Transcript power point presentation
DEVELOPING OF INTEGRATED FARMING’S MODEL TO MAINTAIN THE GREEN BIOTECHNOLOGY
NI NYOMAN TRI PUSPANINGSIH MIRNI LAMID ENDANG SRI MASITHAH
AIRLANGGA UNIVERSITY : AUTONOMY UNIVERSITY, EXCELLENCE WITH MORALITY
PLANT CELL WALL ENZYME RESEARCH ON : PECTINASE HEMICELLULASES EXCELZYME CELLULASE
Why enzymes?
Advantages
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Natural, Nontoxic
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Catalyze specific reactions
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Active under mild conditions
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Active at low concentrations
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Can control rate of reaction
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Can be inactivated
EXCELZYME
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TOWARDS GREEN TECHNOLOGY EXCELZYME 1: REDUCING OF 30-40% CHEMICAL COMPOUNDS BIO-DEINKING/BIO-BLEACHING ON PULP AND PAPER INDUSTRY
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EXCELZYME 2 : NUTRIENT ENHANCEMENT OF AGROINDUSTRIAL WASTE AS RUMINANTS FEED FORMULATING FEED ENZYME IN COMPLETE FEED
EXCELZYME
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EXCELZYME 3 : REDUCED ENVIRONMENTAL IMPACT OPTIMIZE THE COMPOST PROCESS BASED ON LIGNOCELLULOSE MATERIAL AND ANIMAL WASTE FOR BIO-FERTILIZERS (ORGANIK AND PLANKTON FERTILIZERS)
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EXCELZYME 4 : REDUCED ENVIRONMENTAL IMPACT OPTIMIZE EXCELZYME 4 AS PREBIOTIC FOR REDUCING BLOOMING MICROCYSTIS
Low Quality INTEGRATED FARMING’S MODEL Lignocellulose Biomass Increasing Crops
Excelzyme treatment
Efficient Technology High Quality of Ruminant and Poultry Feed Source of animal protein Increasing of animal weight Agriculture and Fish Pond Organic and Plankton Fertilizers Animal Waste + Biomass
Excelzyme treatment
R M I N G G L 0 B A L W A
ANALYSIS EXCELZYME ACTIVITIES A. Excelzyme 4 : Reducing Blooming Microsystis before After + Excelzyme 4 B. Excelzyme 3 : Indicating hemicelulase activity Lignocellulose + Excellzyme3 Lignocellulose + Excellzyme3 + H2O2
EXCELZYME APPLICATION
ORGANIC FERTILIZERS
FISHERIES APPLICATION 1. PLANKTON FERTILIZER 2. REDUCING BLOOMING MICROCYSTIS GROWING THE PLANKTON FERTILIZER BLOOMING MICROCYSTIS
ANIMAL FEED ENZYME USING RICE STRAW
NUTRITION CONTENTS RICE STRAW RICE TRAW + EXCELZYME DRY MATERIAL (%) 95,39 92,37 CRUDE FIBER (%) 33,83 24,14 CRUDE PROTEIN (%) ASH ((%) ORGANIC MATERIAL (%) 5,46 20,43 74,96 7,47 20,33 72,03
ENZYMES FOR DOMESTIC DEMAND
Lignocellulosic waste : 169 million ton/year Agrobusiness Demand (ton/year) (in million) Enzyme ton/year (in million) Average Price/kg (USD) import Animal feed Fertilizer Pulp/Paper 7.6
0.9
9 1.5
0.09
1.8
10-15 8-10 14-20
Acknowledgement 2.
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International Research Group Collaboration on Lignocellulase Enzymes of Airlangga University with : 1.
University of Groningen, The Netherlands Mie University, Japan Universiti Putra Malaysia, malaysia Universiti Kebangsaan Malaysia, Malaysia Universiti Teknologi Malaysia, Penang, Malaysia The activities : Joint Research, Joint Supervisors, Student Exchange, Joint Publication
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Collaboration with Indonesian industries : PT Bumiindo (Bio-energy) PT Pupuk Kaltim (Bio-Fertilizer) PT Siklus Alam Semesta (Bio-Fertilizer) PT Adi Prima (Paper and Pulp Industry) PT Eka Timur Raya (Bio-Fertilizer)