Natural Gas Consumption 2024
Natural gas consumption data reveals energy usage trends across countries. Compare figures, explore rankings, and visualize with interactive maps.
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Complete Data Rankings
Rank | Actions | ||
|---|---|---|---|
1 | United States | 9,015.278 TWh | |
2 | Russia | 4,795.8 TWh | |
3 | China | 4,332.684 TWh | |
4 | Iran | 2,537.343 TWh | |
5 | Canada | 1,284.278 TWh | |
6 | Saudi Arabia | 1,235.683 TWh | |
7 | Mexico | 1,003.774 TWh | |
8 | Japan | 909.438 TWh | |
9 | Germany | 757.638 TWh | |
10 | India | 709.105 TWh | |
11 | United Arab Emirates | 671.13 TWh | |
12 | South Korea | 633.742 TWh | |
13 | United Kingdom | 616.902 TWh | |
14 | Egypt | 597.821 TWh | |
15 | Italy | 589.258 TWh | |
16 | Algeria | 527.546 TWh | |
17 | Turkey | 509.635 TWh | |
18 | Thailand | 492.985 TWh | |
19 | Indonesia | 472.717 TWh | |
20 | Malaysia | 465.784 TWh | |
21 | Qatar | 453.54 TWh | |
22 | Uzbekistan | 445.356 TWh | |
23 | Argentina | 445.043 TWh | |
24 | Australia | 391.571 TWh | |
25 | Pakistan | 370.485 TWh | |
26 | Oman | 319.056 TWh | |
27 | France | 318.19 TWh | |
28 | Venezuela | 317.312 TWh | |
29 | Brazil | 313.639 TWh | |
30 | Turkmenistan | 306.841 TWh | |
31 | Taiwan | 286.636 TWh | |
32 | Spain | 283.159 TWh | |
33 | Bangladesh | 273.223 TWh | |
34 | Netherlands | 259.694 TWh | |
35 | Kuwait | 252.356 TWh | |
36 | Kazakhstan | 234.47 TWh | |
37 | Nigeria | 217.524 TWh | |
38 | Poland | 207.832 TWh | |
39 | Bahrain | 202.958 TWh | |
40 | Ukraine | 188.154 TWh | |
41 | Iraq | 183.66 TWh | |
42 | Belarus | 167.84 TWh | |
43 | Trinidad and Tobago | 142.47 TWh | |
44 | Israel | 133.013 TWh | |
45 | Belgium | 132.525 TWh | |
46 | Colombia | 132.389 TWh | |
47 | Singapore | 131.796 TWh | |
48 | Azerbaijan | 127.69 TWh | |
49 | Libya | 115.896 TWh | |
50 | Peru | 113.101 TWh | |
51 | Romania | 94.485 TWh | |
52 | Hungary | 82.511 TWh | |
53 | Chile | 72.96 TWh | |
54 | Austria | 68.219 TWh | |
55 | Czech Republic | 66.89 TWh | |
56 | Greece | 66.689 TWh | |
57 | Vietnam | 61.271 TWh | |
58 | Tunisia | 60.221 TWh | |
59 | China, Hong Kong SAR | 54.23 TWh | |
60 | Bolivia | 51.555 TWh | |
61 | Ireland | 49.704 TWh | |
62 | South Africa | 47.71 TWh | |
63 | Ghana | 45.986 TWh | |
64 | Myanmar | 43.913 TWh | |
65 | Slovakia | 43.458 TWh | |
66 | Jordan | 42.34 TWh | |
67 | Brunei Darussalam | 42.142 TWh | |
68 | Syrian Arab Republic | 40.612 TWh | |
69 | Portugal | 36.837 TWh | |
70 | Philippines | 35.429 TWh | |
71 | Georgia | 35.066 TWh | |
72 | Norway | 33.864 TWh | |
73 | Switzerland | 31.111 TWh | |
74 | New Zealand | 30.542 TWh | |
75 | Serbia | 29.378 TWh | |
76 | Armenia | 28.846 TWh | |
77 | Dominican Republic | 28.433 TWh | |
78 | Cรดte d'Ivoire | 28.061 TWh | |
79 | Puerto Rico | 27.262 TWh | |
80 | Bulgaria | 27.132 TWh | |
81 | Equatorial Guinea | 26.899 TWh | |
82 | Croatia | 23.653 TWh | |
83 | Mozambique | 21.975 TWh | |
84 | Tanzania | 21.585 TWh | |
85 | Republic of Moldova | 20.527 TWh | |
86 | Lithuania | 17.018 TWh | |
87 | Denmark | 16.17 TWh | |
88 | Congo | 14.924 TWh | |
89 | Angola | 13.151 TWh | |
90 | Finland | 12.737 TWh | |
91 | Cuba | 9.959 TWh | |
92 | Sweden | 9.412 TWh | |
93 | Morocco | 9.021 TWh | |
94 | Slovenia | 8.304 TWh | |
95 | Latvia | 8.172 TWh | |
96 | Jamaica | 8.078 TWh | |
97 | Cameroon | 6.713 TWh | |
98 | Kyrgyzstan | 6.216 TWh | |
99 | Luxembourg | 6.034 TWh | |
100 | Panama | 5.977 TWh | |
101 | Ecuador | 5.872 TWh | |
102 | Gabon | 5.173 TWh | |
103 | El Salvador | 4.966 TWh | |
104 | Papua New Guinea | 4.843 TWh | |
105 | Malta | 4.63 TWh | |
106 | North Macedonia | 3.434 TWh | |
107 | Estonia | 3.42 TWh | |
108 | Bosnia and Herzegovina | 2.194 TWh | |
109 | China, Macao SAR | 1.711 TWh | |
110 | Benin | 1.647 TWh | |
