ScholarWorks@Korea University: Ok, Yong Sik

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Ok, Yong Sik (옥용식)

College of Life Sciences and Biotechnology

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Tel 02-3290-3044
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Biochar:70||Engineered biochar:42||Soil remediation:28||Charcoal:26||Black carbon:26||Pyrolysis:24||Sustainable waste management:23||Adsorption:19||Bioavailability:14||Biorefinery:14||Circular economy:11||biochar:11||Heavy metals:11||Sewage sludge:11||Green and sustainable remediation:10||Wastetoenergy:10||Water treatment:9||Soil contamination:9||Soil amendment:9||Sustainable development goals:9||Carbon dioxide:9||Environmental sustainability:9||Activated carbon:8||Wastewater treatment:8||Sustainable biorefinery:8||Waste valorization:8||Waste valorization/recycling:7||Emerging contaminants:7||Microplastics:7||Green/sustainable remediation:7||Antibiotics:7||Biomass valorization:7||Arsenic:6||Remediation:6||Toxicity:6||Sustainability:6||Plastic pollution:6||Waste management:6||Clean energy:6||Food waste:6||Dissolved organic matter:6||Designer biochar:6||Sustainable remediation:5||Sorption:5||UN SDGs:5||Trace elements:5||Soil quality:5||EEMPARAFAC:5||Potentially toxic elements:5||Soil pollution:5||Clean water and sanitation:5||Sustainable development:5||Climate change:5||Nanoparticles:5||Environmental remediation:4||Microorganisms:4||heavy metals:4||Soil washing:4||Carbon sequestration:4||CO2 capture:4||XANES:4||Slow pyrolysis:4||Renewable energy:4||Immobilization:4||Catalytic pyrolysis:4||Nanoscale zerovalent iron:4||Microbial activity:4||Drinking water:4||Leaching:4||Biofuels:4||Water pollution:4||Resource recovery:4||Machine learning:4||Levulinic acid:4||Food waste recycling:4||Rice:4||Hydrothermal carbonization:4||Solid catalyst:4||Contaminants:4||Environmental pollution:4||Metals/metalloids:4||pyrolysis:4||Lignocellulosic biomass:4||black carbon:4||Potentially toxic element:4||Adsorption mechanism:3||Catalytic copyrolysis:3||Heavy metal:3||Sorbent:3||plastic pollution:3||Green synthesis:3||Redox potential:3||Bronsted acid:3||sustainable development:3||Pyrolysis temperature:3||Eutrophication:3||Phytoremediation:3||Benzene:3||Soil fertility:3||Biofuel:3||Biodegradable chelant:3||Heavy metal(loid)s:3||Plastics:3||Chitosan:3||Mercury:3||Trace metals:3||Sorption kinetics:3||Hydrochar:3||Soil health:3||Organic pollutants:3||Water and wastewater treatment:3||Waste valorisation:3||Cadmium:3||Biomass:3||Pharmaceuticals:3||microplastics:3||Soil:3||Compost:3||XAFS:3||water treatment:3||Waste management/recycling:3||Groundwater:3||carbon sequestration:3||Stability:3||Microplastic:3||Waste recycling:3||Thermal energy storage:3||Nanomaterials:3||Risk assessment:3||Bioaccessibility:3||Wastewater:3||Elemental mercury:2||Waste:2||Polycyclic aromatic hydrocarbons:2||Vanadium:2||Biowaste:2||Groundwater remediation:2||Soil properties:2||Water quality:2||Pandemic:2||sustainable waste management:2||Nitrogen doping:2||Biomass valorisation:2||Catalysis:2||Technoeconomic analysis:2||SEMEDS:2||Soil clay fractions:2||Wetland soils:2||Thermochemical conversion:2||Bioenergy:2||Silicon:2||Alginate entrapment:2||Carbon nanotubes:2||Biomass conversion:2||Magnetic biochar:2||Food security:2||Alternative fuel:2||Organic contaminant:2||Bioaugmentation:2||Carbon neutrality:2||lowdensity polyethylene:2||Bauxite residue:2||Bentonite:2||Nutrients:2||Chromium:2||Hydraulic fracturing:2||Organic acid:2||Contamination:2||Upcycling:2||Sustainable development goal:2||Biomass