1. UTAI MEEKUM SCHOOL OF POLYMER ENGINEERING INSTITUTE OF ENGINEERING SURANAREE UNI. OF TECH. NAKORN RATCHASIMA, 30000 UTAI MEEKUM SCHOOL OF POLYMER ENGINEERING INSTITUTE OF ENGINEERING SURANAREE UNI. OF TECH. NAKORN RATCHASIMA, 30000 TEL: +66 44 224430-1 +66 891065348 FAX: +66 44 2244605 E-MAIL : umsut@g.sut.ac.th PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING BITEC EXHIBITION CENTER,BANGKOK, THAILAND, 22 JUNE 2012 BIOPLASTICS ECO-LIVING ECO-LIVINGBIOPLASTICS

2. POLY(LACTIC ACID) PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

3. DRAWBACK PROPERTIES DRAWBACK PROPERTIES  BRITTLE MATERIAL  LOW HDT  CLEARITY APPLICATION ASPECTS  CRAKE SENSITIVE PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

4.  SHEAR THINNING DRAWBACK PROPERTIES DRAWBACK PROPERTIES PROCESSING ASPECTS  SELF LUBICATING  SCALING UP  NONHOMOGENITY MELT PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

5.  HEAT SENTIVE DRAWBACK PROPERTIES DRAWBACK PROPERTIES PROCESSING ASPECTS  LOW PROCESSING WINDOW  EASILY HYDROLYSIS  POSSIBLE BACK BITTING  SAGGING PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

6.  HIGH ADHESION TO METAL DRAWBACK PROPERTIES DRAWBACK PROPERTIES MACHINE ASPECTS  MOLD RELEASING SPRAY NEEDED  SPECIAL SCREW DESIGN FOR HIGH OUT PUT AND MELT PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

7. PROPERTIES IMPROVEMENT:  POLYMER BLENDS (WITH PCL,PHB)  POLYMER COMPOUNDING (WITH HYDROXYAPATITE,NANOCLAY)  POLYMER CROSSLINK (WITH DCP/SILANE)  BIOCOMPOISTE (WITH NATURAL FIBER) PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

8. PROCESS TACKLE:  PREVENTING DEGRADATION (USING STABILIZERS)  END-GROUP CAPTURE (DONE BY POLYMERISATION)  MOLD/DIE COTAING (PTFE COATED)  SPECIAL STEEL GRADE (????) PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

9. NEXT ROUND OF TALK PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

10. ULTIMATE GOALS RESEARCH  BROADEN THE APPLICATION CAPACITIES OF BIOPOLYMER ESPECIALLY PLA BASED  TARKETING IN ELECTRONIC AND AUTOMOTIVE INDUSTIES  BALANCING BETWEEN GREEN AND CLEAN; BIO-BASED AND BIODEGRADABLE PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

11. CURRENT TOPICS RESEARCH BIOPOLYMERS  ENHANCING BIOPOLYMERS CAPACITIES POLYLACTIC ACID POLBUTYLENE SUCCINATE BIORESOUCES  ENHANCING BIORESOUCES CAPACITY EXCELLENT DURABLE ENGINEERED WOODS GREEN AND DURABLE ENGINEERED WOODS PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

12.  PE QUALITY AND CLEAR PLA FILM  FILM  BIOPOLYMERS RESEARCH  LOW TEMPERATURE PACKAGING FOR FROZEN FOOD INDUSTRIES FOR FROZEN FOOD INDUSTRIES  HIGH TEMPERATURE PACKAGING FOR HOT FOOD AND DRINK FOR HOT FOOD AND DRINK APPLICATION APPLICATION  EXREAMLY TEMPERATURE BIOPOLYMER FOR ELECTRONIC AND AUTOMOTIVE FOR ELECTRONIC AND AUTOMOTIVE INDUSTRIES INDUSTRIES PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

