1Preface
17310. Detailed Overview of Stereochemistry
21. Introduction to Green Chemistry
17410.1. Introduction
31.1. Introduction
17510.2. Various Definitions
41.2. More about Green Chemistry
17610.3. Uses of Stereochemistry
51.3. The Twelve Principles
17710.4. History of Stereochemistry
61.3.1 Atom Economy
17810.5. Significance of Stereochemistry: 10.5.1 Thalidomide Example
71.3.2 Synthesis
17910.6. Describing a molecules’ stereochemistry
81.3.3 Molecular Design
18010.7. Types of Stereoisomerism
91.3.4 Solvents
18110.8. Atropisomers: 10.8.1 Scope of Atropisomer
101.3.5 Energy
18210.9. Stereochemistry and its role in drug design
111.3.6 Renewable Materials
18310.10. Chirality and Antimicrobial agent
121.3.7 Derivatives
18410.11. Important terms
131.3.8 Catalysis
18511. Detailed Overview of Agrochemicals
141.3.9 Biodegradation
18611.1. Introduction
151.3.10 Analysis
18711.2. History of agrochemicals
161.3.11 Accident Prevention
18811.3. Ecology
171.4. Future Challenges Related to Green Chemistry
18911.4. Fertilizers
181.4.1 Twelve Principles as a Cohesive System
19011.4.1 Fertilizers History
191.4.2 Multi-functional Catalysts
19111.4.2 Mechanisms of Fertilizers
201.4.3 To master the Weak Forces for Synthesis and Properties
19211.4.3 Production
211.4.4 Integrative Systems Thinking
19311.5. Liming and acidifying agents
222. Doing without Phosgene, Hydrogen Cyanide, and Formaldehyde
19411.6. Pesticides
232.1. Phosgene
19511.6.1 Type of Pesticides and their Target Pest Group
242.1.1 Uses of Phosgene
19611.6.2 Uses of Pesticides
252.1.2 Traditional Method of Production of Isocyanates
19711.6.3 Alternatives for Pesticides
262.1.3 Doing without Phosgene
19811.6.4 Classified by type of Pest
272.2. Hydrogen Cyanide
19911.7. Soil Conditioners
282.2.1 Uses of Hydrogen Cyanide
20011.7.1 Composition
292.2.2 Doing without Hydrogen Cyanide
20111.7.2 Purpose of the Soil Conditioners
302.3. Formaldehyde: 2.3.1 Doing without Formaldehyde
20211.7.3 Application
313. Everything about Chlorine Controversy
20311.8. Agrochemicals used for the animal husbandry
323.1. Water - The building block of life.
20411.9. Advantages of using Agrochemicals
333.1.1 How Water gets Recycled in Nature?
20511.10. Disadvantages of using agrochemicals
343.1.2 Need for Water
20612. Useful Materials for a Sustainable Economy
353.1.3 Misuse of Freshwater
20712.1. Introduction
363.1.4 Pollution in Water
20812.2. Economic growth
373.1.5 Effects of Water Pollution
20912.3. The beginning of a new era in the study of Economics
383.1.6 Remedy for Water Pollution
21012.4. The History of Green Chemistry
393.2. Introduction to chlorine
21112.5. Criteria for Green Chemicals
403.2.1 Why chlorine is chosen over other Elements?
21213. Brief about Chemistry of Long-wear
413.2.2 Structure and Properties of Chlorine
21313.1. Introduction
423.2.3 Production of Chlorine and Chlorine Compounds
21413.2. Better living through green chemistry and pharmaceuticals
433.2.4 Procedures for the Formation of Chlorine Compounds
21513.2.1 The curse of Immortality
443.2.5 Applications of Chlorine
21613.2.2 Clean Water Systems – a Necessity
453.2.6 Uses of Chlorine and their Effects
21713.2.3 Short Lived Molecules
463.3. Chlorine controversy
21813.2.4 Designing of Biodegradable Pharmaceuticals
474. Everything about Toxic Heavy-metal Ions
21913.3. Better living through food and drink through the chemistry of long wear
484.1. Introduction
22013.4. Chemistry of long wear and packaging
494.2. Eradicating heavy metal ions from wastewater
22113.5. Long wear chemistry and the safe use of cosmetics
504.3. Heavy metal ions are additional worry of gas sweetening element
22213.6. Clothing and the chemistry of long wear
514.4. Methodology
22313.7. Synthetic Polymers – Uses and effects
524.5. Use of non-materials for the elimination of heavy metal from wastewater
22413.8. Diverse application of sulfur in the chemistry of long wear
534.6. Electrospun benefits
22513.9. The use of polysulfides for environmental protection and remediation
544.7. Iron-based Nanohybrids for water intractable pollutant dealing
22613.10. Production of sulfur from citrus fruit
554.8. Increasing risk to human life
22713.11. Electrospinning
564.9. How it gets into our body?
22813.12. Sustainable and long wear energy production and storage through polysulfide
574.9.1 Herbicides and Pesticides
22914. Brief About Chemistry of Recycling
584.9.2 Public Water
23014.1. Recycling
594.9.3 Air Pollution & Vehicle Exhaust
23114.1.1 The History of Recycling
604.9.4 Personal Care Products