waste management:2||Agriculture:2||Carbon nanomaterials:2||Engineered/designer biochar:2||Intercalation:2||Carbon nanotube:2||Hg(II):2||Phase change material:2||Barley straw biochar:2||Surface functionalization:2||Biocharmineral composite:2||Hydroxymethylfurfural (HMF):2||Plant growth:2||Toxic elements:2||TCLP:2||Phosphate:2||Complementary medicines:2||Advanced spectroscopic analysis:2||Carbon neutral:2||Carbonaceous materials:2||Nutrient availability:2||sustainability:2||Arsenic/lead leachability:2||Green chemistry:2||Tea waste:2||resource recovery:2||Functional groups:2||Toluene:2||Ecotoxicity:2||Electron transfer:2||Chemical stabilization:2||Sustainability assessment:2||Arsenic contamination:2||syngas:2||Sequential extraction:2||Toxic metals:2||Carbon:2||Energy recovery:2||Composting:2||COVID19:2||Anaerobic Digestion:2||gasification:2||microplastic:2||Oxidative stress:2||Anaerobic digestion:2||Pig slurry:2||waste management:2||Rice paddy:2||Pollution control:2||Ball milling:2||Green solvents:2||Fly ash:2||Carbonbased materials:2||Biofilm:2||Microbial analysis:2||EDDS:2||PAHs:2||potentially toxic elements:2||Environmental management:2||Syngas production:2||Cow manure biochar:2||Algal biomass:2||Climate:2||Phytomanagement:2||Human health:2||Arsenic speciation:2||Nutrient dynamics:2||Gasification:2||Ecotoxicology:2||Microalgae:2||carbon neutrality:2||soil quality:2||Extinction:2||Carbonaceous adsorbents:2||Biomass recycling:2||Biodiesel:2||Biochar amendment:2||Air pollution:2||Modified biochar:2||Metal/metalloid immobilization:2||Zeolite:2||Bioaccumulation:2||Lewis acid:2||Toxic metal(loid)s:2||Groundwater contamination:2||biosorption:2||Fracturing wastewater treatment:2||Mixture toxicity:2||Food waste valorization:2||Hydroxymethylfurfural:2||Lead immobilization:2||Hydrothermal liquefaction:2||HMF:2||Climate change mitigation:2||Ironbiochar composite:2||soil remediation:2||Biochar remediation:2||Reactive oxygen species:2||Advanced oxidation processes:2||Greenhouse gas:2||engineered biochar:2||Toxic element:2||Industrial waste:2||Hyperaccumulator:2||Artificial intelligence:2||Soil organic carbon:2||Metal catalyst:2||Enzyme activity:2||Retention:2||Inorganic arsenic:2||Electronic waste:2||Biosolids:2||Stabilization/solidification:2||Glucose isomerisation:2||soil pollution:2||Accelerated carbonation:2||Leachate:2||Platform chemicals:2||Pollution:2||Free methioninersulfoxide reductase:1||environmental safety:1||CuO/ZnO:1||MXene:1||Nutrient removal:1||Odondocete:1||Physical and chemical characteristics:1||Micropollutant:1||Leafy vegetables:1||Untargeted metabolomics:1||nanoidentation:1||clean water:1||food security:1||Catalytic gasification:1||Wood biochar:1||Indoor air quality:1||Metal adsorption:1||Binding affinity:1||2DCOS:1||Exergy efficiency:1||XRF:1||Volatile organic compounds:1||Academic freedom:1||Bacterial community:1||Food waste minimization:1||Pilotscale application:1||Reusability:1||Green remediation:1||water quality:1||Chemical sorption:1||Adsorbent:1||Green catalysts:1||Bioretention systems:1||Degraded waterlogged sediments:1||Immobilization/stabilization:1||Toxic metal(loid):1||Gas adsorption:1||Biocharsupported:1||Pollution mitigation:1||Arsenic leachability:1||CCU:1||Waste vaorization/recycling:1||Circular bioeconomy:1||Waste to resources:1||Biobased chemicals:1||Nanomaterial:1||Respiration:1||Phytoliths skeleton:1||Dry water:1||remediation:1||Montmorillonite:1||Composite material:1||EEM spectra:1||Intraparticle diffusion:1||Carcass decomposition:1||In situ stabilization:1||Raman:1||Lead