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GORD to support delivery of Qatar’s carbon-neutral FIFA World Cup

The Supreme Committee for Delivery & Legacy (SC) has signed an agreement with GORD to support the delivery of a carbon-neutral FIFA World Cup™ in 2022.

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Key MoUs signed at Qatar Sustainability Summit

Key MoUs signed between GORD and Supreme Committee, UNESCO, and Doha Bank on the opening day of Qatar Sustainability Summit that opened in the presence of the Minister of Municipality and Environment.

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GORD Institute aims to test low grade heat single effect packed absorption chillers with a maximum capacity of 6TR. The chiller is coupled with a standard flat plat solar collectors. The start up temperature of the packed chiller is 70C. Solar absorption cooling technology has gained attention in the past decades and recently in the Gulf Region. Currently, most of the solar cooling systems in use are hot water driven lithium bromide absorption chillers. High-grade solar collectors could be used to provide a hot water temperature of about 90 ◦C as a heat source to drive the chiller. Solar absorption chillers consume little electrical energy; essentially the only parts that use electricity are fan motors and pumps that move the thermal transfer fluid.

All in One Solar Absorption Cooling for Domestic Application


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