111 | Togo | 1.538 TWh | |
112 | Tajikistan | 1.256 TWh | |
113 | Uruguay | 1.017 TWh | |
114 | Rwanda | 0.973 TWh | |
115 | Guatemala | 0.777 TWh | |
116 | Gibraltar | 0.66 TWh | |
117 | Albania | 0.56 TWh | |
118 | Senegal | 0.323 TWh | |
119 | Niger | 0.29 TWh | |
120 | Barbados | 0.229 TWh | |
121 | Bahamas | 0.124 TWh | |
122 | Yemen | 0.117 TWh | |
123 | Suriname | 0.077 TWh | |
124 | Haiti | 0.023 TWh | |
125 | Guyana | 0.021 TWh | |
126 | American Samoa | 0 TWh | |
127 | Antigua and Barbuda | 0 TWh | |
128 | Aruba | 0 TWh | |
129 | Belize | 0 TWh | |
130 | Bermuda | 0 TWh | |
131 | Bhutan | 0 TWh | |
132 | Botswana | 0 TWh | |
133 | British Virgin Islands | 0 TWh | |
134 | Burkina Faso | 0 TWh | |
135 | Burundi | 0 TWh | |
136 | Cambodia | 0 TWh | |
137 | Cabo Verde | 0 TWh | |
138 | Cayman Islands | 0 TWh | |
139 | Central African Republic | 0 TWh | |
140 | Chad | 0 TWh | |
141 | Comoros | 0 TWh | |
142 | Cook Islands | 0 TWh | |
143 | Costa Rica | 0 TWh | |
144 | Cyprus | 0 TWh | |
145 | Congo, Democratic Republic of the | 0 TWh | |
146 | Djibouti | 0 TWh | |
147 | Dominica | 0 TWh | |
148 | Timor-Leste | 0 TWh | |
149 | Eritrea | 0 TWh | |
150 | Eswatini | 0 TWh | |
151 | Ethiopia | 0 TWh | |
152 | Falkland Islands (Malvinas) | 0 TWh | |
153 | Faroe Islands | 0 TWh | |
154 | Fiji | 0 TWh | |
155 | French Polynesia | 0 TWh | |
156 | Gambia | 0 TWh | |
157 | Greenland | 0 TWh | |
158 | Grenada | 0 TWh | |
159 | Guam | 0 TWh | |
160 | Guinea | 0 TWh | |
161 | Guinea-Bissau | 0 TWh | |
162 | Honduras | 0 TWh | |
163 | Iceland | 0 TWh | |
164 | Kenya | 0 TWh | |
165 | Kiribati | 0 TWh | |
166 | Laos | 0 TWh | |
167 | Lebanon | 0 TWh | |
168 | Lesotho | 0 TWh | |
169 | Liberia | 0 TWh | |
170 | Madagascar | 0 TWh | |
171 | Malawi | 0 TWh | |
172 | Maldives | 0 TWh | |
173 | Mali | 0 TWh | |
174 | Mauritania | 0 TWh | |
175 | Mauritius | 0 TWh | |
176 | Micronesia (Fed. States of) | 0 TWh | |
177 | Mongolia | 0 TWh | |
178 | Montenegro | 0 TWh | |
179 | Montserrat | 0 TWh | |
180 | Namibia | 0 TWh | |
181 | Nauru | 0 TWh | |
182 | Nepal | 0 TWh | |
183 | New Caledonia | 0 TWh | |
184 | Nicaragua | 0 TWh | |
185 | Niue | 0 TWh | |
186 | North Korea | 0 TWh | |
187 | Northern Mariana Islands | 0 TWh | |
188 | State of Palestine | 0 TWh | |
189 | Paraguay | 0 TWh | |
190 | Saint Helena | 0 TWh | |
191 | Saint Kitts and Nevis | 0 TWh | |
192 | Saint Lucia | 0 TWh | |
193 | Saint Pierre and Miquelon | 0 TWh | |
194 | Saint Vincent and the Grenadines | 0 TWh | |
195 | Samoa | 0 TWh | |
196 | Sao Tome and Principe | 0 TWh | |
197 | Seychelles | 0 TWh | |
198 | Sierra Leone | 0 TWh | |
199 | Solomon Islands | 0 TWh | |
200 | Somalia | 0 TWh | |
201 | South Sudan | 0 TWh | |
202 | Sri Lanka | 0 TWh | |
203 | Sudan | 0 TWh | |
204 | Tonga | 0 TWh | |
205 | Turks and Caicos Islands | 0 TWh | |
206 | Tuvalu | 0 TWh | |
207 | Uganda | 0 TWh | |
208 | United States Virgin Islands | 0 TWh | |
209 | Vanuatu | 0 TWh | |
210 | Western Sahara | 0 TWh | |
211 | Zambia | 0 TWh | |
212 | Zimbabwe | 0 TWh |
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #212
Zimbabwe
- #211
Zambia
- #210
Western Sahara
- #209
Vanuatu
- #208
United States Virgin Islands
- #207
Uganda
- #206
Tuvalu
- #205
Turks and Caicos Islands
- #204
Tonga
- #203
Sudan
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
In 2024, the country with the highest Natural Gas Consumption is the United States, with a staggering 9015.28 TWh, while several countries, including the Solomon Islands and Seychelles, report zero consumption. The global range of consumption spans from 0.00 to 9015.28 TWh. The average natural gas consumption across the 200 countries with available data is 206.73 TWh, providing a benchmark against which individual countries can be compared.