exposure:1||Electron donating capacities:1||Phytotechnology:1||Manure:1||Salt stress:1||Monitoring techniques:1||particlesize fractionation:1||Persistent free radicals:1||Phospholipid fatty acid (PLFA):1||Ultrasound:1||Multidisciplinary assessment:1||Soil groups:1||Organic waste recycling:1||Endosulfan:1||Chemical speciation:1||CO2Looping:1||Irrigation water quality:1||Periclase:1||Surface complexation:1||Catalase:1||Characterization techniques:1||Coreshell quantum dots:1||Halogenated compounds:1||Transmethylation:1||Animal waste:1||Plastic recycling:1||Electrochemical energy storage:1||Tetracycline:1||rice biowastes:1||Molecular compositions:1||Pyrolysis volatile:1||Biochar applications:1||Soil quality assessment:1||Underwater noise:1||Goethite:1||UN sustainable development goals:1||Clean water:1||pharmaceutical adsorption:1||selenium:1||naturebased solution:1||Willow:1||Activation:1||Industrial wastewater:1||Toxicity test of water flea:1||Hazardous waste valorisation:1||Extracellular polymeric substances:1||FexSy nanoparticles:1||Onestep process:1||Sulfonation:1||Microwave plasma gasification:1||Arsenic immobilization:1||Algae:1||Polyvinyl chloride microplastics:1||Hydrolysis:1||Levofloxacin:1||polymeric waste:1||Remediation technologies:1||Ironbiochar:1||microbial transformation:1||metalsupport interaction:1||Net global warming potential:1||Garlic stem biochar:1||circular economy:1||Soil enzyme:1||Ecological risks:1||Biological and thermal conversion:1||Magnetite:1||Cation competition:1||Feed additives:1||Wood waste biochar:1||Nuclear waste treatment:1||Digestion:1||Sustainable wastewater treatment:1||animal feed:1||carbon footprint reduction:1||organic pollutants:1||Data driven modelling:1||Decarbonized power plant:1||Biochar catalyst:1||Electrochemical applications:1||Dual single atom Ni:1||aquatic creatures:1||Supraequilibrium:1||Biochar aromaticity:1||Soil chemistry:1||Sustainable Waste Management:1||Life cycle sustainability assessment:1||risk assessment:1||coffee grounds:1||Preparation:1||persulfate:1||Acute coronary syndrome:1||Zn supplementation:1||ecotoxicity:1||Multiobjective optimization:1||green transport:1||Hydrogen peroxide:1||Montmorillonite clay:1||Felidae:1||Manure storage:1||CO2 sequestration:1||H2 evolution:1||Caffeine:1||Release dynamics:1||Carrier gas:1||Pretreatment method:1||Carbon nanoparticles:1||Predatory conferences:1||Encapsulation mechanism:1||VOC removal:1||Solid base catalysts:1||Dye adsorption:1||Claypolymer composites:1||Contaminant removal:1||Controlling factors:1||Forest:1||gammaValerolactone:1||Paper waste management:1||microorganisms:1||water management:1||Carbon dynamics:1||Photocatalysis:1||VOCs removal:1||Phytoavailability:1||Microbeads:1||Soil microbiome:1||Translocation:1||Extremophytes:1||In situ fibrous bed bioreactor:1||Textile waste:1||Pb:1||Pretreatment:1||NiAlCO3:1||Soil washing effluent:1||Partition coefficient:1||Gas adsorbent:1||biotransformation:1||Cooked rice:1||inorganic contaminants:1||Germination test:1||Lowcarbon contaminant immobilization:1||Bacterial diversity:1||Unconventional energy:1||Wetland ecosystem:1||Biomass waste valorization:1||Carbamazepine:1||Biomass decomposition:1||Metalligand complexation:1||pielectron system:1||Disinfection byproducts:1||Nanoparticle:1||Inorganic fertilizer:1||Chinese cabbage:1||metalorganic frameworks:1||EDTA:1||Biodegradable chelants:1||Sensing:1||slow pyrolysis:1||soil aggregates:1||Organic amendments:1||Dissolved organic carbon:1||Advanced spectroscopic technique:1||Halloysite nanotubes:1||Enzyme