Pulse-Jet Filtration: Part 1: Theory, Selection and Design of Pulse-Jet Filter

Description

Content: Cover Title Page Copyright Page Contents Chapter 1: Industrial air pollution and role of filter unit 1.1. Industrial emission 1.2. Impact of fine particulate matter 1.3. Role of filter unit and allied development Chapter 2: Present status of pulse-jet filter in industry 2.1. General 2.2. About pulse-jet filter 2.3. Classification and utilities Chapter 3: Mode of filtration 3.1. Inside-to-outside filtration 3.2. Outside-to-inside filtration 3.2.1. Bag filters 3.2.2. Rigidized/cartridge media 3.2.3. Envelope filter 3.2.4. Ceramic filter Chapter 4: Basic construction of a filter unit4.1. General 4.2. Dust-laden air-feeding zone 4.3. Filter unit 4.4. Dust disposal system 4.5. Fan (air mover) and discharge stack 4.6. Auxiliary attachment 4.7. Safety features for explosive and/or inflammable dust Chapter 5: Selection and designing of filter media 5.1. General consideration 5.2. Material of the fabric 5.2.1. Material type 5.2.2. Fiber fineness and cross-sectional shape 5.3. Fabric types and specifications 5.4. Fabric finish 5.4.1. General 5.4.2. Membrane filters 5.4.3. Coated filters 5.4.3.1. Surface coating 5.4.3.2. Steeping5.4.3.3. Foam coating 5.4.3.4. Use of inert powders 5.5. Layered structure 5.6. Filter element and its fabrication Chapter 6: Separation of difficult and fine particulates 6.1. Separation of difficult particulates 6.1.1. Light and fluffy dust and particles with poor flowability 6.1.2. Particles with strong adhesion 6.1.3. Abrasive particles 6.1.4. Hot particles 6.1.5. Particles causing blinding of pores 6.1.6. Nanoparticles with adverse gas properties 6.1.7. Separation of mixture of solid and liquid particles 6.1.8. The particles causing fire hazards/explosion 6.2. Hybrid technology6.2.1. Electrostatically enhanced fabric filter 6.2.2. Compact hybrid particulate collector 6.2.3. Advanced hybrid particulate collector 6.2.4. Multi-stage collector (MSC) Chapter 7: Simultaneous controls of particles and gases 7.1. Through sorbent injection 7.2. Catalytic filter 7.3. Using nonthermal plasma Chapter 8: Conclusions