23214.1.2 Supply
614.9.5 Dental Fillings
23314.2. Recycling consumer waste
624.9.6 Some Pharmaceutical Drugs
23414.2.1 Source Separation
634.9.7 Furniture
23514.2.2 Buyback Centres
644.9.8 House and Car Keys
23614.2.3 Drop-off Centres
654.9.9 E-Cigarettes
23714.2.4 Distributed Recycling
664.10. Take immediate Step to keep a healthy living: 4.10.1 Methods
23814.2.5 Sorting
674.11. Results of Lead Arsenic and Mercury
23914.3. Recycling industrial wastes
684.11.1 Arsenic
24014.4. E-waste Recycling
694.11.2 Lead
24114.5. Plastic recycling
704.11.3 Mercury
24214.6. Chemical wastes
715. A Brief About Solid Catalysts & Reagents for Ease of Workup
24314.7. Waste management
725.1. What is Green Chemistry?
24415. Detailed Overview of Energy and the Environment
735.2. Solid catalysts and reagents
24515.1. Energy: 15.1.1 Introduction
745.3. Different types of solid catalyst and reagents
24615.2. Radiant energy from the Sun
755.3.1 Metal Catalysts
24715.2.1 Electromagnetic Radiation
765.3.2 Metal Oxide Catalysts
24815.2.2 Direct and Indirect Solar Energy
775.3.3 Metal Complexes
24915.3. Green Engineering and Energy Conversion Efficiency
785.3.4 Biocatalysts
25015.4. Renewable energy sources
795.4. Reagents in green chemistry for ease of workup
25115.4.1 Solar Energy
805.5. Grignard Reactions
25215.4.2 Wind Energy
815.5.1 Selection of Substrates and Solvents for the Grignard Reaction
25315.4.3 Biomass Energy
825.5.2 Results and Discussions
25415.4.4 Geothermal Energy
835.5.3 Aryl Grignard reactions for Benzyl Alcohol
25515.4.5 Nuclear Energy
845.5.4 Aryl Grignard reactions for Benzyl Tramadol
25615.5. The environment and environmental spheres
855.5.5 Heteroaromatic Grignard Reactions
25715.6. Environmental Chemistry
865.6. Summary
25815.7. Environmental Pollution
876. A Brief about Solid Acids and Bases
25916. Everything about the Population and Environment
886.1. Brief introduction to acids and bases
26016.1. Population
896.1.1 Indication of Acid or Base
26116.1.1 Introduction
906.1.2 Explanation of Acids and Bases
26216.1.2 Past Population
916.2. Strength of acids and bases: 6.2.1 Equilibrium Constant for Measuring the Strength
26316.1.3 Population Growth
926.3. Brief about acidity
26416.1.4 Population Control
936.4. Structures and properties of acids and bases
26516.2. Environment
946.4.1 Structure of Acids and Bases
26616.2.1 Introduction
956.4.2 Properties of Acids
26716.2.2 Population Growth and its Impact on the Environment
966.4.3 Properties of Bases
26816.2.3 Negative Impacts
976.5. Brief introduction to catalysis
26916.3. Environmental threats and opportunities
986.5.1 Types of Catalysts
27016.4. Environmental Challenges
996.5.2 Positive and Negative Catalysts and Auto-catalysts
27116.5. Pressure on the lands
1006.5.3 Working Principle of Catalysts
27216.6. Land and soil degradation
1016.6. Solid acids and Solid bases
27316.7. Forest resources
1026.7. Uses of solid acid catalysts and solid base catalyst
27416.8. Habitat destruction and the loss of biodiversity
1037. Detailed Overview of Chemical Separations
27516.9. Changing the consuming patterns
1047.1. Introduction
27616.10. Air pollution, Global warming, and climate change
1057.2. What is Chemical separation?
27717. Detailed Overview of Environmental Economics
1067.3. What is a Chemical way of Separation?
27817.1. Introduction
1077.4. Separation process
27917.2. Sustainability
1087.5. Seven chemical separations to change the world
28017.3. Restoration of natural capital
1097.5.1 Seven Separations
28117.4. Roots in pollution prevention
1107.5.2 Other Steps
28217.5. Design for the environment
1117.5.3 Method
28317.6. Successful projects of environmental, economical design
1128. Brief about Working Without Organic Solvent
28417.7. Techniques used by the States for an advanced design for the environment
1138.1. Introduction
28517.8. Application and establishment of the environmental, economic program
1148.2. What do you mean by organic solvent?
28617.9. Economic Incentives for green chemistry and deisgn for environment
1158.3. Types of organic solvent
28717.9.1 Set up a fund for Research and Development
1168.4. All you need to know about organic solvent: 8.4.1 Properties of Organic Solvent
28817.9.2 Provides Tax Incentives
1178.5. How can one prevent itself from the harmful effects of organic solvent?
28917.9.3 Provides Investment Tax Credits, Loan Guarantees, Low-interest loans, or subsidies for Manufacturing Equipment or Products Based on Green Chemistry
1188.6. Possible replacement of organic solvent
