Gas, Water and Solid Waste Treatment Technology 

<br/><br/><br/>English[eng] 
<br/><br/><label>ISBN: </label>9783040000000 
<br/><br/><label>Subjects--Topical Terms: </label><br/>adsorption||chromium||competition||fluoride||soil and water pollution||municipal solid waste management||life cycle assessment||life cycle impacts||life cycle stages||eutrophication||global warming||human health||acidification||Harare||Zimbabwe||iron tailings||ammonium sulfate roasting process||reaction mechanism||kinetics||carbon footprint||CiteSpace||a visual analysis||metronidazole||porous carbon||surface modification||wastewater treatment||membrane fouling||molecular composition of foulant||transparent exopolymer particles (TEP)||fouling propensities||waste incineration||cyclone flue||gas-solid separation||numerical simulation||polysaccharides||microfiltration process||calcium ion||copper adsorption||magnetized pine needle biochar||isotherms||FTIR and XRD studies||VLE||CO2 capture||amine||DEA-12-PD||12-HEPP||porosity properties||adsorption capacity||carbon dioxide storage||melamine Schiff bases||surface area||energy||antimony||mineral processing||potentially toxic elements||pollution characteristics||solid waste||cleaner production||electronic waste||recycling||waste printed circuit boards||waste EAF slag||magnesium silicate hydrate||radioactive waste||stabilization/solidification||strontium||leaching||membrane technologies||biofouling||composite membranes||polymer blending||wastewater treatment plants||environmental costs||PID control||dynamic assessment of performance||heavy metals||hybrid materials||functionalized||Schiff base||lead||Langmuir and Freundlich||carbon capture and storage (CCS)||offshore gas field||techno-economic analysis||calcium oxide nanoparticles||calcination||blended cement paste||mix design||compressive strength||bulk density||transition metal dichalcogenides||liquid exfoliation||quenching||waste collection route planning||traveling salesman problem||genetic algorithms||steelmaking||bentonite||solid waste management||sustainable materials||biomass||characterization||lignocellulosic||bioenergy||water treatment||nanomaterials||functionalization||lime||mineral nitrogen||soil pH||organic carbon||microbial biomass||N2O||batch pyrolysis||business model||South Africa||waste tyres||circular economy||environmental sustainability||mollusk shell||porous concrete||construction||algal biomass||gasification||activation energy distribution||household solid waste||metal recovery value||socio-economic benefits||waste composition of Karachi-Pakistan||waste management||waste recycling||ash-free coal||CO2 gasification||coal structure||tri-high coal||nanoparticles||ZnO||equilibrium||kinetic||thermodynamic||phosphate||aqueous solution||sustainable synthetic slag production||energy recovery||metal spheres||fixed bed regenerator||waste and energy nexus||antibiotics||competitive sorption||retention/release||sorbents||surface-flow constructed wetland||nitrogen load||nitrate||ammonium||organic nitrogen||hydraulic load||hydraulic residence time||temperature||denitrification||biological uptake||n/a