This project aims to develop next-generation green, carbon-neutral plastic technologies by harnessing the synergistic potential of microalgae and agricultural residues. Our objective is to advance innovative approaches to carbon capture and bio-based plastic manufacturing, thereby contributing to global carbon neutrality goals while addressing the escalating challenge of plastic pollution. Our research framework integrates high-efficiency photosynthetic carbon fixation using microalgae with the valorization of agricultural waste into high-value sustainable materials. Agricultural residues such as rice husks and corn cobs, are used as carbon sources and substrates. These are combined with high-productivity algal strains like Chlorella and Spirulina to construct a versatile platform for biogenic carbon capture and bioplastic synthesis. The project will first focus on optimizing a carbon capture system by screening and enhancing algal strains for maximum CO₂ absorption. Agricultural by-products will be co-utilized to improve algal biomass yield through nutrient supplementation. In the subsequent phase, we will develop green co-polymerization technologies to synthesize bio-based plastics by combining algal-derived polysaccharides and lipids with cellulosic or lignin-rich components from agricultural waste. The resulting materials will undergo rigorous testing to evaluate mechanical properties, recyclability, and life cycle carbon footprint, ensuring practical industrial applicability and environmental benefit.

In 2025, we are pleased to invite three graduate students to participate in a six-month international research exchange at our lab. This program offers a unique opportunity to gain hands-on experience in biorefinery, renewable energy, and sustainable biomaterials, while engaging in meaningful cross-cultural collaboration. We welcome applications from Master’s and Doctoral students specializing in Environmental Engineering, Materials Science, Energy, Biotechnology, or related fields. Candidates with a strong passion for sustainable innovation and environmental solutions are especially encouraged to apply.