![]() ![]() Why did you decide to create this project? ![]() Through all these activities the participants are presented with an opportunity to interact with the interactive gallery, which includes the Tunnel of Lessons Learnt that displays the lessons learnt of major incidents within the industry, offering a moment of reflection to all visitors in the importance of conserving our planet and prioritising our safety. Real Plant Experience is an event that provides opportunities for university students to engage subject matter experts and interact with the interactive gallery. HSSE Lunch Box are forum-style engagements with the actual respondents of incidents sharing their insights and first-hand experiences. The three main activities in CoHEx are the Contractor Best Practice Sharing, HSSE Lunch Box and Real Plant Experience.Ĭontractor Best Practice Sharing provides a platform for contractors to share their respective best practices that can be replicated, and to discuss on HSSE-related concerns in a transparent medium. The gallery consists of 19 segments that are related to different scopes of HSSE, filled with informative displays of information and interactive features for participants. Tell us briefly about some of the activities within your award-winning interactive educational centre?ĬoHEx consists of an auditorium, an interactive gallery of HSSE elements in the style of a museum walkway and a mini-setup that provides participants an opportunity for a practical application of knowledge. I also want to support the next generation of engineers towards achieving a greener, brighter and sustainable future. I plan to develop the processes in pilot scale and have them commercialized in industry. A big thanks to my collaborators for their contributions in making our work impactful. This award has given me a greater sense of pride in my research work, as it is well acknowledged by professionals in the field. ![]() You won the Young Researcher category in the Malaysia Award and then at the Global Awards – how did that feel? And how will these awards help you in your career? This corresponds to the goal of sustainability for our Earth. By nurturing sustainable practices among engineers, resources can be well managed with enhanced protection to the environment, health and safety. I believe that the younger generation is the key for next Green Industrial Revolution. The industrial revolution evolves quickly and many natural resources face a risk of depletion while the global population is expected to reach 8 billion by 2023. Why do you feel it’s important for chemical engineers to advocate for sustainable practices? In your four-year academic career so far, you’ve had more than 50 journal papers and three books published, not to mention presenting at many conferences. Developing and designing bioprocesses that apply microalgae-bacterial consortia can treat wastewater while taking up carbon dioxide, and produce natural proteins and lipids. Taking algae as an example, they consume carbon dioxide from the atmosphere while producing biofuels and food supplements which are useful for humans and animals. How is bioprocess engineering and design beneficial to our earth – the environment, our communities and animals?īioprocess engineering employs biological materials for the manufacturing of various products, mainly to improve the yield and quality of the end product. The three phases of the multiphase partitioning process.The photobioreactor for cultivation purposes.Conducting microalgae harvesting and sampling to determine biomass content.I am engaging with leaders in my field, including experts in microalgal-bacterial consortia, industrial wastewaters bioremediation and artificial intelligence implementation for the algae biorefinery towards a more sustainable development. These methods are low cost and time efficient, making them effective to manufacture health and nutritional supplement tablets or medicines for people/animals. These are done using sustainable multiphase partitioning and liquid biphasic techniques. My research focuses on utilizing algae for biomolecules extraction including lipids, proteins, pigments and carbohydrates. Tell us briefly about your research project in developing a biorefinery for algae? How are you working with other international leaders in the field to develop this as a sustainable energy source? ![]()
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