Separation of Boron from Geothermal Waters with Membrane System

This study presents the separation and recovery of boron from geothermal waters with a polymeric membrane system and suggests a transport mechanism. The optimum relative parameters of the transport were examined. The recovery value of boron was 60.46% by using polymeric membrane system from prepared...

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Published inMembranes (Basel) Vol. 11; no. 4; p. 291
Main Authors Seval, Kadir, Onac, Canan, Kaya, Ahmet, Akdogan, Abdullah
Format Journal Article
LanguageEnglish
Published Switzerland MDPI AG 16.04.2021
MDPI
Subjects
Agricultural production
Boron
Cations
Diffusion coefficient
Diffusion rate
Drinking water
Efficiency
Environmental protection
Freshwater resources
geothermal water
Irrigation
Mathematical analysis
Mechanical properties
Membranes
Metal ions
Parameters
Permeability
Permeability coefficient
Physical properties
Pollutants
polymeric membrane system
Polymers
Recovery
Scientific imaging
Selectivity
Separation
transport mechanism
Transport processes
United States > US
Germany
transport mechanism
separation
boron
geothermal water
polymeric membrane system
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Abstract This study presents the separation and recovery of boron from geothermal waters with a polymeric membrane system and suggests a transport mechanism. The optimum relative parameters of the transport were examined. The recovery value of boron was 60.46% by using polymeric membrane system from prepared aquatic solution to the acceptor phase. The membrane's capacity and selectivity of the transport process were examined. Kinetics values were calculated for each transport parameter. The optimum kinetic values were 1.4785 × 10 (s ), 7.3273 × 10 (m/s), 13.5691 × 10 (mol/m .s), 5.8174 × 10 (m /s) for constant rate, permeability coefficient, flux, and diffusion coefficient, respectively. Boron was transported selectively and successfully from geothermal waters in the presence of other metal cations with 59.85% recovery value. This study indicates the application of real samples in polymeric membrane systems, which are very practical, economic, and easy to use for large-scale applications. The chemical and physical properties of polymer inclusion membranes (PIMs) offer the opportunity to be specially designed for specific applications.
AbstractList This study presents the separation and recovery of boron from geothermal waters with a polymeric membrane system and suggests a transport mechanism. The optimum relative parameters of the transport were examined. The recovery value of boron was 60.46% by using polymeric membrane system from prepared aquatic solution to the acceptor phase. The membrane’s capacity and selectivity of the transport process were examined. Kinetics values were calculated for each transport parameter. The optimum kinetic values were 1.4785 × 10−6 (s−1), 7.3273 × 10−8 (m/s), 13.5691 × 10−8 (mol/m2.s), 5.8174 × 10−12 (m2/s) for constant rate, permeability coefficient, flux, and diffusion coefficient, respectively. Boron was transported selectively and successfully from geothermal waters in the presence of other metal cations with 59.85% recovery value. This study indicates the application of real samples in polymeric membrane systems, which are very practical, economic, and easy to use for large-scale applications. The chemical and physical properties of polymer inclusion membranes (PIMs) offer the opportunity to be specially designed for specific applications.
This study presents the separation and recovery of boron from geothermal waters with a polymeric membrane system and suggests a transport mechanism. The optimum relative parameters of the transport were examined. The recovery value of boron was 60.46% by using polymeric membrane system from prepared aquatic solution to the acceptor phase. The membrane’s capacity and selectivity of the transport process were examined. Kinetics values were calculated for each transport parameter. The optimum kinetic values were 1.4785 × 10 −6 (s −1 ), 7.3273 × 10 −8 (m/s), 13.5691 × 10 −8 (mol/m 2 .s), 5.8174 × 10 −12 (m 2 /s) for constant rate, permeability coefficient, flux, and diffusion coefficient, respectively. Boron was transported selectively and successfully from geothermal waters in the presence of other metal cations with 59.85% recovery value. This study indicates the application of real samples in polymeric membrane systems, which are very practical, economic, and easy to use for large-scale applications. The chemical and physical properties of polymer inclusion membranes (PIMs) offer the opportunity to be specially designed for specific applications.
This study presents the separation and recovery of boron from geothermal waters with a polymeric membrane system and suggests a transport mechanism. The optimum relative parameters of the transport were examined. The recovery value of boron was 60.46% by using polymeric membrane system from prepared aquatic solution to the acceptor phase. The membrane's capacity and selectivity of the transport process were examined. Kinetics values were calculated for each transport parameter. The optimum kinetic values were 1.4785 × 10 (s ), 7.3273 × 10 (m/s), 13.5691 × 10 (mol/m .s), 5.8174 × 10 (m /s) for constant rate, permeability coefficient, flux, and diffusion coefficient, respectively. Boron was transported selectively and successfully from geothermal waters in the presence of other metal cations with 59.85% recovery value. This study indicates the application of real samples in polymeric membrane systems, which are very practical, economic, and easy to use for large-scale applications. The chemical and physical properties of polymer inclusion membranes (PIMs) offer the opportunity to be specially designed for specific applications.
Author Seval, Kadir
Kaya, Ahmet
Akdogan, Abdullah
Onac, Canan
AuthorAffiliation 2 Department of Chemistry, Pamukkale University, Denizli 20070, Turkey; ahmetk@pau.edu.tr
3 Advanced Technology Application and Research Center, Pamukkale University, Denizli 20070, Turkey
1 Department of Chemical Engineering, Pamukkale University, Denizli 20070, Turkey; kadirseval@gmail.com (K.S.); akdogan@pau.edu.tr (A.A.)
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BackLink https://www.ncbi.nlm.nih.gov/pubmed/33923832$$D View this record in MEDLINE/PubMed
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CitedBy_id crossref_primary_10_3390_membranes11110831
crossref_primary_10_3390_molecules29010059
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Issue 4
Keywords transport mechanism
separation
boron
geothermal water
polymeric membrane system
Language English
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Snippet This study presents the separation and recovery of boron from geothermal waters with a polymeric membrane system and suggests a transport mechanism. The...
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StartPage 291
SubjectTerms Agricultural production
Boron
Cations
Diffusion coefficient
Diffusion rate
Drinking water
Efficiency
Environmental protection
Freshwater resources
geothermal water
Irrigation
Mathematical analysis
Mechanical properties
Membranes
Metal ions
Parameters
Permeability
Permeability coefficient
Physical properties
Pollutants
polymeric membrane system
Polymers
Recovery
Scientific imaging
Selectivity
Separation
transport mechanism
Transport processes
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Title Separation of Boron from Geothermal Waters with Membrane System
URI https://www.ncbi.nlm.nih.gov/pubmed/33923832
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Volume 11
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