13. LOW TEMPERATURE BIO PACKAGING HIGH TEMPERATURE BIOPOLYMER PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

14. PROPERTIES VALUESASTM Melt flow index(g/10min) 0.85D1238 Heat Deflection Temperature( O C) 105 D648 Tensile Properties Strength@Break(MPa) Elongation(%) Modulus(MPa) 52.18 2.5 3770.37 D638 Impact Strengths Notched(kJ/m 2 ) Unnotched(kJ/m 2 ) 5.64 14.58 D256 PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

15. BIOPOLYMERS RESEARCH  ALL GREEN PLA COMPOUND USING BIO FILLERS USING BIO FILLERS  ALL GREEN PLA COMPOSITE WITH EXTREME HEAT WITH EXTREME HEAT RESISTANCE RESISTANCE  GLASS CLEAR AND HIGH TEMPERATURE RESISTANCE TEMPERATURE RESISTANCE PLA  PLA  PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

16. BIOBLENDS RESEARCH  GREEN PC/PLA BLENDS  GREEN PC/PLA BLENDS  GREEN PC/PBS BLENDS  GREEN PC/PBS BLENDS  ALL GREEN PC/PLA COMPOUND USING BIO-FILLER COMPOUND USING BIO-FILLER  ALL GREEN PC/PBS COMPOUND USING BIO-FILLER COMPOUND USING BIO-FILLER PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

17. BIOBLENDS RESEARCH  ALL GREEN PC/PLA COMPOSITE COMPOSITE  ALL GREEN PC/PBS COMPOSITE COMPOSITE  GREEN PC/PBS BIOTHERMOPLASTIC BIOTHERMOPLASTIC ELASTOMER(TPE) ELASTOMER(TPE)  ALL GREEN PLA/PBS BIOTHERMOPLASTIC BIOTHERMOPLASTIC ELASTOMER(TPE)COMPOSITE  ELASTOMER(TPE)COMPOSITE  PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

18. GREEN PC/PLA BLEND ALL GREEN PC/PLA BLEND PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

19. PROPERTIES AST M GREEN (PC/P BS) PC (S300R ) PC/AB S (MB22 13R) PC/PE T (MB21 05) MFI(g/10 mins) Tensile Properties: Ultimate Strength(MPa ) Modulus(GPa) Elongation@B reak(%) Flexural Properties: Strength(MPa ) Modulus(GPa) Deformation@ Break(%) Impact Strength: Unnotched(kJ /m 2 ) Notched(kJ/m 2 ) D1 23 8 D6 38 D7 90 D2 56 2.79±0.16* 44.23± 4.86 1.62±0.08 29.30± 20.21 84.46± 1.220 1.91±0.03 17.96± 1.80 Not Break 40.56± 2.23 4.63±0. 04** 58.99± 7.01 1.76±0. 06 7.60±0. 50 97.65± 0.96 2.32±0. 22 7.69±1. 52 Not Break 6.43±2. 56 0.09±0. 01** 48.79± 3.67 1.91±0. 02 32.12± 10.41 94.26± 1.30 2.46±0. 09 6.48±0. 28 Not Break 16.77± 1.49 8.55±0.06** 48.45± 0.59 1.84±0.03 56.01± 19.46 95.58± 0.55 2.32±0.08 6.33±0.10 Not Break 3.88±0.77 PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

20. ENGINEERED WOOD RESEARCH HIGH DURABLE WOOD HIGH DURABLE WOOD  EXTREMELY LOW MOISTURE ABSORPTION ABSORPTION  CONSTRUCTION GRADE  HIGH STRENGTH  ZERO TERMITE ATTACK PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING

21. ENGINEERED WOOD RESEARCH  LVL WOOD BASED ON PARAWOOD PARAWOOD  LAMINATED FIBER WOOD BASED ON EUCALYPTUS PULP BASED ON EUCALYPTUS PULP  LIGHT WEIGHT FOAM SANDWICH ENGINEERED WOOD ENGINEERED WOOD  GREEN ADHESIVE FOR ENGINEERED WOOD  ENGINEERED WOOD  PETRO-MAT R&D ON BIOPLASTICS FOR ECO-LIVING