Citation: Kumar R, Kumar R, Chauhan A, Kumar M, Goyal MK, et al. (2015) Characterization and Isolation of Fungi for Removal of Color from Pulp DQG3DSHU0LOO(IÀXHQW0HHUXW ,QGLD -(QYLURQ$QDO7R[LFRO GRL 10.4172/2161-0525.1000324
Page 7 of 7
2. Beulker S, Jekel (1993) Precipitation and coagulation of organic substances in bleachery effuenlts of pulp mills. Water Sci & Technol 27: 193-199. 3. Boominathan K, Reddy CA (1992) Fungal degradation of lignin: Biotechnological. In: Handbook of Applied Mycology. Arora DK, Elander RP, Mukharji KG, (eds) Vol 4 Fungal Biotechnology. Marcel Dekker, Inc., New York. pp: 763-822. 4.Deshpande VP, Godkari BP, Kaul SN (1999) Industrial waste water management. Journal of Indian Assoc for Environment Management 27: 28-30. 5. Gokhale S, Kapadnis BP, Patil SF (1992) Impact of paper and pulp industry HIÀXHQWVRQHQYLURQPHQW1,(- 6. Hossain KSK, Das M, Ibrahim SH (2001) Aerobic studies on pollution abatement RIVXOSKLWHSXOSEOHDFKLQJHIÀXHQWXVLQJ3KDQHURFKDHWHFKU\VRVSRULXP 07&& 787). Journal of industrial Pollution Control 17: 191-200. 7. Joyce TW, Dubey GA, Webb AA (1979) The effect of biological treatment on the lime precipitation color removal process. TAPPI J 62: 107-109. 8. .DQQDQ.2EOLVDPL* 'HFRORUL]DWLRQRISXOSDQGSDSHUPLOOHIÀXHQWE\ growth of Aspergillus niger. World J Microbiol Biotechnol 6: 114-116. 9. Rintala J, Martin JLS, Lettinga G (1991) Thermophilic anaerobic treatment of sulphate rich pulp and paper integrade process water. Water Sci Technol 24: 149-160. 10. Singh RS, Marwaha SS, Khanna PK (1996) Characterisation of pulp and paper PLOOHIÀXHQWV-,QG3ROO&RQW 11. Subrahmanyam PVR (1975) Colour removal from kraft pulp and paper industry. J Indian Assoc Environ Manage 17: 79-94. 12. Tuhkanen T, Naukkarinen M, Blackburn S, Tanskanen H (1997) Ozonation of SXOSPLOOHIÀXHQWSULRUWRDFWLYDWHGVOXGJHWUHDWPHQW(QYLURQ7HFKQRO 1051. 13. 6XQGDUL6.DQDNDUQL063 7KHHIIHFWRISXOSXQLWHIÀXHQWRQ$JULFXOWXUH J of Industrial poll Control 17: 83-97.
70
60
50
40
30
20
10
0
0 0.25 1
2
3
5
7 10 15
Days
1 AF3 Figure 9: Changes in lignin content at different time intervals by 1, F1 and AF3 IXQJDOVWUDLQVLQSXOSDQGSDSHUPLOOHIÀXHQW F1
Figure 10: Increase in absorbance during the enzyme assay of lignin peroxidase SUHVHQWLQSXOSDQGSDSHUPLOOHIÀXHQWWUHDWHGE\)DQG$)DW different time intervals.
the process more feasible and economical. Thus the strains F1 and 1 has the potential for industrial application for decolourisation of pulp and paper mill effluent. Acknowledgements Rajesh Kumar is highly thankful to the Vice-Chancellor of Jawaharlal Nehru University, New Delhi for his kind permission to publish this research articles. We also acknowledged the help of Mr. Nagendra Prasad for assistance. References 1. Bajpai P, Bajpai PK (1997) Reduction of organo-chlorine compounds in bleach SODQWHIÀXHQWV%LRWHFKQRORJ\LQWKH3XOSDQG3DSHU,QGXVWU\
J Environ Anal Toxicol ƜƦƦơ ƝƘƔƧƯƼƽƾƳƼƯƱƱƳǁǁƸƽǃǀƼƯƺ
ƩƽƺǃƻƳǚƜǁǁǃƳǚ
Made with FlippingBook Ebook Creator