Water-Stable Metal-Organic Frameworks (WSMOFs) presents water-stable metal-organic frameworks for mitigating environmental pollutants, i.e. sensing and degradation/removal applications to protect the ecological system, both environmental and aquatic life, from various types of toxic pollutants released from industries. The pressing challenge of extracting common pollutants, including heavy metal ions, anions, oil, and radionuclides from water sources is a critical issue due to the widespread problem of environmental contamination. Various approaches have been explored for this purpose, such as sorbents, chemical precipitation, and traditional membrane separation. However, these methods often suffer from inadequate selectivity and low pollutant uptake.
Developing water-stable MOFs is the key to advancing effective water purification techniques, but the primary challenge lies in crafting MOF structures that can maintain their stability when exposed to water.
Part 1: BASICS and FUNDAMENTALS
1. Water-stable MOFs-based Materials: Fundamental, Properties and Applications
2. Water-stable MOFs-based Materials: Synthesis, Design, and Characterization
3. Theoretical Modeling to Design Water-stable MOFs-based Materials
4. Stability (thermodynamics) of Water-stable MOFs-based Materials
5. Selection Criteria of Water-stable MOFs-based Materials for Environmental and Sensing Applications
Part 2: Water-stable MOFs-based Materials for Environmental Remediation
6. Water-stable MOFs-based Materials for Remediation of Water Soluble Gases
7. Water-stable MOFs-based Materials for Removal of Toxic Heavy Metals
8. Water-stable MOFs-based Materials for Sequestration of Radionuclides and Toxic Ions
9. Water-stable MOFs-based Materials for Removal of Pharmaceutical-based Pollutants
10. Water-stable MOFs-based Materials for Removal of Organic Dyes
11. Water-stable MOFs-based Materials for Sorption Degradation of Personal Care Products
12. Water-stable MOFs-based Materials for Degradation of Pesticides
Part 3: Water-stable MOFs-based Materials for Sensing Applications
13. Water-stable MOFs-based Materials as Electrochemical Sensors
14. Water-stable MOFs-based Materials as Optical Sensors
15. Water-stable MOFs-based Materials as Biosensors
16. Water-stable MOFs-based Materials as Analytical/Biosensing Applications
17. Water-stable MOFs-based Materials for Strain Sensors
18. Water-stable MOFs-based Materials for Other Sensing Applications
19. Cost analysis for scaling up the MOFs-based Materials for industrial applications
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