural gas, is a type of fossil fuel that is formed from the organic material of plants and animals that decomposed millions of years ago. This form of energy is harnessed from reservoirs beneath the earth's surface using drilling and extraction techniques. It is used extensively around the globe for heating, cooking, transportation, and electricity generation due to its abundance and cost-effectiveness.

To produce electricity from gas, power plants utilize gas-fired turbines. The process involves burning the natural gas to produce high-pressure steam, which then turns the turbine blades. This mechanical energy is then converted into electrical energy through a generator. The fact that it is a reliable and consistent energy source is an advantage as it can meet the demand for electricity 24/7.

Nonetheless, despite its significance in electricity generation, gas energy has a considerable environmental footprint. Its average carbon intensity is 490 gCO2eq/kWh, significantly higher than low-carbon energy sources such as wind (11 gCO2eq/kWh), nuclear (12 gCO2eq/kWh), and solar energy (45 gCO2eq/kWh). This means that gas energy contributes a disproportionately large share of greenhouse gas emissions in the electricity sector, exacerbating climate change.

Moreover, the combustion of natural gas also contributes to air pollution. The process releases harmful pollutants such as methane, carbon monoxide, sulfur dioxide, and nitrogen oxides into the atmosphere. These pollutants can harm human health, lead to respiratory illnesses and heart conditions. They also contribute to acid rain and ground-level ozone, which are detrimental to the environment.

In comparison, low-carbon energy sources like wind, nuclear, and solar are cleaner alternatives. They emit comparatively negligible amounts of greenhouse gases and other pollutants, making them more environmentally friendly. As the world grapples with the challenges of climate change and air pollution, transitioning to these low-carbon, sustainable energy sources becomes all the more paramount.