activities:1||Toxicity, XANES:1||Electrical conductivity:1||Rheology:1||1,1,2trichloroethane:1||Zebrafish:1||CO2:1||Baish Dam:1||Electron shuttle:1||Surface functionalization/modification:1||Quenching:1||Adsorptiondesorption:1||Desorption:1||Pollution assessment:1||Improvement:1||Fatty acid methyl ester (FAME):1||Carbon black:1||Removal efficiency:1||Ayurvedic medicines:1||Ncontaining compounds:1||Anaerobic digestate utilisation:1||Taguchi method:1||Analysis of variance (ANOVA):1||Rice straw:1||public policy:1||Visible light photocatalytic degradation:1||Biowaste utilization:1||Wheat:1||Copper removal:1||Biological responses:1||Ca2+ bridging:1||Tetramethylpiperidine 1oxyl:1||Contaminant immobilization mechanisms:1||hyperaccumulator:1||carbonation:1||Synergistic effects:1||Fingerprints:1||Soluble microbial products:1||Membrane bioreactors:1||Bioenergy and bioeconomy:1||Soil quality and health:1||Chemical modification:1||Photoaging:1||Hydrogenbonding interaction:1||GHG mitigation:1||resilience:1||rhizosphere processes:1||soil carbon:1||Diclofenac:1||Nutrient cycling:1||supported metal catalysts:1||UNESCO:1||Nutrient recycling:1||Food waste management:1||Soil plastisphere:1||Cr(VI):1||Intensification strategies:1||Biomass management:1||Sustainable construction:1||Arsenic pollution:1||Nutrients recovery:1||Radioactive ions:1||Computationalfluiddynamics:1||Thermalconversion:1||lifecycle analysis of biochar:1||phytoremediation:1||Economic analysis:1||CO 2 capture:1||Co site:1||Effecting factors:1||microbial community:1||in situ microFTIR:1||Phase change materials:1||Lead:1||Bibliometric analysis:1||UN sustainability development goals:1||oil adsorption:1||Lithium extraction:1||graphene:1||SDG 3 good health and wellbeing:1||Reperfusion:1||Mobilization and immobilization:1||Cost reduction:1||Strength:1||Engineered nanoparticles:1||Engineering thermal parameters:1||Porewater:1||Bisphenol A:1||Threatened:1||Dissipation kinetics:1||mesoporous nanoshells:1||Analytical techniques:1||Agricultural systems:1||sustainable:1||Metals bioaccessibility:1||Source apportionment:1||Molecular sieve 4A:1||Cement and concrete composites:1||CO2 utilisation:1||Solidbiochar:1||Metalbiomass interaction:1||Lead accumulation:1||Overseas:1||Metal(loid)s:1||Synthesis and characterization:1||Trophic:1||Graphene:1||Biofouling:1||Arsenic methylation:1||Calcium carbonate:1||Carbon dioxide (CO2):1||Microwave vacuum pyrolysis:1||Submerged plant:1||Planetary health:1||Succinic acid:1||Green solvent:1||Clay minerals:1||Binding site:1||Structure characteristics:1||Antibiotic production wastewater:1||Antibacterial potency:1||Rice cultivation:1||Soil nutrients availability:1||Groundwater resource:1||Health risks:1||Arsenic mitigation:1||Composite:1||Biophase change material:1||Crop yield:1||Gasification biochar:1||Toxicity assessment:1||Mineralcarbon composites:1||Carbon dots:1||Modified carbon nanotubes:1||Carbohydraterich biomass:1||Magnesium oxide (MgO):1||catalysts:1||FTIR:1||Leadbased paint:1||Metal complexation:1||Nanocatalyst:1||Advanced functional materials:1||Wood:1||advanced materials:1||green chemistry:1||Metal extraction:1||crop productivity:1||Refractory organic contaminants:1||Water purification membranes:1||Solution casting method:1||Redox chemistry:1||Biosolids land application:1||Soil aggregation:1||Phthalate acid esters:1||Particle size:1||Horse manure:1||Sea level rise:1||Desalination:1||Arsenic toxicity:1||Ferrate:1||Oxidant:1||Water remediation:1||phytotoxicity:1||Synthesis:1||Detection:1||Environmental pollutants:1||Soil biochemical properties:1||Composition:1||Slowrelease