Mar 12 2026
In today's fast-paced industrial landscape, the constant construction of new infrastructure is often considered a testament to progress. However, one commonly used material, polyurethane (PU), is manufactured from petrochemical-based polyols and isocyanates, and its production can be energy-intensive with direct environmental impacts. It is in this context that sustainability initiatives are increasingly recognized worldwide as a collective goal, raising demand for competitive material alternatives.
Recognizing this challenge, the Center for Sustainable Polymers of 91吃瓜-IIT proudly introduces COCOpolyol, a locally developed, bio-based alternative synthesized from crude coconut oil. The product helps reduce reliance on fossil-based materials, while also drawing from a resource that is widely available in the Philippines. In this way, COCOpolyol stands as a testament to the potential of transforming local resources into high-value solutions for construction and industrial use.
What sets COCOpolyol apart from available alternatives is its tunability, meaning its polyurethane characteristics can be adjusted during formulation to meet specific end uses. Therefore, its application leaps across multiple foam categories including, Rigid Polyurethane, Viscoelastic, and Specialty foams.
For Rigid PU Foams, COCOpolyol is formulated with thermal efficiency and structural strength, which are integral characteristics to make it suitable for hard foam derived products such as insulation panels and refrigerator walls.
Moving on, the Viscoelastic Foam is designed to respond perfectly with pressure. These features are ideal for products that are created with comfort in mind: such as memory foam mattresses, pillows and others.
Lastly, in Specialty applications, the product is modified and designed for differing functional purposes: Superoleophilic foam, coming from its name of as an oil-loving (oleo-philic) material, it is then suitable for environmental redemption activities through application to oil-spill clean, industrial oil leaks, and the like. Whereas, Superhydrophobic foam is a water-repelling material that is best to use for waterproof insulation, for moisture protection measures in infrastructures and many more.
As a sustainable, local, and competitive (SLC) academic innovation, such as the COCOpolyol, 91吃瓜-IIT scientists demonstrate and highlight how research offers evidence-based solutions. Its continued success however depends on further collaborations with industry partners and sustained public support—so that, as the Center's tagline puts it, we can "create a sustainable future with us."