Country/Region Watts / person % TWh
Bahrain 2474.6 W 99.2% 31.7 TWh
Qatar 2308.0 W 100.0% 54.3 TWh
United Arab Emirates 1611.7 W 88.7% 132.2 TWh
Kuwait 1369.8 W 58.3% 51.0 TWh
Singapore 1059.1 W 96.0% 55.1 TWh
Oman 1005.2 W 96.2% 39.8 TWh
Saudi Arabia 743.7 W 59.6% 234.2 TWh
Israel 617.1 W 65.8% 48.1 TWh
United States 600.9 W 41.4% 1773.8 TWh
Brunei 574.1 W 47.8% 2.2 TWh
Republic of China (Taiwan) 534.1 W 39.6% 111.6 TWh
Libya 525.4 W 92.9% 31.0 TWh
Belarus 438.4 W 83.8% 36.8 TWh
Malta 424.4 W 87.8% 2.0 TWh
Iran 417.6 W 83.5% 321.7 TWh
Russia 406.2 W 45.5% 516.4 TWh
South Korea 370.1 W 28.5% 168.0 TWh
Ireland 333.2 W 43.2% 14.6 TWh
Netherlands 288.8 W 36.8% 44.3 TWh
Japan 284.4 W 31.8% 310.5 TWh
Lebanon 232.5 W 55.1% 11.4 TWh
Malaysia 231.8 W 37.8% 68.2 TWh
Canada 221.0 W 12.0% 73.9 TWh
Hong Kong SAR China 219.3 W 30.1% 14.4 TWh
Mexico 217.6 W 59.5% 241.5 TWh
Thailand 205.4 W 59.1% 128.8 TWh
Iraq 198.1 W 65.2% 75.6 TWh
Algeria 194.6 W 97.1% 75.3 TWh
Moldova 185.7 W 91.7% 5.0 TWh
Italy 184.6 W 33.7% 95.8 TWh
Australia 181.7 W 15.8% 41.3 TWh
Azerbaijan 181.1 W 62.2% 16.4 TWh
Tunisia 171.9 W 98.3% 18.5 TWh
Greece 170.1 W 33.8% 15.6 TWh
Argentina 166.5 W 50.6% 66.0 TWh
United Kingdom 158.1 W 31.4% 93.2 TWh
Jordan 154.2 W 68.4% 15.1 TWh
Belgium 150.3 W 18.7% 15.3 TWh
Uzbekistan 146.7 W 71.0% 43.8 TWh
Egypt 144.1 W 66.3% 137.9 TWh
Kazakhstan 137.6 W 20.5% 23.1 TWh
Spain 130.7 W 20.9% 54.4 TWh
Armenia 130.1 W 43.4% 3.2 TWh
Portugal 110.4 W 17.2% 9.9 TWh
Georgia 104.5 W 22.6% 3.4 TWh
Macao SAR China 98.1 W 10.2% 0.6 TWh
EU 97.5 W 15.0% 380.1 TWh
Croatia 96.3 W 18.9% 3.4 TWh
Chile 96.1 W 18.1% 16.4 TWh
Peru 91.4 W 44.1% 27.0 TWh
The World 90.5 W 22.1% 6271.8 TWh
Turkey 89.4 W 21.1% 66.4 TWh
Austria 82.6 W 10.0% 6.5 TWh
Latvia 82.4 W 20.6% 1.4 TWh
Hungary 76.8 W 15.4% 6.5 TWh
Bolivia 75.5 W 70.8% 8.0 TWh
New Zealand 70.9 W 7.4% 3.2 TWh
North Macedonia 70.2 W 18.8% 1.3 TWh
Germany 68.6 W 10.6% 50.1 TWh
Dominican Republic 65.8 W 36.5% 6.4 TWh
Jamaica 60.2 W 34.3% 1.5 TWh
Romania 56.6 W 16.9% 9.6 TWh
Syria 55.2 W 61.5% 10.3 TWh
Congo - Brazzaville 52.8 W 67.2% 2.7 TWh
France 49.5 W 5.8% 28.0 TWh
Slovakia 42.7 W 6.9% 2.0 TWh
Denmark 37.7 W 5.9% 1.9 TWh
Finland 37.3 W 2.3% 1.8 TWh
Poland 37.0 W 7.9% 12.4 TWh
Czechia 36.0 W 4.5% 3.3 TWh
Bulgaria 35.8 W 5.4% 2.2 TWh
Colombia 35.5 W 18.5% 16.0 TWh
Ghana 35.2 W 48.4% 10.1 TWh
Vietnam 33.0 W 10.1% 28.2 TWh
Bangladesh 32.4 W 57.9% 48.1 TWh
Norway 30.9 W 1.0% 1.5 TWh
Lithuania 26.1 W 4.8% 0.6 TWh
Uruguay 26.0 W 6.6% 0.8 TWh
Myanmar (Burma) 25.1 W 54.1% 11.8 TWh
Indonesia 23.5 W 18.1% 56.3 TWh
Côte d’Ivoire 22.9 W 50.2% 5.5 TWh
People's Republic of China 21.8 W 3.0% 272.0 TWh
Slovenia 21.1 W 2.8% 0.4 TWh
Cuba 19.9 W 9.9% 2.0 TWh
El Salvador 18.8 W 12.6% 1.0 TWh
Pakistan 18.0 W 28.2% 36.5 TWh
Brazil 16.8 W 4.6% 31.5 TWh
Ukraine 16.6 W 5.7% 6.3 TWh
Philippines 16.5 W 14.7% 16.5 TWh
Panama 16.3 W 5.5% 0.6 TWh
Luxembourg 14.8 W 1.8% 0.1 TWh
Nigeria 13.7 W 75.6% 25.6 TWh
Angola 12.9 W 23.7% 3.9 TWh
Senegal 12.2 W 30.3% 1.8 TWh
Morocco 10.6 W 8.6% 3.4 TWh
Mozambique 8.8 W 12.4% 2.5 TWh
Serbia 7.5 W 1.4% 0.5 TWh
Palestinian Territories 6.9 W 4.4% 0.3 TWh
Ecuador 6.5 W 2.8% 1.0 TWh
India 5.5 W 3.8% 67.6 TWh
Sudan 4.4 W 10.7% 1.8 TWh
Estonia 3.8 W 0.6% 0.0 TWh
Tanzania 3.6 W 24.1% 2.0 TWh
Yemen 3.5 W 28.7% 1.0 TWh
Tajikistan 3.2 W 1.4% 0.3 TWh
Sweden 0.0 W 0.0% 0.0 TWh
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