fertilizer:1||Levulinic acid (LA):1||Contaminants of emerging concern (CECs):1||characterization:1||Valueadded:1||Biogas upgrading:1||Adsorption isotherms:1||Intraparticle diffusion model:1||Engineered hierarchical porous carbon:1||green remediation:1||wood biomass:1||Pharmaceuticals and personal care products:1||Layered double hydroxides:1||Degraded soil:1||Intercalated sorption:1||Arsenic fractionation:1||Composite materials:1||Oxidative reaction:1||Chelant:1||Carbon capture and storage:1||Crop biomass:1||Nitrous oxide emissions:1||Zerovalent iron (ZVI):1||Wastetowealth strategy:1||Microwaveassisted heating:1||Torrefaction:1||Lignocelluloses:1||XPS:1||Biochar feedstock:1||Poly and perfluoroalkyl substances:1||Wastetoresource:1||Dielsalder reactions:1||Environmental protection:1||Biofilm reactor:1||Sourceseparated urine:1||Plastic mulch:1||Reductionoxidation:1||Microand nanoplastics (MNPs):1||Assimilation efficiency:1||Lipid production:1||Microbial biodiesel:1||Magnesium oxysulfate cement:1||Food loss and waste:1||climate change:1||Microwave absorption:1||Anaerobicfermentation:1||Machinelearning:1||Processmodeling:1||PSA/VSA assessment:1||Thermophilicanaerobicdigestion:1||biochar for carbon storage and capturing greenhouse gases:1||construction:1||Bifunctional catalyst:1||Biodiversity:1||Pig manure:1||Actinobacteria:1||Editor:1||municipal plastic waste:1||ESG:1||SDG15 Life on Land:1||Ryegrass:1||contaminant carriers:1||Renewable and sustainable energy:1||Catalytic conversion:1||Natural aging:1||Modification:1||microorganism:1||Hydrogen society:1||Resources circulation:1||Retired power batteries:1||degradation:1||photocatalyst:1||greenhouse gas:1||Medical device packaging waste:1||Domestic sewage sludge:1||Removal methods:1||Hydrogen economy:1||zero carbon emission:1||nanotoxicity:1||transformation pathways:1||Silica transporter:1||Safe management:1||carbon:1||coreshell nanostructures:1||Photocatalyst:1||Nonprecious metal catalyst:1||Polyvinyl chloride microplastic:1||Aging process:1||Production technologies:1||Modification methods:1||biocomposite:1||green and sustainable remediation:1||mesoporous silica nanoparticles:1||Lignocellulosic biofuel systems:1||Knowledge exchange:1||H/C ratio:1||Waste valorization and sustainability:1||oxidative stress:1||Adsorption of VOCs:1||Air pollution control:1||drinking water:1||Ball mill:1||Regeneration:1||Isotherms:1||Soil organic matter:1||Feedstock:1||Lead dissolution/mobility:1||XANES spectroscopy:1||Ncontaining functional groups:1||Electrostatic interaction:1||Steric hindrance:1||Advanced adsorbents:1||Lignite:1||Oil:1||Indicator species:1||Phosphates:1||Synchrotron radiation:1||Adsorption and desorption:1||Bone char:1||DPSIR:1||biomaterial:1||CO2 pyrolysis:1||Community structure:1||Ecofriendly:1||Chromium(VI):1||STXM:1||Sediment stabilisation:1||Colloidal materials:1||hydrogel:1||Tea and coffee leaves:1||biorefinery:1||Hydrogenolysis:1||Wetland plants:1||Sewage sludge ash:1||Biotoxicity assessment:1||Upland field:1||Feedstock type:1||Phosphorus sorption:1||Slow release materials:1||Metalorganic frameworks:1||Surface functional groups:1||Cobalt:1||organic carbon stability:1||Metal contamination:1||Spherical biochar:1||Polymers:1||Starfish:1||Date palm waste:1||Accelerated ageing:1||Potentially Toxic elements:1||Phenanthrene:1||Catalytic reduction:1||Gaseous emission:1||polyphenol oxidase:1||Soil carbon sequestration:1||Sesquioxides:1||Numerical index:1||Soil alteration:1||Acidcatalyzed conversion:1||Deltaic soils:1||Seed germination:1||Syngas:1||Shooting