Environmental Technology and Sustainability: Physical, Chemical and Biological Technologies for Environmental Protection (Hardcover)

PART I: MATERIALS AND MODERN PROCESSES FOR ENVIRONMENTAL REMEDIATION 1. A Study on Thermal Behavior of the Polymer Composites Based of Polystyrene for Environmental Protection 2. Spiropyran Doped Liquid Crystal Film for the Monitoring of Human Ecology Upon Exposure to UV Radiation: An Environmentally Friendly Approach 3. High-Performance Polymer Composites on the Basis of the Residual Polyethylene and Modified Minerals for Ecological Protection of the Environment 4. Removal of Some Frequently Used Antibiotics from Wastewater Using the Natural Zeolite Adsorption Method Combined with Analytical HPLC Procedures: Pollutant Removal from Wastewater 5. Investigation of the Impact of Epoxy Compounds Based on Environmentally Friendly and Renewable Raw Materials in Bitumen Modification Processes 6. Assessment of the Durability of Geopolymer Materials Based on Thermally Modified Polymineral Clay Rocks 7. Synthesis Process Research Urea-Formaldehyde Linear Oligomers When Carrying Out Polycondensation in a Solution to Obtain a Biodegradable Nitrogen Fertilizers 8. Calculation of the Stability Constant of Copper Fulvate, Using an Average Molecular Weight of Active Associate of Fulvic Acids at Ph=8 with Particular Application for Evaluation of the Ecological Condition of Water Reservoirs 9. Newfangled Dimension of Scientists’ Responsibility: Solutions in the Context of Sustainable Development and Evolution of Chemical Processes for Clean Environmental Management 10. Synthesis and Quantum?Chemical Investigation of Some New Types of 1, 2- Trans-Glycosides 11. Preparation and Properties of Paper Containing Bactericidal Zeolite Adsorbents 12. Investigation of Complex Formation Process of Lead (II) With Fulvic Acids at Ph=7: An Ecosystem Approach PART II: CASE STUDIES AND ANALYSIS 13. Conditioned Feasibility of Application of Georgian Natural Zeolite: Laumontite for Sustainable Development of Agriculture 14. Physical and Chemical Characteristics of Pumice from Some Regions of Georgia and the Prospects for Its Use in Lightweight Concrete with Environmental Advantages PART III: ADVANCED FUNCTIONAL MATERIALS 15. Smart Nanomaterials for Sustainable Green Energy Applications: Environmental Technology and Sustainability 16. Green Technologies and Sustainable Energy Materials 17. Removel of Heavy Metal Ions and Magnetic Materials from Water