The Economical Cellulase Production under Optimized condition in Batch condition using Water Hyacinth (WH) Waste

Currently research attempted for enhanced cellulase production using Water hyacinth waste. We found that . Trichoderma reesei selected with WH for cellulase production. Optimization the effective conditions for production of CMCase temp-40 ⁰C, pH-5, tween80 3%, WH7.5%, nitrogen source 1% as peptone, incubation time 7days, inoculum 5% at rotation 100 rpm for FPase production only two condition was difference inoculum was higher (10%) and rotation speed was 150 rpm. Production of cellulase for CMCase was 52% more increase activity observed after media optimization and similar for FPase was 84% increase activity observed after media optimization.

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Publication Details

Journal
Journal of Agriculture Biotechnology & Applied Sciences
Published
2025-03-02
DOI
https://doi.org/10.63143/jabaas1120231121
Primary Topic
Biofuel production and bioconversion
Type
article
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article

The Economical Cellulase Production under Optimized condition in Batch condition using Water Hyacinth (WH) Waste

Sheelendra M. Bhatt
Journal of Agriculture Biotechnology & Applied Sciences
Biofuel production and bioconversion
article

The Economical Cellulase Production under Optimized condition in Batch condition using Water Hyacinth (WH) Waste

Sheelendra M. Bhatt
article en

Abstract

Currently research attempted for enhanced cellulase production using Water hyacinth waste. We found that . Trichoderma reesei selected with WH for cellulase production. Optimization the effective conditions for production of CMCase temp-40 ⁰C, pH-5, tween80 3%, WH7.5%, nitrogen source 1% as peptone, incubation time 7days, inoculum 5% at rotation 100 rpm for FPase production only two condition was difference inoculum was higher (10%) and rotation speed was 150 rpm. Production of cellulase for CMCase was 52% more increase activity observed after media optimization and similar for FPase was 84% increase activity observed after media optimization.

Journal of Agriculture Biotechnology & Applied SciencesVol. 1(1)
Openalex Percentile: Top 95%
Biofuel production and bioconversion
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