Aquatic equilibrium explores the water footprint as a vital measure of water management, highlighting freshwater consumption across individuals, communities, and enterprises. It aligns with the United Nations Sustainable Development Goals, promoting economic, social, and environmental sustainability, and underscoring the need for ongoing monitoring, data analysis, and collaboration among stakeholders, particularly in emerging nations. By integrating the water footprint framework with SDGs, the study addresses critical global issues, including water scarcity, food security, sustainable industrialization, and climate change. The division of Bardhaman district in West Bengal, India, into Paschim Bardhaman, an industrial and mining hub, and Purba Bardhaman, an agriculturally rich region, presents a unique case study. This research advocates for a water footprint assessment in Paschim Bardhaman to tackle periodic water crises, emphasizing the importance of comprehensive evaluations and long-term strategies to identify alternative freshwater sources. The study offers a fresh application of Water Footprint analysis in West Bengal, integrating it with the SDGs to propose innovative strategies for balancing industrial and agricultural water use, with a focus on managing water scarcity and exploring alternative resources. Ultimately, achieving aquatic equilibrium through water footprint assessments is essential for balancing human progress with environmental stewardship, paving the way for a sustainable and prosperous future for all.