国際会議Proceedings - 張　　傛喆

21. Biodegradation of PHB Containing Glycol Based Plasticizers by Ralstonia sp. C1 Isolated from the Natural Environment

    Yugo Matsumura, Young-Cheol Chang，3rd Joint Symposium on Environmental Engineering，(頁 93)，2025年08月

    

22. Investigating the Interaction of PHB and Congo Red Dye in Water and Their Biodegradability by Bacteria Isolated from Sewage Sludge

    Shakir Ali, Young-Cheol Chang，3rd Joint Symposium on Environmental Engineering，(頁 35 ～ 45)，2025年08月

    

23. Comparative Analysis of Viscosity of PHBV Synthesized from Various Substrate Compositions

    Shouyou Takamatsu, Young-Cheol Chang，3rd Joint Symposium on Environmental Engineering，(頁 92)，2025年08月

    

24. Developing alternative plastics for the transition to a circular economy

    Young-Cheol Chang，15th ICFEE International Conference，2025年03月

    

25. Bioremediation Potential of Microbial Strains Isolated from Sewage Sludge and Campus Soil

    Shakir Ali, Takuya Tamazawa, Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering，(頁 24)，2025年01月

    

26. Production of PHBV with Various Proportions of 3-HV Fractions and Comparison of the Physical Properties Using the Same Strain

    Shouyou Takamatsu, Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering ，(頁 66)，2025年01月

    

27. Optimal Carbon, Nitrogen, and Phosphorus Ratios for Maximizing PHA Yield: A Comprehensive Study

    Aoi Miyata, Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering，(頁 73)，2025年01月

    

28. Evaluation of Culture Conditions for Polyhydroxyalkanoate (PHA) Production Using Raw Sewage as a Dilution Medium

    Hirotaka Inoue, Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering，(頁 81)，2025年01月

    

29. Effect of water soluble additives on polyhydroxybutyrate (PHB) degradation by Ralstonia sp. C1

    Yugo Matsumura, Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering，(頁 108)，2025年01月

    

30. Investigation of Culture Medium Composition for Improving Polyhydroxyalkanoate (PHA) Production Efficiency Using Ralstonia sp. C1

    Taiyo Hasegawa , Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering，(頁 114)，2025年01月

    

31. Availability of Lignin-Derived Compounds and Indirect Evaluation of Lignin Degradation Using Remazol Brilliant Blue R (RBBR)

    Mioto Uno, Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering，(頁 122)，2025年01月

    

32. Isolation and Characterization of PHB-Degrading Bacteria from Activated Sludge and Campus Soils

    Takuya Tamazawa, Shakir Ali, Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering，(頁 133)，2025年01月

    

33. Biopolymer production using CO2 and toxic organic compounds

    Young-Cheol Chang，2nd Joint Symposium on Environmental Engineering，(頁 137)，2025年01月

    

34. Evaluation of Adaptive Laboratory Evolution (ALE) Using the Comamonas sp. C10 Strain for the Enhancement of Polyhydroxybutyrate (PHB) Degradation Capability

    Yui Sato, Young-Cheol Chang，The 5th International Electronic Conference on Applied Sciences，2024年12月

    

35. Phenol degradation and production of PHA using phenol degradation products as substrates

    Young-Cheol Chang, M. Venkateswar Reddy，The 5th International Electronic Conference on Applied Sciences ，2024年12月

    

36. Cost-Effective Polyhydroxyalkanoate (PHA) Production Using Raw Sewage as a Dilution Medium

    H. Inoue, Y.C. Chang，14th International conference on Environmental and Public Health Issues in Asian Mega-cities，(頁 122 ～ 123)，2024年11月

    

37. PHA production with CO2 and volatile organic compounds

    Y.C. Chang, C. Seki, M. Shimadzu，14th International conference on Environmental and Public Health Issues in Asian Mega-cities，(頁 120 ～ 121)，2024年11月

    

38. A study of phenol degradation and the production of biodegradable plastics using phenol degradation products

    Takahiro Ogami and Young-Cheol Chang，JSEE2024，(頁 96)，2024年01月

    

39. The evaluation of Adaptive Laboratory Evolution (ALE) using Comamonas sp. C10 strain for enhancement of PHB degradation capability

    Yui Sato and Young-Cheol Chang，JSEE2024，(頁 100)，2024年01月

    

40. Biodegradation of PHB films by Ralstonia sp. C1 strain in soil under low-temperature

    Takumi Terayama and Young-Cheol Chang，JSEE2024，(頁 101)，2024年01月