29017.9.4 Provide Incentives Tied to Economic Development Projects
1198.6.1 Bio-renewable Solvents
29117.10. Recognition Programs
1208.6.2 Greener Substitutes
29217.10.1 Implementation of The Environmental Economics Program and Design For the Environmental Awards Program
1218.6.3 Greener Chromatography Solvents
29317.10.2 Recognition of Top Poster Displays at Conferences
1228.7. Bio-renewable solvents as a replacement for organic solvent: 8.7.1 Various Benefits of using Renewable Solvents
29417.11. Regulations and Policy Tools
1238.8. Working with greener options and bio-renewable substance: 8.8.1 The Evident Benefit of using Greener Solvent are as follows
29517.11.1 Requires Environmentally Responsible State Purchasing
1248.9. Summary
29617.11.2 Application of Fee or Tax to Substances of High Concern
1259. Detailed Overview of Biocatalysis & Biodiversity
29717.11.3 Negotiation of Supplemental Environmental Projects Focused on GC and DfE in Enforcement Settlements
1269.1. Introduction
29817.11.4 Preparation of GC Action Plans for Chemicals of High Concerns
1279.2. Advantages
29917.11.5 Requires Safer Alternative Planning
1289.3. Limitations
30017.11.6 To Restrict Chemicals and Products of Concern
1299.4. Biocatalysts
30117.11.7 Preparation of list of Chemicals of Concern
1309.5. Enzyme Kinetics
30217.12. The roles played by educational institutions
1319.5.1 Enzyme Reactions
30317.12.1 Create a Green Chemistry Educational Network
1329.5.2 Factors Affecting Enzyme Activity
30417.12.2 Also, offers GC and DfE college Courses
1339.6. Technique of Biocatalysis
30517.12.3 Provides GC and DfE Scholarships and Internships and Graduate Student Support
1349.6.1 Ethanol Production
30617.12.4 Promotes and Encourages K 12 Education Programs
1359.6.2 Enzyme Immobilization
30717.12.5 Establishing Consortia of State Research Universities to Support Environmental Economics
1369.7. Immobilization Methods
30817.12.6 Convenes Innovation Focused Industry Dialogues
1379.7.1 Adsorption
30917.12.7 Hosting a Symposium for the Industry
1389.7.2 Electrodeposition
31017.13. Information Toolbox for environmental economics
1399.7.3 Covalent Bonding
31117.14. Environmental Economics and its design for the future
1409.7.4 Entrapment
31217.15. Green Screen
1419.7.5 Encapsulation
31317.16. Pet Profiler
1429.7.6 Whole Cells
31417.17. Chemical Toxicity Data
1439.8. Enzymes in Organic Solvents
31517.18. Exposure Assessment Tools
1449.9. Chymotrypsin Catalysis
31618. Brief about Greening
1459.9.1 Increase in Thermal Stability
31718.1. Going green
1469.9.2 Catalytic Antibodies
31818.2. What is Greening?: 18.2.1 Facade Greening Through Several Supporting Hiking Plants on Climbing Aids
1479.9.3 White Biotechnology
31918.3. Benefits of greening
1489.10. Uses of enzymes in industries
32018.3.1 Ecological Benefits
1499.11. Biodiversity
32118.3.2 Low-cost and Financial Benefits
1509.12. Distribution of Biodiversity: 9.12.1 Types of Biodiversity
32218.3.3 Wellness Benefits
1519.13. Biodiversity of India
32318.4. Greening business
1529.14. Importance of biodiversity
32418.5. Benefits of going green business
1539.15. Uses of Biodiversity
32518.5.1 Authorized and Governing Compliance
1549.16. Threats to Biodiversity
32618.5.2 Ability Saves Finances
1559.17. Conservation of biodiversity
32718.5.3 Green Business Understanding
1569.17.1 Biospheres and Biodiversity Reserves
32818.5.4 Influence on Representative Confidence
1579.17.2 Hotspots
32918.6. Green as a must-have
1589.17.3 Desert National Park
33018.7. Nine conduct to go Green and Protect Green
1599.17.4 Wildlife Corridors
33118.7.1 Save Energy to Save Money
1609.17.5 International Efforts
33218.7.2 Save Water to Save Money
1619.17.6 World Conservation Union, IUCN
33318.7.3 Eat Smartly
1629.17.7 United Nations Environment Program, UNEP
33418.7.4 Leave the Bottled Water
1639.17.8 The Worldwide Fund for Nature, WWF
33518.7.5 Think before you Purchase
1649.17.9 Global Environment Facility
33618.7.6 Borrow Despite Purchasing
1659.17.10 United Nations Educational, Scientific, Cultural Organization
33718.7.7 Purchase Smartly
1669.17.11 The World Resources Institute
33818.7.8 Stay Electronics out of the Garbage
1679.17.12 Global Biodiversity Assessment
33918.7.9 Create Cleaning Supplies of yours
1689.17.13 Man and Biosphere Program MAB
34018.8. Greening in India
1699.18. Recent Development
34119. References
1709.18.1 Global Biodiversity Challenge
34220. Abbreviations
1719.18.2 Global Biodiversity Outlook
343Index
1729.19. Summary
