Clear skies over Beijing as smog disappears after red alert

The Ministry of Environmental Protection Emergency said that the measures cut pollutant emissions in Beijing by 30 per cent.

Clear skies over Beijing as smog disappears after red alert
Image for representational purposes only

Beijing: The hazardous haze which engulfed Beijing prompting the government to issue first-ever red alert for heavy smog, dissipated Thursday as the city woke up to clear skies.

The two-day red alert was expected to be lifted following clearing skies today, state-run CCTV reported.

The PM 2.5 levels, the main gauge to measure pollution by the US Embassy Monitor here dropped to around 100 today after touching nearly 400 in the last two days.

An over night cold wind reported to have blown the polluted smog out of the city's skies.

Under the red alert, kindergartens, primary and high schools have been ordered to be closed, car use has been restricted with odd and even number plates and?outdoor operations of construction sites halted.

A number of industrial plants have been ordered to limit or stop production.

The Ministry of Environmental Protection Emergency said that the measures cut pollutant emissions in Beijing by 30 per cent.

Without the measures, the density of PM 2.5, tiny and particularly hazardous airborne particles, would have risen by 10 percent, environmentalists with Beijing University of Technology said.

The density of PM 2.5 sulfates, commonly caused by coal-burning, was much higher on Tuesday while the air held far less PM 2.5 nitrates, mostly emitted by vehicles, Chai Fahe, deputy head of the Chinese Research Academy of Environmental Sciences told state run Xinhua news agency.

This indicated that the traffic restrictions were effective but more work needs to be done to reduce emissions from coal burning, Chai said.

Zee News App: Read latest news of India and world, bollywood news, business updates, cricket scores, etc. Download the Zee news app now to keep up with daily breaking news and live news event coverage.