range soil:1||Polyvinyl chloride:1||Fatty acid methyl esters (FAMEs):1||Mineral nutrition:1||Sustainable construction materials:1||monitoring:1||Carbonbased adsorbents:1||Soil health indicator:1||Biofuel and bioenergy:1||Lignin:1||electrode material:1||sustainable remediation:1||Nutrient recovery:1||Acidic substrates:1||Aerobic composting:1||Biochar production:1||Environmental impacts:1||Sulfate radicals:1||Redox conditions:1||Febased biochar:1||Redox properties:1||Paper mill sludge:1||Microwave gasification:1||Redox reaction:1||Human corpses:1||waterenergywaste nexus:1||Bioeconomy:1||Organic waste:1||contaminant bioavailability and toxicity:1||Textile and plastic waste:1||Growth Support Particles:1||cyclic performance:1||Nanoplastic:1||Trophic transfer:1||machine learning models:1||Zn phytoextraction:1||Metabolic engineering:1||Perennial crop:1||Biocharcement composite:1||supply chain:1||household waste:1||Multifunctional values of biochar:1||biocharderived catalysts:1||soil health:1||climate change mitigation:1||plant growthpromoting bacteria:1||Catalytic H 2 generation:1||plastic mulch:1||Invasive plant:1||gaseous water molecule:1||Phytostabilization:1||Solar PV:1||Wind Energy:1||environmentalsustainability:1||alternative fuel source:1||Waste battery recycling:1||βcyclodextrin:1||Methionine sulfoxide:1||NTA:1||Thermochemical treatment:1||Watersoluble organic compounds:1||Mortar:1||Interfacial charge separation:1||Highthroughput sequencing:1||NixMg4xS4:1||macro:1||Functional group:1||Dechlorination:1||Stimulant drug:1||Human health risk:1||Plasma:1||Hybrid treatment:1||nanomaterials:1||surface modification:1||Humic substances:1||Microwave:1||Steam activation:1||Methanogenic pathways:1||Hydrotalcitelike clay:1||Mechanical grinding:1||Polyethyleneimine:1||Minerals:1||Amazon:1||Policy:1||CO2 efflux:1||Carbondoped gC3N4:1||Legislation:1||Distribution coefficient:1||Synthetic gas:1||Ecofriendly construction materials:1||Cadmium removal:1||Resistome:1||Yarrowia lipolytica:1||Forward osmosis:1||Metallic ironcarbon composites:1||Nanosheets:1||Zinc immobilization:1||Sorption sites:1||Carbon storage:1||CO2 adsorption:1||Arseniccontaminated water:1||Redox processes:1||Agroenvironmental management:1||PLFA:1||Natural red earth:1||Biocomposites:1||Ethylbenzene:1||Microbial community composition:1||Highland agricultural soil:1||PARAFAC:1||GIS:1||antibiotics:1||Competitive sorption:1||Filtration materials:1||Acid hydrolysis:1||Sorptiondesorption:1||Blood lead level:1||Char:1||smart materials:1||Chemicalenhanced washing:1||Leachability:1||H2S:1||organic carbon:1||Thermal treatment:1||Diffusive gradient in thin films:1||Pine sawdust waste:1||Dissolution:1||Mixed pollution:1||Polymer composites:1||Green waste reuse:1||Carbon tetrachloride:1||Metal/metalloid removal:1||Nitrification inhibitors:1||Water filtration:1||Cellulose:1||Peat:1||Functionalized fluorescent nanomaterials:1||Soil quality indictors:1||Sediment contamination:1||Life cycle assessment:1||PPCPs:1||Fatty acid methyl esters:1||Aggregation:1||Polycyclic aromatic hydrocarbons (PAHs):1||valorization:1||Response surface methodology (RSM):1||Paper mill sludge biochar:1||reporting plastic waste:1||Soil erosion:1||Biochar stability:1||Vanillin aldehyde:1||clean water and sanitation:1||mineral deposits:1||sustainable development goals:1||Beneficial applications:1||Liquid adsorption:1||Benzene degradation:1||Copper:1||Synthesis gas or syngas:1||Iron transformation:1||Carcass burial:1||priming effect:1||recycling:1||Biogas:1||soil and the sustainable development