OPTIMIZATION OF FERMENTATION CONDITIONS  FOR COLLECTING OF BACILLUS SUBTILIS NT1 BIOMASS USED  IN CANNA EDULIS. KER PROCESSING WASTEWATER TREAMENT

Nguyen Nhu Ngoc; Nguyen Van Cach; Trinh Dinh Giap

OPTIMIZATION OF FERMENTATION CONDITIONS FOR COLLECTING OF BACILLUS SUBTILIS NT1 BIOMASS USED IN CANNA EDULIS. KER PROCESSING WASTEWATER TREAMENT

Authors

Nguyen Nhu Ngoc Vietnam National University of Forestry
Nguyen Van Cach Hanoi University of Science and Technology
Trinh Dinh Giap Hanoi University of Science and Technology

Keywords:

Bacillus subtilis, biomass, optimization, submerged fermentation, waste water

Abstract

Canna edulis. Ker processing craft villages in rural area of Vietnam are developing rapidly thus helping local people to create high-income jobs. However, large amount of untreated waste water and solid waste have been causing serious environmental pollution. Strain Bacillus subtilis NT1, isolated from wastewater of Canna edulis. Ker processing craft village, has proven to be capable of handling wastewater. In order to produce microbial products for wastewater treatment in large scale, fermentation conditions for B. subtilis NT1 were optimized by submerged fermentation method. By surveying influenced factors and optimization by the Box-Behnken method, optimal condition for B. subtilis NT1 growth was determined at 8.0 (g/l) glucose, 7.0 (g/l) peptone, shaking speed 195 rpm, 30°C, the inoculum rate of 5% (v/v) and initial pH of 6. After 24 hours biomass obtained was 11.98 LogCFU/ml.

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Published

25-04-2017

How to Cite

Nhu Ngoc, N., Van Cach, N., & Dinh Giap, T. (2017). OPTIMIZATION OF FERMENTATION CONDITIONS FOR COLLECTING OF BACILLUS SUBTILIS NT1 BIOMASS USED IN CANNA EDULIS. KER PROCESSING WASTEWATER TREAMENT. Journal of Forestry Science and Technology, (2), 003–008. Retrieved from https://jvnuf.vjst.net/en/article/view/1060