LET’S……….WORM UP
OUR THINKING
Vermicomposting of textile mill sludge with Perionyx excavatus: Evaluating its potential as an organic fertilizer.
SUBMITTED BY NGUYEN LE THANH – BTBTIU10112
SCHOOL OF BIOTECHNOLOGYINTERNATIONAL UNIVERSITY
TABLE OF CONTENT
1. Introduction1. Literature Review2. Objectives and Contributions
2. Materials and Methods1. Hypotheses2. Part 1 – Vermicomposting 3. Part 2 – Analysis
3. Data analysis4. Conclusion
1. INTRODUCTION
Textile mill
sludge
Vermi-compost
-ting
1.1 Literature Review
CompostedWater
Hyacinth
Perionyx excavatus
TEXTILE INDUSTRYTOTAL OVERTURN, 2012
17.2 billion USD Textile
mill sludge
1.1 Literature Review
MANAGE
Vermi-compost
-ting
1.1 Literature Review
C:N
CompostedWater
Hyacinth
1.1 Literature Review
Perionyx excavatus
30oC1.1 Literature Review
1.2 Objectives and Contributions
STUDY
ManageTextile Sludge
ReduceBio-hazards
Fertilizer
ENVIRONMENTAGRICULTURE
2. MATERIALS AND METHODS
2.1 Hypotheses
Perionyx excavatus Able to recycle textile mill sludge
CompostedWater
Hyacinth
Good source of nitrogen for vermicomposting
Endproduct Organic fertilizer for agriculture
2.2 Part 1 – Vermicomposting
Compost water
hyacinth
Culture earthworms
Feed with different
ratio treatments
Maintenance of
temperature and
moisture
Collecting end
products for analysis
Process
