http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Pulp and Paper Industry: Energy Conservation presents a number of energy-efficient technologies and practices that are cost-effective and available for implementation today. Emerging energy-efficient technologies and future prospects in this field are also dealt with. Qualitative and quantitative results/data on energy savings for various steps of pulp and paper making process are presented. There is no specific book on this topic. This will be a comprehensive reference in the field.
Cover ; Title Page; Copyright Page; Contents; List of Figures; List of Tables; Preface; List of Abbreviations; Chapter 1 -- General Background; References; Chapter 2 -- Global Pulp and Paper Production and Consumption; References; Chapter 3 -- Pulp and Paper Production Processes and Energy Overview; 3.1 -- Process Description; 3.1.1 -- Raw Materials Preparation; 3.1.2 -- Pulping; 3.1.2.1 -- Mechanical pulping; 3.1.2.2 -- Chemical pulping; 3.1.2.3 -- Semichemical pulping; 3.1.2.4 -- Secondary fiber pulping; 3.1.2.5 -- Other pulping process (dissolving, nonwood); 3.1.3 -- Pulp Processing.
3.1.4 -- Chemical Recovery3.1.5 -- Bleaching; 3.1.6 -- Pulp Drying; 3.1.7 -- Stock Preparation and Papermaking; 3.2 -- Greenhouse Gas Emission Sources; 3.3 -- Energy Overview; References; Chapter 4 -- Energy Conservation Measures for Raw Material Preparation; 4.1 -- Cradle Debarker; 4.2 -- Ring-Style Debarkers; 4.3 -- Chip Conditioning; 4.4 -- Chip-Conveying Systems; 4.5 -- Use of Secondary Heat Instead of Steam in Debarking; 4.6 -- Automatic Chip Handling and Thickness Screening; 4.7 -- Bar-Type Chip Screens; 4.8 -- Fine-Slotted Wedge Wire Baskets; References.
Chapter 5 -- Energy Conservation Measures for Chemical Pulping5.1 -- Batch Digester Modification; 5.1.1 -- Indirect Heating; 5.1.2 -- Cold-Blow Technology; 5.2 -- Continuous Digester; 5.2.1 -- Continuous Digester Modifications; 5.3 -- Digester Blow/Flash Heat Recovery; 5.4 -- Using Flash Heat in a Continuous Digester to Preheat Chips; 5.5 -- Optimization of the Dilution Factor Control; 5.6 -- Use of Evaporator Condensates on Decker Showers; 5.7 -- Use of Two Pressure Level Steaming of Batch Digesters to Maximize Back-Pressure Power Generation; 5.8 -- Use of Digester Additives to Increase Yield.
5.8.1 -- Surfactants5.8.2 -- Anthraquinone; 5.8.3 -- Phosphonate; 5.8.4 -- Polysulfide; 5.8.5 -- Sodium Borohydride; 5.8.6 -- Combination of AQ/Surfactant; 5.8.7 -- Combination of AQ/Polysulfide; 5.9 -- Use of Extended Delignification and Oxygen Delignification; References; Chapter 6 -- Energy Conservation Measures for Bleaching; 6.1 -- Improved Brown Stock Washing; 6.2 -- Washing Presses; 6.3 -- Ozone Bleaching; 6.4 -- Heat Recovery; 6.5 -- Optimization of the Filtrate Recycling Concept for Optimum Chemical and Energy Use; References; Chapter 7 -- Energy Conservation Measures forChemical Recovery.
7.1 -- Black Liquor Solids Concentration7.2 -- Lime Kiln Oxygen Enrichment; 7.3 -- Lime Kiln Modification; 7.4 -- Lime Kiln Electrostatic Precipitators; 7.5 -- Improved Composite Tubes for Recovery Boilers; 7.6 -- Quaternary Air Injection; 7.7 -- Recovery Boiler Deposition Monitoring; 7.8 -- Convert Evaporation to Seven-Effect Operation (Install Additional Evaporator Effect); 7.9 -- Performing Evaporator Boilout With Weak Black Liquor; 7.10 -- Converting Recovery Boiler to Nondirect Contact and Implementing High Solids Firing; 7.11 -- Condensate Stripping.
7.12 -- Installation of a Methanol Rectification and Liquefaction System.
Includes bibliographical references and index.
Technical & Manufacturing Industries & Trades