Abstract
Disposal of flower waste is a major environmental issue especially in India. Improper disposal of flower waste from heritage and cultural activities has resulted in an imbalance natural ecosystem causing water, soil, and air pollution. Hence, it is critical to minimise the amount of flower waste produced on daily basis by converting the flower waste into value-added products. These value-added products can be formed in an integrated flower waste biorefinery. Hence in this work, a systematic optimisation model for the synthesise of an integrated flower waste biorefinery with maximum economic performance is presented.
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