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Development of a hybrid photo-bioreactor and nanoparticle adsorbent system for the removal of co2,and selected organic and metal co-pollutants

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Journal of Environmental Sciences 2017年第7期29卷 41-53页

作者： Andrea A.Rocha Christian Wilde Zhenzhong Hu Oleg Nepotchatykh Yevgen Nazarenko Parisa A.Ariya Department of Atmospheric&Oceanic Sciences McGill UniversityMontrealQC H3A OB9Canada Department of Chemistry McGill UniversityMontrealQC H3A 0B9Canada PO-Laboratories Inc.Saint-LaurentQC H4T 1N3Canada

Fossil fuel combustion and many industrial processes generate gaseous emissions that contain a number of toxic organic pollutants and carbon dioxide（co_2） which contribute to climate change and atmospheric *** is a need for green and sustainable solutions to remove air pollutants,as opposed to conventional techniques which can be expensive,consume additional energy and generate further *** developed a novel integrated bioreactor combined with recyclable iron oxide nano/micro-particle adsorption interfaces,to remove co_2,and undesired organic air pollutants using natural particles,while generating *** semi-continuous bench-scale photo-bioreactor was shown to successfully clean up simulated emission streams of up to 45% co_2 with a conversion rate of approximately 4%co_2 per hour,generating a steady supply of oxygen（6 mmol/hr）,while nanoparticles effectively remove several undesired organic *** also showed algal waste of the bioreactor can be used for mercury *** estimated the potential co_2 emissions that could be captured from our new method for three industrial cases in which,coal,oil and natural gas were *** a 30% carbon capture system,the reduction of co_2 was estimated to decrease by about 420,000,320,000 and 240,000 metric tonnes,respectively for a typical 500 MW power *** cost analysis we conducted showed potential to scale-up,and the entire system is recyclable and *** further discuss the implications of usage of this complete system,or as individual units,that could provide a hybrid option to existing industrial setups.

关键词： air pollution mitigation climate change co_2 capture hybrid system nanoparticle adsorption interfaces

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