Energy savings through increased filler loading in paper

IPPTA: Quarterly Journal of Indian Pulp and Paper Technical Association

Volumn 23, Issue 3, 2011, Pages 171-176

  Chauhan, V S ^a   Sharma, A ^a   Chakrabarti, S K ^a   Varadhan, R ^a  

^a Thapar Centre for Industrial Research and Development Patiala   (India)

Author keywords

Energy; Fibre; Filler; Paper; Steam; Strength properties; Talc

Indexed keywords

DRAINAGE RATE; ELECTRICAL ENERGY; ELECTRICAL ENERGY DEMAND; ENERGY; ENERGY DEMANDS; ENERGY INTENSIVE INDUSTRIES; ENERGY REDUCTION; EXPERIMENTAL DATA; FILLER CONTENTS; FILLER LOADING; HIGH FILLER; PAPER COSTS; PAPER DRYING; PAPERMAKING PROCESS; PULP FIBRE; STRENGTH ADDITIVES; STRENGTH LOSS; STRENGTH PROPERTY;

ADDITIVES; BLEACHING; CLEANING; ENERGY CONSERVATION; ENERGY UTILIZATION; FIBERS; LOADING; PAPER; PAPERMAKING; PULP REFINING; REFINING; STEAM; TALC;

FILLERS;

ADDITIVES; BLEACHING; CLEANING; ENERGY CONSERVATION; FILLERS; LOADING; MECHANICAL PROPERTIES; PAPER; REFINING; STEAM; TALC; UTILIZATION;

EID: 81555201991     PISSN: 03795462     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (12)

1. Allan G.G., Carroll J.P., Devakula M.L.P., Gaw K., Joseph A.A., Pichitlamken J. (1997). The effect of filler location on the drainage, pressing, and drying of pulp and paper. Tappi J., 80:175-179.
2. Austin P. (2010). Reducing energy consumption in paper making using advanced process control and optimisation. Available online at www.lcmp.eng.cam.ac.uk/.../Reducing-Energy-Consumption-in-Paper-Making-using- APC-and-Optimisation.pdf.
3. Bermond C. (1997). Establishing the scientific base for energy efficiency in emerging pressing and drying technologies. Appl. Thermal Eng., 17:901-910. (Pubitemid 127408820)
4. Gerteiser N. and Laufmann M. (1989). Effects of natural ground calcium carbonate on wooddfree papermaking process and paper quality. Appita, 42(4): 295-300.
5. Jacobs and IPST (2006). Pulp and Paper Industry. Energy Bandwidth Study. Report for American Institute of Chemical Engineers (AIChE). Jacobs Greenville and Institute of Paper Science and Technology (IPST) at Georgia Institute of Technology, Atlanta.
6. Karlsson M. (2000). in Papermaking Part 2: Drying, Tappi Press, Atlanta, GA.
7. Kenaga D.L., Moore E.E., Meath K.R. (1982). Drying rate studies of ultrahigh filled paper and paperboard. Tappi J., 65:57-61. (Pubitemid 12549463)
8. Liimatainen H., Kokko S., Rousu P., Niinimaki J. (2006). Effect of PCC filler on dewatering of fiber suspension. Tappi J., 5(11): 11-17.
9. Park S., Venditti R.A., Jameel H., Pawlak J.J. (2007). Hard-to-remove water in cellulose fibers characterized by thermal analysis: A model for the drying of wood-based fibers. Tappi J., 6:10-16.
10. Peel J.D. (1999). in Paper Science and Paper Manufacture, Angus Wilde Publications Inc., Vancouver, B.C. Canada.
11. Song D., Dong C, Ragauskas A., Deng Y. (2009). Filler engineering for energy savings and improved paper properties. Tappi Papermakers Conf. 2009.
12. Zhao Y., Kim D., White D., Deng Y., Patterson T., Jones P., Turner E., Ragauskas A.J. (2008). Developing a new paradigm for linerboard fillers. Tappi J., 7:3-7.