Global dependence on fossil-based raw commodities and synthetic polymers triggers the accumulation of residual waste that is difficult to decompose naturally. In the current era of green industrial transition, research into alternative biomaterials that are circular and renewable has become a top priority. Marine commodities, particularly the algae and seaweed groups, have become the focus of in-depth study due to their high flexibility for development into eco-friendly derivative products.

In line with the principles of circularity, the Lingkar Hijau platform supports the development of biomass algae utilization into high-value bioproducts. Through the application of biotechnology, algal cellular structures are studied to be processed into replacement components for conventional materials, minimizing the carbon footprint. The entire production cycle is designed to leave no hazardous waste, ensuring it is safe for environmental preservation after the material's lifespan ends.

This marine science-based material innovation opens up a new paradigm for the modern manufacturing sector. By maximizing the utilization of marine organisms wisely and without waste, the transition from a linear economy to a circular economy model can be realized to eliminate industrial dependence on raw materials that damage the earth's ecosystem.

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