ScholarWorks@Hanyang University: Song, Hocheol

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Song, Hocheol (송호철)

COLLEGE OF ENGINEERING (DEPARTMENT OF EARTH RESOURCES AND ENVIRONMENTAL ENGINEERING)

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Tel 02-2220-0416
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Pyrolysis:13||Engineered biochar:12||Adsorption:10||Biochar:8||Carbon dioxide:8||Copyrolysis:5||Syngas:4||Biorefinery:4||Red mud:4||CO2 utilization:4||Arsenic:4||Synthetic gas:3||Catalytic reduction:3||CO2:3||Waste management:3||Paddy soil:3||Paper mill sludge:3||Soil remediation:3||Modified biochar:3||Biomass valorization:2||Carbon dioxide (CO2):2||Persulfate:2||Chitin:2||Wastewater treatment:2||Heavy metals:2||Iron oxide:2||Zerovalent iron:2||Risk assessment:2||Redox chemistry:2||Gasification:2||Hydrogen:2||Glucose:2||Circular economy:2||Microbial community:2||Plastic waste:2||Catalyst:2||Carbonbased catalyst:2||Magnetic biochar:2||Agricultural waste:2||Bioremediation:2||Heavy metal:2||Biowastes:2||Bauxite residue:2||Waste valorization:2||Cocomposted biochar:1||Coalbed methane water:1||Cobalt:1||Cobalt pentlandite (Co9S8):1||Column:1||Composite material:1||Contaminant:1||Contamination indices:1||Copper:1||Covid19:1||Cu(II) removal:1||Culture media:1||Designer biochar:1||Digestate:1||Electron shuttle:1||Engineered Biochar:1||Engineered/designer biochar:1||Engineeredbiochar:1||Enrichment:1||Environmental factors:1||Environmental management:1||Environmental remediation:1||Enzyme activity:1||Face mask:1||Febiochar composite:1||Fecarbon composite:1||Fe3O4 nanoparticles:1||Fertiliser:1||Fluoroquinolone antibiotic:1||Food waste:1||Food waste recycling:1||Food waste valorization:1||Functionalised biochar:1||Gaseous emission:1||Glucose isomerization:1||Goethite:1||Graphene:1||Green/sustainable remediation:1||Groundwater:1||Growth promotion:1||Gut bacteria:1||H2 production:1||HDPE:1||HMF:1||Hair sample:1||Harmful chemical mitigation:1||Hazardous substances:1||Hazardous toluene:1||Hazardous waste treatment:1||Health risks:1||Heavy metal removal:1||Heavy metal(loid):1||Hg methylation:1||Huai River Basin:1||Hydration and polymerization:1||Hydrogenolysis:1||Hydrothermal liquefaction:1||Incineration:1||Indole acetic acid:1||Indole3acetic acid:1||Influencing factors:1||Iron manganese oxide:1||Irrigation:1||KOH activation:1||Land use types:1||Lanthanides:1||Lignin:1||Lignin valorization:1||Lignite:1||Lignocellulosic biomass:1||Magnetic composite:1||Manganese:1||Mechanism:1||Medical waste:1||Medical waste management:1||Mercury mine:1||Metalbiochar:1||Metallic ironcarbon composites:1||Methyl orange:1||Microalgae:1||Microalgal consortia:1||Microalgal cultivation:1||Mineral phase change:1||MnOx/biochar:1||Mobilization:1||Multivariate statistical analysis:1||Nano magnetite:1||Nano sized alumina:1||Nickel:1||Nitrification inhibitors:1||Nitrogen doping:1||Nitrogen transformations:1||Nitrophenol reduction:1||Organic pollutants:1||Organic waste recycling:1||Oxidation:1||Oyster shell:1||Ozone catalyzed oxidation:1||PWA modified CuBTC:1||Paddy environments:1||Paddy field:1||Persulfate activation:1||Persulfate radicals:1||Pharmaceuticals:1||Phosphate:1||Phosphate solubilization:1||Phthalate:1||Phytoremediation:1||Plastic:1||Plastic detection:1||Plastics:1||Pollution:1||PolyNphenylglycine:1||Polyvinyl chloride (PVC):1||Positive matrix factorization model:1||Posttreatment:1||Potentially toxic element:1||Potentially toxic elements:1||Potentially toxic elements (PTEs):1||Precipitation chemistry:1||Rare earth elements:1||Reactive gas:1||Recycle:1||Red seaweed:1||Response surface methods:1||Seasonal water quality:1||Seed germination:1||Serpentine rice soils:1||Soil contamination:1||Soil enzyme:1||Soil fertility:1||Soil geochemistry:1||Soil organic amendments:1||Soil organic matter composition:1||Soil origin:1||Solid catalyst:1||Sorption isotherms:1||Sorption mechanisms:1||Sourceidentification:1||Spatiotemporal analysis:1||Spent alkaline battery:1||Spent coffee ground (SCG):1||Spent coffee grounds:1||Structural equation model:1||Surface modification:1||Sustainable biorefineryValueadded chemicalsWaste valorisation/recyclingGreen solventsSolid base catalystsHydrotalcitelike clay:1||Sustainable management:1||Sustainable remediation:1||Syngas production:1||Synthesis method:1||TBBPA:1||Thermochemical process:1||Thermochemical conversion:1||Thermochemical process:1||Tolerance:1||Total oxidation:1||Total suspended particulates:1||Toxic metal(loid)s:1||Trace metals:1||Upstream processing:1||Vacuumultraviolet light:1||Valorisation:1||Valorization:1||Vigna radiata:1||Volatile organic compound:1||Waste biomass recycling:1||Waste biomass valorization:1||Waste valorization/recycling:1||Wastetoenergy:1||Wastetoresource:1||Wastes valorization:1||Water treatment:1||Yttrium:1||Zinc:1||calcium:1||carbon fractions:1||carbon sequestration:1||enzyme activity:1||humic acid:1||membrane distillation:1||morphophysiological changes:1||organic carbon stability:1||pNitophenol:1||pnitrophenol:1||particlesize fractionation:1||phytohormones:1||plant growth:1||scaling:1||signaling pathways:1||Acid activation:1||soil aggregates:1||Acid treatment:1||Activated carbon:1||Adsorbent recycle:1||Amaranth:1||Aqueous copper adsorption:1||Aromatic derivatives:1||Arsenic leachability:1||As(V):1||As(V) adsorption:1||Azo dye degradation:1||Bacteria:1||Bioavailability:1||Biochar catalyst:1||Biochar pH:1||Biocharbiomass:1||Biodegradable plastics:1||Biodegradation:1||Biodiversity:1||Biofilms:1||Biofuel:1||Biomass:1||Biomass waste:1||Biopolymer:1||Bioreactors:1||Biosurfactant:1||Black carbon:1||Borohydride:1||Bronsted acid:1||CCU:1||CO2 capture:1||COVID19 mask:1||Cadmium:1||Cadmium toxicity:1||Carbohydrates:1||Carbon capture:1||Carbon utilization:1||Catalytic degradation:1||Catalytic pyrolysis:1||Chemical recycling:1||Chlorides/bromides:1||Circular bioeconomy:1||Climatesmart health care:1||Coadsorption:1||

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