Publications, Activities, and Awards
- Adsorption Of Heavy Metals (Pb2+, Cd2+, Cu2+ And Ni2+) By Biochars And Their Biomass Feedstock
- Biochar Complexation Increases Heavy Metal Adsorption In Aqueous Solution As Compared To Their Feedstock
- Biochar Heavy Metal Removal In Aqueous Solution Depends On Feedstock Type And Pyrolysis Purging Gas
- Biochar Properties And Lead(II) Adsorption Capacity Depend On Feedstock Type, Pyrolysis Temperature, And Steam Activation
- Biochar Property And Lead(II) Adsorption Capacity Depend On Feedstock Type, Pyrolysis Temperature, And Steam Activation
- Biochar Surface Complexation And Heavy Metal Adsorption In Aqueous Solution Depend On Their Feedstock Type
- Biochar Surface Complexation And Heavy Metal Adsorption In Aqueous Solution Depend On Their Feedstock Type
- Biochar Surface Complexation And Ni(II), Cu(II), And Cd(II) Adsorption In Aqueous Solutions Depend On Feedstock Type
- Carboxyl And Hydroxyl Groups Enhance Ammonium Adsorption Capacity Of Iron (III) Chloride And Hydrochloric Acid Modified Biochars
- Characterizing And Optimizing Biochars For Contaminant Removal From Wastewater
- Effects Of Feedstock Type, Pyrolysis Temperature, And Steam Activation On Biochar Properties And Lead (II) Adsorption
- Effects Of Feedstock Type, Pyrolysis Temperature, And Steam Activation On Biochar Properties And Lead(II) Adsorption
- Effects Of Feedstock Type, Pyrolysis Temperature, And Steam Activation On Biochar Properties And Lead(II) Adsorption
- Effects Of Feedstock, Pyrolysis Temperature, And Activation On Biochar Properties And Pb (II) Adsorption
- Optimal siting of municipal solid waste to energy conversion facilities through a GIS-based framework
- Progress In Biochar And Hydrochar Syntheses For Soil And Water Remediation
- Resilient Reclaimed Land And Water Systems Workshop