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![The existing cargo port in Tanjong Pagar will make way for a new expansion of the central business district of Singapore. The Rail Corridor with its terminus station could be integrated into the strategic use of the open spaces to dissipate the urban heat island effect. At street level, the airflow improves thermal comfort. Designs by ETH and SUTD students applying the design method by Philipp Urech, simulations in OpenFOAM by M.O. Mughal.](https://www.nsl.ethz.ch/wp-content/uploads/2021/03/cargo-port-in-Tanjong-Pagar-Philipp-Urech-Urban-Heat-Island-760x428.jpg)
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![The existing cargo port in Tanjong Pagar will make way for a new expansion of the central business district of Singapore. The Rail Corridor with its terminus station could be integrated into the strategic use of the open spaces to dissipate the urban heat island effect. At street level, the airflow improves thermal comfort. Designs by ETH and SUTD students applying the design method by Philipp Urech, simulations in OpenFOAM by M.O. Mughal.](https://www.nsl.ethz.ch/wp-content/uploads/2021/03/cargo-port-in-Tanjong-Pagar-Philipp-Urech-Urban-Heat-Island-760x428.jpg)
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![The existing cargo port in Tanjong Pagar will make way for a new expansion of the central business district of Singapore. The Rail Corridor with its terminus station could be integrated into the strategic use of the open spaces to dissipate the urban heat island effect. At street level, the airflow improves thermal comfort. Designs by ETH and SUTD students applying the design method by Philipp Urech, simulations in OpenFOAM by M.O. Mughal.](https://www.nsl.ethz.ch/wp-content/uploads/2021/03/cargo-port-in-Tanjong-Pagar-Philipp-Urech-Urban-Heat-Island-760x428.jpg)
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