research article
Industrial wastewater pre-treatment for heavy metal reduction by employing a sorbent-assisted ultrafiltration system
Abstract
Abstract is not available.- Adsorption
- Heavy metal removal
- Mineral
- Precipitation
- Ultrafiltration
- Wastewater
- Environmental Sciences
- Chemical precipitation
- Copper concentration
- Industrial wastewaters
- Low level
- Metal adsorption
- Metal reduction
- Metal removal
- Metal removal process
- Metal species
- Nickel adsorption
- Pre-Treatment
- UF membranes
- Astatine
- Bentonite
- Clay minerals
- Copper
- Industrial water treatment
- Lead
- Lead compounds
- Metal ions
- Metals
- Minerals
- Precipitation (chemical)
- Silicate minerals
- Wastewater treatment
- Water filtration
- Zinc
- Zinc compounds
- Chemicals removal (water treatment)
- bentonite
- copper
- heavy metal
- hydroxide
- lead
- nickel
- vermiculite
- zeolite
- zinc
- adsorption
- industrial waste
- precipitation (chemistry)
- reduction
- sorption
- ultrafiltration
- wastewater
- aqueous solution
- article
- complex formation
- pH
- precipitation
- sewage treatment
- waste water management
- Aluminum Silicates
- Chemical Precipitation
- Industrial Waste
- Metals, Heavy
- Nickel
- Nitrogen
- Waste Disposal, Fluid
- Water Pollutants, Chemical
- Zeolites
- Adsorption
- Heavy metal removal
- Mineral
- Precipitation
- Ultrafiltration
- Wastewater
- Environmental Sciences
- Chemical precipitation
- Copper concentration
- Heavy metal removal
- Industrial wastewaters
- Low level
- Metal adsorption
- Metal reduction
- Metal removal
- Metal removal process
- Metal species
- Nickel adsorption
- Pre-Treatment
- Precipitation
- UF membranes
- Adsorption
- Astatine
- Bentonite
- Clay minerals
- Copper
- Industrial water treatment
- Lead
- Lead compounds
- Metal ions
- Metals
- Minerals
- Precipitation (chemical)
- Silicate minerals
- Ultrafiltration
- Wastewater
- Wastewater treatment
- Water filtration
- Zinc
- Zinc compounds
- Chemicals removal (water treatment)
- bentonite
- copper
- heavy metal
- hydroxide
- lead
- nickel
- vermiculite
- zeolite
- zinc
- adsorption
- bentonite
- heavy metal
- hydroxide
- industrial waste
- precipitation (chemistry)
- reduction
- sorption
- ultrafiltration
- vermiculite
- wastewater
- zeolite
- adsorption
- aqueous solution
- article
- complex formation
- industrial waste
- pH
- precipitation
- sewage treatment
- ultrafiltration
- waste water management
- Adsorption
- Aluminum Silicates
- Bentonite
- Chemical Precipitation
- Copper
- Industrial Waste
- Lead
- Metals, Heavy
- Nickel
- Nitrogen
- Ultrafiltration
- Waste Disposal, Fluid
- Water Pollutants, Chemical
- Zeolites
- Zinc
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Last time updated on 03/06/2016
This paper was published in DSpace@NTUA (National Technical Univ. of Athens).
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