Unit 1 Unit – I

8 lecture hours

• Energy and Environment Management in Textile Industry 1.1 Environment & Energy management in wet processing - concept 1.2 Sources of energy 1.3 Introduction to Green energy 1.4 Concept of Carbon footprint 1.5 Concept of Life cycle Assessment 1.6 Eco Labeling: Importance of Eco Labeling
• factors affecting Eco Labeling
• Advantages & limitations of Eco Labeling Oeko-Tex (Confidence in Textiles)

Unit 2 Unit – II

9 lecture hours

• Water & Steam Utilization and its distribution 2.1 Water utilization 2.2.1 Analysis of impure water 2.2.2 Water Purification: Precipitation
• Ion exchange
• Reverse Osmosis 2.2.3 Water utilization in various textile wet Processes: Bleaching
• Printing and Finishing 2.2.4 Conservation of Water and its re-use 2.2 Fuels & steam utilization in textile 2.2.1 Fuel and their properties 2.2.2 Properties of steam 2.2.3 Steam utilization textile wet processes:(Bleaching
• Printing and finishing

Unit 3 Unit – III

9 lecture hours

• Effluents and its Treatment 3.1 Characteristics of effluents and, composite effluents from various sections of wet Processing. 3.2 Analysis of industrial effluent and tolerance limits. 3.3 Filtration Technology: Microfiltration
• Ultra Filtration
• Nano Filtration
• Reverse Osmosis 3.4 Stages of Effluent treatment plant: Physical Treatment
• Chemical treatment and Biological Treatment

Unit 4 Unit – IV Occupational health safety and Hazards

• 4.1 Health issues in textile units 9 20 Program Name: Diploma Engineering Level: Diploma Branch: Textile Processing Technology Subject Code : DI05028021 Subject Name : Environmental Textile Chemistry 4.2 Safety aspects in Textile industry 4.3 Various Hazards in Textile wet processing and their remedies (Mechanical
• Chemical and Electric) 4.4 Material safety data sheets

Unit 5 Unit – V

10 lecture hours

• Developments in Energy Efficient and Eco- Friendly Processes 5.1 Concept of clean technology for Textile Processing 5.2 Steps of clean production: 4R technology 5.3 Recent Innovations of ecofriendly practices in textile industry  Supercritical CO2  Plasma approach  Enzyme approach