Global Consumption Patterns and Economic Drivers
The wide disparity in natural gas consumption across countries can be largely attributed to differences in economic size, industrial capacity, and energy policies. The United States, leading with 9015.28 TWh, exemplifies a developed economy with a significant industrial base and a high reliance on natural gas for both electricity generation and heating. Similarly, China and Russia, with 4332.68 TWh and 4795.80 TWh respectively, reflect their roles as industrial powerhouses with substantial infrastructure dedicated to natural gas.
In contrast, countries reporting zero consumption, such as Samoa and Saint Kitts and Nevis, often have limited industrial capacity and may rely more on alternative energy sources or imports due to economic constraints. These nations typically have smaller populations and economies that do not necessitate the extensive use of natural gas.
Urbanization and Energy Demand
Urbanization significantly influences natural gas consumption, particularly in rapidly developing countries. In India, where consumption reached 709.11 TWh, urban expansion and industrial growth are driving increased energy needs. The country's urbanization rate is among the fastest in the world, and this correlates with a 14.3% year-over-year increase in consumption, the highest among the major consumers.
Conversely, countries like Japan and Germany, with 909.44 TWh and 757.64 TWh respectively, demonstrate how established urban centers maintain high consumption levels due to their advanced economies and technological infrastructures, despite slower growth rates in urbanization.
Policy Impact on Consumption Trends
Government policies play a crucial role in shaping natural gas consumption trends. In Iran, with a consumption of 2537.34 TWh, state policies promoting the use of domestic natural gas reserves have resulted in significant consumption levels. This is further evidenced by a 2.9% increase from the previous year. In contrast, France experienced a decrease of 21.92 TWh (-6.4%), likely due to policies promoting renewable energy sources and energy efficiency, which reduce reliance on natural gas.
Similarly, Turkmenistan saw the largest decrease in consumption, dropping 47.89 TWh (-13.5%). This reduction may be attributed to economic challenges and shifts in energy export strategies that prioritize domestic energy conservation and alternative energy investments.
Year-over-Year Changes and Their Implications
The year-over-year changes in natural gas consumption highlight significant shifts in energy strategies and economic conditions. The notable increase in China by 294.77 TWh (7.3%) underscores its ongoing industrial growth and the transition from coal to cleaner energy sources, including natural gas. Meanwhile, the United States and Russia show modest increases of 132.79 TWh (1.5%) and 197.72 TWh (4.3%) respectively, reflecting stable economic growth and continued reliance on natural gas.
In Europe, decreases in consumption, such as those seen in the United Kingdom with a reduction of 17.37 TWh (-2.7%), suggest a regional trend towards diversifying energy sources and improving energy efficiency, aligning with broader EU climate goals.
Overall, the 4.5% average increase in natural gas consumption worldwide indicates a growing global energy demand, driven by economic expansion and the gradual shift towards lower-carbon energy sources. These trends emphasize the dynamic nature of global energy markets and the critical role of policy and economic factors in shaping consumption patterns.
Frequently Asked Questions About Natural Gas Consumption in 2024
Which country has the highest natural gas consumption in 2024?
The United States has the highest natural gas consumption in 2024, with 9,015 TWh.
What is the average natural gas consumption per country in 2024?
The average natural gas consumption per country in 2024 is 195 TWh.
Which country has the lowest natural gas consumption in 2024?
Zambia has the lowest natural gas consumption in 2024, with 0 TWh.
What is the median natural gas consumption value for countries in 2024?
The median natural gas consumption value for countries in 2024 is 3.43 TWh.
How many countries are included in the 2024 natural gas consumption dataset?
The 2024 natural gas consumption dataset includes 212 countries.
Who are the top three consumers of natural gas in 2024?
The top three consumers of natural gas in 2024 are the United States (9,015 TWh), Russia (4,796 TWh), and China (4,333 TWh).
Data Source
Gas consumption | Energy Institute โ Statistical Review of World Energy and others via Our World in Data
Data produced by Energy Institute โ Statistical Review of World Energy; U.S. Energy Information Administration; Etemad & Luciani, compiled and published by Our World in Data as "Gas consumption".
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