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An expeditious pace of expanding industrialization and urbanization is a global vulnerability which immediately requires utmost attention towards the replacement of prosaic petroleum-based polymer assimilation. Thus, greening the innovative route of microalgae derived biopolymers has attained significant interest as an improved and sustainable approach towards the worldwide circular bioeconomy. In this context, the use of as synthesized biopolymers from microalgae attributing as a potential feedstock has bestowed for a biodegradable solution to reduce the greenhouse gases emission and rapid biomass productivity with metabolic flexibility. However, the confront of high microalgae cultivation cost and low metabolites’ accumulation have triggered the advancement of microalgae metabolic cultivation strategy. Hence, the current review portrays to propose a novel multi-phasic fed batch light depleted low-cost …