Industrial Chemistry

11.

Green Chemistry and Sustainable Industrial Processes

11.1.

Principles of Green Chemistry

11.1.1.

Prevention of Waste

11.1.2.

11.1.3.

Less Hazardous Chemical Syntheses

11.1.4.

Designing Safer Chemicals

11.1.5.

Safer Solvents and Auxiliaries

11.1.6.

Design for Energy Efficiency

11.1.7.

Use of Renewable Feedstocks

11.1.8.

Reduce Derivatives

11.1.9.

Catalysis over Stoichiometric Reagents

11.1.10.

Design for Degradation

11.1.11.

Real-Time Analysis for Pollution Prevention

11.1.12.

Inherently Safer Chemistry

11.2.

Sustainable Feedstocks

11.2.1.

Renewable Raw Materials

11.2.2.

Biomass Conversion Technologies

11.2.3.

Bio-based Chemicals

11.2.4.

Feedstock Sustainability Assessment

11.3.

Green Process Design

11.3.1.

Atom Economy Optimization

11.3.2.

Solvent Selection and Alternatives

11.3.3.

Energy Efficiency Improvements

11.3.4.

Process Intensification

11.3.5.

Catalytic Process Development

11.4.

Environmental Impact Assessment

11.4.1.

Life Cycle Assessment

11.4.2.

Carbon Footprint Analysis

11.4.3.

Water Footprint Analysis

11.4.4.

Environmental Impact Categories

11.5.

Circular Economy Principles

11.5.1.

Resource Efficiency

11.5.2.

Waste as Raw Material

11.5.3.

Product Design for Circularity

11.5.4.

Industrial Symbiosis

11.6.

Carbon Management

11.6.1.

Carbon Capture Technologies

11.6.2.

Carbon Utilization Pathways

11.6.3.

Carbon Storage Methods

11.6.4.

Carbon Accounting

11.7.

Sustainable Manufacturing

11.7.1.

Clean Production Technologies

11.7.2.

Energy Management Systems

11.7.3.

Water Management

11.7.4.

Waste Minimization Strategies

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10. Health, Safety, and Environmental Considerations

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1. Introduction to Industrial Chemistry