Pulp and Paper Industry Microbiological Issues in Papermaking
Auteur : Bajpai Pratima
Pulp and Paper Industry: Microbiological Issues in Papermaking features in-depth and thorough coverage of microbiological issues in papermaking and their consequences and the current state of the different alternatives for prevention, treatment and control of biofilm/slime considering the impact of the actual technological changes in papermaking on the control programmes. The microbial issues in paper mill systems, chemistry of deposits on paper machines, the strategies for deposit control and methods used for the analysis of biofouling are all dealt in this book along with various growth prevention methods. The traditional use of biocides is discussed taken into account the new environmental regulations regarding their use. Finally, discusses the trends regarding the future of the microbiological control in papermaking systems.
1. General Introduction2. The paper machine loops 3. Paper making4. Microbiological problems of papermaking and their consequences5. Microorganisms occurring in papermaking process and their location6. Chemistry of deposits on paper machines7. The control of microbiological problems8. Methods used for analysis of biofouling9. Future Prospects10. References
Researchers, Scientists, Graduate students, Teachers in Pulp and Paper technology, Biotechnology, Microbiology, Environmental pollution, Essential reading for Pulp and Paper Technologist/ Engineers, Paper manufacturers, Paper mill personnel, Senior Paper Scientists and R&D Professionals, Academics, Analysts and Consultants
- In-depth coverage of microbiological issues in papermaking and their consequences
- Discusses eco-efficient processes (green processes) for biofilm/slime control
- Offers a thorough review of the current literature with links to the primary literature
- Comprehensive indexing
- Author is an authority in the pulp and paper industry
Date de parution : 04-2015
Ouvrage de 226 p.
19x23.3 cm
Thèmes de Pulp and Paper Industry :
Mots-clés :
Additives; Adhesive properties; Aerobic bacteria; Algae; Anaerobic bacteria; ATP assay; Bacteriophages; Bio-Lert method; Biocide; Biodispersants; Biofilm; Biofouling; Biological complex formers; Boilout; Cellulose; Chemical additives; Closed loop; Competing organisms; Contaminants; Control of microbiological problems; Cost-efficient program; Deposit; Deposit formation; Early detection; Electrical control equipment; Environment friendly process; Environmental sustainability; Enzymes; Flow velocity; Gene regulation; Good housekeeping; Holes; Hydrodynamics; Hydrogen sulfide; Hygienic quality of the paper products; Identification of contaminated points; Inorganic deposit; Integrated approach; Location of slime; Malodors; Mechanism; Microbial problems; Microbially influenced corrosion; Microbiological contamination level; Microbiological deposit; Microbiological growth; Microbiological problems; Microorganisms; Molds; Nutrients; O2 levels; Odor problems; Optical fouling monitor; Organic deposit; Osmolarity; Paper industry; Paper machine; Paper machine loops; Paper mill; Papermaking; pH; Planktonic; Quorum sensing; Rapid counts; Recycled fiber; Rheological properties; Runnability; Sensors; Sessile; slime; Slime collection boards; Slime deposit; Slime formers; Slime monitor; Spots; Standard Plate count method; Sulfate-reducing bacteria; Temperature; Water closure; Whitewater circuit; Yeasts