Scientists have designed solar-powered hard hats to improve conditions for 2022 World Cup labourers who rights groups say have suffered abuses.
QATAR – Migrant workers building soccer stadiums in Qatar’s desert heat are to be given ‘cooling’ hard hats to reduce their body temperature and risk of suffering heat stroke, tournament organisers said.
Scientists at Qatar University designed the solar-powered hard hats to improve conditions for 2022 World Cup labourers who rights groups say have suffered abuses.
“A fan in the top of the helmet blows air over a cold pack onto the person’s face reducing skin temperature by up to 10°C,” said Saud Ghani, an engineering professor at Qatar University.
“Our objective was to reduce heat stress and heat strokes for workers in Qatar and the region,” said Ghani.
About 5,100 construction workers from Nepal, India and Bangladesh are building stadiums in the wealthy Gulf Arab state which has drawn charges by human rights groups of labour abuse, including poor safety at work and squalid living conditions.
Summer temperatures in Qatar can reach 50°C and Doha enforces a ban on outdoor work for several hours a day during the hottest months of the year.
But migrant workers have complained about heat exhaustion and dehydration while working in summer.
Around 260 migrant workers from India died in the whole of Qatar in 2015, according to figures from the Indian embassy in Doha seen by Reuters.
In May an Indian labourer died of a heart attack while performing steel work on a World Cup stadium in Doha in an incident officials denied was caused by working conditions.
The helmets, which can provide cooling in hot temperatures for up to four hours, will be introduced at all World Cup building sites next summer, said an official from Qatar’s Supreme Committee for Delivery and Legacy, the body overseeing the tournament’s organisation.
American athletes have used body-based cooling technology including “ice hats” to improve their performance but this would be the first time the technology has been used on a widescale basis in construction.