goals:1||Lowcarbon biorefinery:1||Denitrification:1||Greenhouse gas intensity:1||Thermal conductivity:1||redox cycle:1||Efflux:1||Conventional pyrolysis:1||Carbonnegative materials:1||Fertilizer:1||Sustainableenergy:1||Biochar adsorbent:1||remediation of contaminated soil:1||Arsenic(V):1||Phytoextraction:1||carbon capture and utilization:1||Cooperative adsorption:1||Synergistic effect:1||Hydrogen:1||H 2 utilization:1||Microplastic distribution:1||Microplastic heterogeneity:1||photoaging:1||Daniel CW Tsang:1||biooil:1||Ecological risk:1||Bacteria phylum:1||inverse design:1||UN SDG 13:1||Organic wastes:1||sustainable development goal 5 clean water and sanitation:1||Geneticallyencoded fluorescent sensor:1||Zn biofortification:1||Alfalfa:1||Phytoextraction biomass management:1||Agriculture and horticulture:1||Fourier transform ion cyclotron resonance mass spectrometry (FTICR MS):1||Selective removal:1||Synchrotron analysis:1||Mammals:1||polydopamine:1||Affordable and clean energy:1||Graphene oxide:1||bamboo:1||Cesium:1||Strontium:1||Waste recycling/valorization:1||metal shielding:1||Waste cooking oil:1||Metal contaminated soil:1||Exergetic sustainability:1||Chinese medicinal herb residue:1||redox signaling:1||redox homeostasis:1||Lead removal:1||Waste valorisation/recycling:1||Facile synthesis:1||Natural organic matter:1||Carbon foot print:1||soil amendments:1||Nanocomposite:1||Adsorption isotherm:1||Density functional theory:1||Brown algae:1||Latent heat storage insulation:1||Thermocatalytic depolymerization:1||Toxicityvector:1||Metal sorption:1||Carbonates:1||Isotherm:1||Solid superacids:1||Catalytic hydrolysis:1||Phosphate release:1||Exfoliation:1||Wheat plant residue:1||Polycyclic aromatic hydrocarbon:1||Policy development:1||Groundwater depletion:1||Biopolymer:1||Bioplastic:1||Wetlands:1||wastewater:1||Methyl mercury:1||Clay composites:1||Retrograde isotherm:1||Xylene:1||Microbial carbon decomposition:1||Mineralbiochar composites:1||Metal leaching:1||Carbonbased nanocomposite:1||Photocatalytic degradation:1||Sediments:1||Heart defects:1||Agroecosystem:1||pyrolysis/gasification:1||Citric acid:1||Aromatic derivatives:1||Glucose isomerization:1||Phenolic groups:1||Fructose dehydration:1||Polysaccharide hydrolysis:1||Land reclamation:1||composite materials:1||Sludge:1||Pollutant detection:1||Nitrophenol reduction:1||carbon fractions:1||Pollution control mechanism:1||Biosorption:1||Material science:1||Aging effect:1||Negative impacts:1||PBET:1||Environmental applications:1||Physicochemical properties:1||2,4D:1||Physical activation:1||Graphite regions:1||Surface sediments:1||Soil microorganisms:1||Personal care products:1||Biooil modification:1||Pseudocatalytic transesterification:1||Rice grains:1||Chelating agents:1||Risk:1||Aromatic hydrocarbons:1||Phenol:1||functional groups:1||Environmental contamination:1||Phosphate adsorption:1||Watersoluble organic matter:1||Health risk:1||Oxidation and reduction:1||Cancer risk:1||photosynthesis:1||green and sustainable energy:1||acid leaching:1||biological waste:1||Aging:1||Abiotic oxidation:1||Farmland soils:1||Sustainable waste treatment:1||Mathematical modeling:1||Hexavalent chromium:1||Hazardous metal(loid):1||Paddy soil contamination:1||Copyrolysis:1||Selectivity:1||Engineering biochar:1||Coprecipitation:1||Bioethanol:1||Hydrocarbons:1||Surface coating:1||hydrogen society:1||Biochar soil amendment:1||Nitrification:1||Selective adsorption:1||Ecotoxicological effects:1||Pharmacokinetics:1||Food chain:1||Waste to energy and 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