งานวิจัยที่นำไปใช้ประโยชน์

Technology platform establishment in lactic acid fermentation for the bioplastic industry

Project undertaken by: The Institute of Biotechnology and Genetic Engineering, Chulalongkorn University

Partner: PTT Global Chemical Public Company Limited

About research: The Pilot Scale Fermentation Group has a strong research collaboration with the PTT Global Chemical Public Company Limited since 2009 to establish an industrial fermentation platform to produce lactic acid as the feedstock in bioplastic (Polylactic acid; PLA) industry. We have isolated and modified bacteria specifically producing lactic acid. Compared to known industrial strains, our bacterial isolate is one of the world’s best strains since it yields a high lactate productivity and is suitable for industrial fermentation. Moreover, we have also established the fermentation platform that is viable from the laboratory scale towards industrial production, being established so far at pilot scale fermentation. Collaboration between our group and the company involves research agreement, licensing, university-industrial linkage program, technology transfer and technology validation.

The sense of kinship and warmth found in the Chula community is priceless and a treasure worth keeping.

Prof. Dr. Pornanong Aramwit Faculty of Pharmaceutical Sciences, Chulalongkorn University

PDPA Icon

This website uses cookies to personalize content, provide the best user experience, and improve Chula website services.

Privacy Preferences

ท่านสามารถเลือกการตั้งค่าคุกกี้โดยเปิด/ปิด คุกกี้ในแต่ละประเภทได้ตามความต้องการ ยกเว้น คุกกี้ที่จำเป็น

Accept All
Manage Consent Preferences
  • Strictly Necessary Cookies
    Always Active

    These cookies are essential for the basic functionality of the website, including security, network management, and consent recording, and therefore cannot be disabled.
    Cookies Details

  • Analytics and Statistics Cookies

    These cookies help the University understand user behavior, such as the number of visitors, popular pages, and content performance, in order to improve the quality of the website. The data collected is anonymized and does not directly identify users.
    Cookies Details

  • Behavioral Analytics Cookies

    These cookies analyze usage patterns, such as clicks, scrolling, and navigation paths, to improve the user experience, without directly collecting personal data.
    Cookies Details

  • Preference Cookies

    Used to remember user preferences so the website can be displayed according to the selected language.
    Cookies Details

Save