How can discarded hazardous solids, wastewater and greenhouse gases be made valuable?
Maria Elektorowicz
- environmental engineering10
- groundwater2
- decontamination4
- contaminated soil5
- heavy metals3
- pollution24
- bioelectrokinetics
- physicochemical-biological processes2
- greenhouse gases (GHG)9
- biogeochemical process modeling5
- phytoremediation
- bioremediation strategies4
- waste valorization3
- landfills
- site remediation2
- environmental sustainability32
- water and wastewater treatment4
- contaminant transport and fate3
- waste management6
- environmental chemistry11
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Adel Hanna
building foundations, geotechnical engineering, soil-structure interaction
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Zhi Chen
environmental engineering, pollution, contaminated soil
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Chunjiang An
environmental engineering, decontamination, resource recovery from waste
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Catherine Mulligan
environmental engineering, anaerobic wastewater treatment, heavy metals
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Xianming Zhang
environmental chemistry, pollution, environmental sustainability
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Alex De Visscher
environmental chemistry, catalysis, chemical kinetics
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Damon Matthews
climate change, climate science, environmental governance
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Fariborz Haghighat
air quality, environmental engineering, buildings
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Yves Gélinas
chemical oceanography, climate change, carbon cycle
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Melanie Hazlett
catalysis, green chemistry, sustainable process engineering
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Yaser Khojasteh
sustainable process engineering, techno-economic assessment (TEA), waste valorization
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Ashlee Howarth
metal–organic frameworks, porous materials, inorganic chemistry
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David Walsh
aquatic ecology, molecular and cellular biology, evolutionary biology
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Pascale Biron
river dynamics, fish habitats, geomorphology
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Ketra Schmitt
risk analysis, systems models, technology policy
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Alex Matveev
arctic methane, biogeochemistry, arctic climatology
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Christine DeWolf
surfaces and interfaces, biochemistry of cell membranes, lipid monolayers as model systems
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Grant Brown
behavioral ecology, chemical ecology, predator-prey dynamics
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Fuzhan Nasiri
urban infrastructure, infrastructure resilience, energy modeling and optimization
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Ivan Kantor
circular economy, climate change, energy efficiency
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Dylan Fraser
salmon, adaptations to environmental change, hybridization
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Gregor Kos
environmental chemistry, atmospheric processes, pollution