Ministry result

Power Ministry Gear The power setup after P-1 for emissions control

Strong points :

  • The Ministry of Energy has been very helpful in implementing pollution management methods in certain energy crops to examine the benefits before deploying the planned funding of 2 lakh crore in all initiatives that would increase tariffs electrical energy.

The Indian Ministry of Energy has effectively implemented pollution management (emission control) methods in some energy crops to examine the benefits before deploying the planned funding of 2 lakh crore in all initiatives that would raise tariffs electrical energy.

The government has indicated that the application of Flue gas desulphurization (FGD) increases carbon dioxide emissions. This observation is based on studies conducted by IIT Delhi and the Central Electrical Energy Authority (CEA). Discussion group (Flue gas desulphurization) reduce toxic sulfur dioxide emissions.

It has since been advised that only 4,430 MW of thermal power plants in sensitive areas should be upgraded initially.

Energy crops in cities with more than one million people must meet emission standards by December 2022, under current requirements. Others have a maturity of December 2023 or December 2024.

The Department of Energy has advocated learning the effectiveness of FGDs in the first segment for at least 12 months to weigh the benefits against the effect of increased greenhouse gas emissions while fixing deadlines for the following phases.

According to the latest information, the cost of implementing FGD stands at 1.4 crore per MW, implying an investment of 2 lakh crore for 200 GW thermal power crops, which could increase the electric energy bill of 0.71 per unit.

The IIT Delhi-CEA study found that when the FGD was installed, SO2 levels in the air were reduced by up to 65-85% within a radius of 10-40 km around the stack.

“However, FGD tools emit an equal amount of CO2 (emission control) to neutralize SO2. “The FGD will also increase auxiliary power consumption, which will lead to more coal consumption,” a government official said.

“FGD also causes a reduction in sulfate aerosols (SO4) in the upper atmosphere, which has a cooling effect.” According to the study by IIT Delhi, “ambient temperature can be increased due to CO2 era and reduction of SO4”.

According to another CEA study, locations near 4,430 MW of coal-fired capacity had extremely high common annual SO2 ranges. SO2 levels were elevated in areas around 21 models with a capacity of 5200 MW.

It has been determined that no travel is required for crops located in different locations because the level of SO2 in the ambient air of these areas can be very low and, according to the CPCB, the air quality is good in terms of SO2.

“IIT Delhi has a very useful graduated movement strategy to implement FGDs to tolerate higher sulfur emission reduction applied science without additional carbon dioxide emission,” a central government official said.

IIT Delhi has been instrumental in implementing Part 1 by July 2025, Part 2 from July 2026 to July 2029 and Part 3 from July 2029 to July 2031. Between July 2021 and July 2034 , the fourth and fifth phases could be implemented.

The CEA claimed that because the instruments have restrictions, it will take the country 14 years to install pollution management tools in all of its coal-fired power plants. Nevertheless, the Ministry of the Environment is considering a two-year extension until 2026.