TY  - GEN
AU  - Hidalgo,Asuncion Maria
AU  - Murcia,Maria Dolores
AU  - Hidalgo,Asuncion Maria
AU  - Murcia,Maria Dolores
TI  - Membranes for Water and Wastewater Treatment
SN  - books978-3-0365-1988-3
PY  - 2021///
CY  - Basel, Switzerland
PB  - MDPI - Multidisciplinary Digital Publishing Institute
KW  - Technology: general issues
KW  - bicssc
KW  - aquaporin
KW  - forward osmosis (FO)
KW  - membrane
KW  - scaling
KW  - calcium
KW  - post-treatment
KW  - nanofiltration
KW  - calcium-carboxyl intra-bridging
KW  - water purification
KW  - desalination
KW  - ultrafiltration
KW  - membrane fouling
KW  - fouling model
KW  - surface water
KW  - coagulation
KW  - backwash
KW  - polyamide membrane
KW  - carbon nitride
KW  - seawater desalination
KW  - mixed matrix membranes
KW  - thin film composite
KW  - diffusion dialysis
KW  - anion exchange membrane
KW  - acid recovery
KW  - paper mill treated effluent
KW  - optimization
KW  - fouling
KW  - DoE
KW  - Taguchi method
KW  - fouling development model
KW  - filtration law
KW  - pore blocking
KW  - multiple linear regression
KW  - statistical test
KW  - WWTP
KW  - renovation and upgrading
KW  - ultrafiltration membrane
KW  - net present value
KW  - biofouling
KW  - polyethersulfone
KW  - chlorine
KW  - membrane modification
KW  - low-fouling surface
KW  - anaerobic membrane bioreactor
KW  - temperature
KW  - membrane fouling behavior
KW  - sludge flocs characteristics
KW  - soluble microbial product
KW  - extracellular polymeric substance
KW  - DSPM model
KW  - heavy metals
KW  - total volume membrane charge density
KW  - ceramic membrane
KW  - membrane surface modification
KW  - antifouling
KW  - hydrophilicity
KW  - mussel-inspired
KW  - protein
KW  - sulfonic cation-exchange membrane
KW  - hydration number
KW  - pulsed field gradient NMR
KW  - diffusion coefficient
KW  - ionic conductivity
KW  - membrane module modeling
KW  - calcium sulfate precipitation risk
KW  - ionic rejection coefficients
KW  - quorum sensing
KW  - acyl homoserine lactone
KW  - olive mill wastewater
KW  - membrane separation process
KW  - microfiltration
KW  - reverse osmosis
KW  - water recovery
KW  - chitosan
KW  - water content
KW  - water permeability
KW  - alkali treatment
KW  - characterization
KW  - dyes
KW  - molecular structure
KW  - physico-chemical properties
KW  - filter water bag
KW  - Dioscorea hispida
KW  - starch
KW  - forward osmosis membrane
KW  - glutaraldehyde
KW  - emergency
KW  - cobalt(II)
KW  - supported liquid membranes
KW  - ultrasound
KW  - D2EHPA
KW  - counter-transport
KW  - transport parameters
KW  - modeling
KW  - thiocyanate
KW  - wastewater treatment
KW  - process design
KW  - antibiotics
KW  - antibiotic resistance genes
KW  - viral genomes
KW  - wastewater effluents
KW  - occurrence
KW  - pilot-scale treatment
KW  - selective separation
KW  - ion-exchange resin
KW  - wafer-enhanced electrodeionization
KW  - n/a
N1  - Open Access
N2  - Water is a vital element for life and the environment. Water pollution has been documented as a contributor to a wide range of health problems. In recent years, the water quality levels have suffered great deterioration because of rapid social and economic development and because it is used to “dump” a wide range of pollutants.This book entitled “Membranes for Water and Wastewater Treatment” contains featured research papers dealing with recent developments and advances in all aspects related to membranes for water and wastewater treatment: membrane processes, combined processes (including one membrane step), modified membranes, new materials, and the possibility to reduce fouling and to improve the efficiency of enhanced processes. The papers compiled in this Special Issue can be read as a response to the current needs and challenges in membrane development for water and wastewater treatment.Half of the research articles correspond to concrete and practical applications of the use of membrane processes in different fields of the industry, with the aim of treating and conditioning water and wastewater. The studies reveal the treatment of industrial streams, mining, recycled paper industry, olive mill, urban wastewater, etc. Another important percentage of studies are related to membrane modification processes, with the aim of obtaining new materials with better performance in the separation processes, thus describing the use of membranes modified with chitosan, nanoparticles, and other organic compounds. This field also includes studies related to fouling and its modeling
UR  - https://mdpi.com/books/pdfview/book/4354
UR  - https://directory.doabooks.org/handle/20.500.12854/76884
ER  -