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Sustainable Development and Socio-Economic Growth in Matsya Industrial Area, Alwar

Dr. Samay Singh Meena & Rakesh Kumar Verma

The Matsya Industrial Area (MIA) in Alwar, a key component of the National Capital Region (NCR), has historically been a significant driver of socio-economic development through industrialization, providing employment opportunities and fostering economic growth. However, this rapid industrial expansion, particularly in sectors like chemicals and manufacturing, has led to critical environmental degradation, including severe air and water pollution and the depletion of natural resources. This study investigates the imperative for adopting a comprehensive sustainable development framework within the MIA to reconcile economic progress with environmental stewardship. The research analyzes the current socio-economic landscape, focusing on key metrics such as income levels, job creation, infrastructure quality, and public health outcomes, juxtaposed with the escalating environmental challenges. It posits that a shift toward sustainable industrial practices—incorporating cleaner technologies, efficient resource management, robust waste disposal systems, and adherence to stringent environmental regulations—is essential for long-term regional stability. Such an approach, including the promotion of green infrastructure and corporate social responsibility, will not only mitigate adverse environmental impacts but also enhance the area's liveability and social equity. The findings emphasize that sustained, inclusive socio-economic upliftment in the Matsya Industrial Area is only achievable by strategically integrating environmental sustainability into industrial policy and planning. This integration requires active participation from government bodies, industry stakeholders, and the local community to secure a balanced and prosperous future.

Meena, S., & Vermal, R. (2025). Sustainable Development and Socio-Economic Growth in Matsya Industrial Area, Alwar. International Journal of Global Research Innovations & Technology, 03(04), 43–46.

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