In 2015, thermal power plants in India produced over 1.1 billion GWh of electricity, resulting in over 1.2 million mt in C02 emissions. State of the art technology could reduce emissions by 146 million mt.

CO2 equivalent to taking

30.9 million

passenger cars off the road*

CO2 equivalent of sequestering by

138.6 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Russia produced over 736 thousand GWh of electricity, resulting in over 619 thousand mt in C02 emissions. State of the art technology could reduce emissions by 82 thousand mt.

CO2 equivalent to taking

17.4 million

passenger cars off the road*

CO2 equivalent of sequestering by

77.9 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Japan produced over 704 thousand GWh of electricity, resulting in over 423 thousand mt in C02 emissions. State of the art technology could reduce emissions by 35 thousand mt.

CO2 equivalent to taking

7.4 million

passenger cars off the road*

CO2 equivalent of sequestering by

33.5 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Germany produced nearly 400 thousand GWh of electricity, resulting in over 323 thousand mt in C02 emissions. State of the art technology could reduce emissions by 33 thousand mt.

CO2 equivalent to taking

6.8 million

passenger cars off the road*

CO2 equivalent of sequestering by

30.8 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in South Africa produced over 244 thousand GWh of electricity, resulting in over 237 thousand mt in C02 emissions. State of the art technology could reduce emissions by 28 thousand mt.

CO2 equivalent to taking

5.9 million

passenger cars off the road*

CO2 equivalent of sequestering by

26.6 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Korea produced nearaly 400 thousand GWh of electricity, resulting in over 293 thousand mt in C02 emissions. State of the art technology could reduce emissions by 25 thousand mt.

CO2 equivalent to taking

5.2 million

passenger cars off the road*

CO2 equivalent of sequestering by

23.3 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Australia produced over 225 thousand GWh of electricity, resulting in over 189 thousand mt in C02 emissions. State of the art technology could reduce emissions by 21 thousand mt.

CO2 equivalent to taking

4.5 million

passenger cars off the road*

CO2 equivalent of sequestering by

20.2 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Poland produced over 140 thousand GWh of electricity, resulting in over 135 thousand mt in C02 emissions. State of the art technology could reduce emissions by 16 thousand mt.

CO2 equivalent to taking

3.3 million

passenger cars off the road*

CO2 equivalent of sequestering by

15.1 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Ukraine produced nearly 100 thousand GWh of electricity, resulting in over 103 thousand mt in C02 emissions. State of the art technology could reduce emissions by 16 thousand mt.

CO2 equivalent to taking

3.2 million

passenger cars off the road*

CO2 equivalent of sequestering by

14.7 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in the U.K. produced over 218 thousand GWh of electricity, resulting in over 143 thousand mt in C02 emissions. State of the art technology could reduce emissions by 15 thousand mt.

CO2 equivalent to taking

3.1 million

passenger cars off the road*

CO2 equivalent of sequestering by

13.9 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Indonesia produced over 173 thousand GWh of electricity, resulting in over 158 thousand mt in C02 emissions. State of the art technology could reduce emissions by 15 thousand mt.

CO2 equivalent to taking

3 million

passenger cars off the road*

CO2 equivalent of sequestering by

13.7 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Kazakhstan produced over 86 thousand GWh of electricity, resulting in over 87 thousand mt in C02 emissions. State of the art technology could reduce emissions by 12 thousand mt.

CO2 equivalent to taking

2.5 million

passenger cars off the road*

CO2 equivalent of sequestering by

11.2 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Taiwan produced over 185 thousand GWh of electricity, resulting in over 132 thousand mt in C02 emissions. State of the art technology could reduce emissions by 11 thousand mt..

CO2 equivalent to taking

2.4 million

passenger cars off the road*

CO2 equivalent of sequestering by

10.8 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Saudi Arabia produced over 160 thousand GWh of electricity, resulting in over 92 thousand mt in C02 emissions. State of the art technology could reduce emissions by 11 thousand mt.

CO2 equivalent to taking

2.4 million

passenger cars off the road*

CO2 equivalent of sequestering by

10.8 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Turkey produced over 214 thousand GWh of electricity, resulting in over 133 thousand mt in C02 emissions. State of the art technology could reduce emissions by 11 thousand mt.

CO2 equivalent to taking

2.3 million

passenger cars off the road*

CO2 equivalent of sequestering by

10.3 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Canada produced over 137 thousand GWh of electricity, resulting in over 89 thousand mt in C02 emissions. State of the art technology could reduce emissions by 9 thousand mt..

CO2 equivalent to taking

1.8 million

passenger cars off the road*

CO2 equivalent of sequestering by

8.1 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in the Czech Republic produced over 47 thousand GWh of electricity, resulting in over 56 thousand mt in C02 emissions. State of the art technology could reduce emissions by 8 thousand mt.

CO2 equivalent to taking

1.7 million

passenger cars off the road*

CO2 equivalent of sequestering by

7.7 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator

In 2015, thermal power plants in Italy produced over 178 thousand GWh of electricity, resulting in over 98 thousand mt in C02 emissions. State of the art technology could reduce emissions by nearly 8 thousand mt.

CO2 equivalent to taking

1.6 million

passenger cars off the road*

CO2 equivalent of sequestering by

7.2 million

acres of forest^*

*https://www.epa.gov/energy/greenhouse-gas-equivalencies-calculator