Journal article

Suitability of wetland macrophyte in green cooling tower performance

Acheampong Atta-Boateng, Graeme P Berlyn, Corey S O’Hern, Alexander J Felson

Ecological Engineering | Elsevier | Published : 2019

Abstract

Green cooling towers, or thermal green-walls, recirculate hot water flowing through a living plant and porous material. Through convective and evaporative heat and mass transfer they can actively cool a building or an industrial heat waste. Thus they can provide an alternative cooling technology. Thermal green-walls use wetland plant species in highly constructed wetlands selected for their heat tolerance. In addition, they offer such co-benefits as carbon capture and control of local microclimates. Optimal heat rejection (HR) requires the plant rhizosphere to be completely inundated at temperatures much higher than the ambient air temperature, potentially inducing thermal physiological stre..

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Grants


Funding Acknowledgements

We acknowledge NSF-CBET-1438564, USA an environmental sustainability grant. We also thank James Axley for his critical role in the co-development of the project. Christine Weiss and Chris Bolick of Yale Botanic garden for valuable input in plant preparation and maintenance prior and during the study. We also thank the many students involved in the project. We thank anonymous reviewers for the constructive criticism and review.