China warns of air pollution risk during Beijing Winter Games
A security guard walks past advertising boards outside the Main Press Centre ahead of the Beijing 2022 Winter Olympics in Beijing, China, January 24, 2022. REUTERS/Fabrizio Bensch
BEIJING – Chinese authorities will take action against polluters to ensure next month’s Winter Olympics will be held in a “good environment”, an environment ministry spokesman said on Monday, as particularly heavy smog shrouded the capital, Beijing.
The Feb. 4-20 Games will be held in Beijing and the surrounding province of Hebei, which are both prone to heavy smog, and Liu Youbin, spokesman for the Ministry of Ecology and Environment, warned that winter weather was “very unfavorable” for efforts to keep the air clean.
Article continues after this advertisement“Beijing and Hebei … (can) take necessary administrative measures during the preparation and staging of the Winter Olympics to adopt control measures against enterprises and vehicles with high pollution levels,” Liu told a regular briefing.
Since China won the bid for the Winter Olympics in 2015, authorities have tried to raise vehicle fuel standards, shut polluting firms and cut coal consumption in a bid to make the Games “green”.
But according to environment ministry data, concentrations of hazardous airborne particles known as PM2.5, a main measure of smog, stood at 205 micrograms per cubic meter in Beijing on Monday morning.
Article continues after this advertisementLiu said the two regions would act if there were warnings of heavy pollution during the Games but they would also try to minimize the economic impact of any measures and would ensure full operations at companies involved in important sectors like energy or COVID-19 control.
Last year, Beijing’s average concentrations of PM2.5 fell 13% to 33 micrograms per cubic meter, meeting China’s 35-microgram standard for the first time.
The number still exceeds the official World Health Organization recommendation of 5 micrograms, and concentrations are significantly higher during the winter.
