Monterrey Water Stress, Lithium Policy and Industrial Demand, Feasibility and Implementation Constraints

Water stress in semi-arid industrial metropolitan areas represents a structural bottleneck for national industrial strategies and local social stability. In northern Mexico, accelerating manufacturing activities intersect with systemic aquifer depletion and severe municipal shortages, transforming water rights and industrial allocation into contentious policy arenas [1]. Understanding the interaction between regional hydrological constraints and heavy industrial expansion is critical for evaluating regional economic resilience.

Institutional water allocation systems often prioritize historical concessions or major commercial activities despite unequal contributions to gross domestic output, precipitating public friction and supply vulnerabilities [3]. Simultaneously, federal mineral strategies prioritizing domestic processing create competing resource claims across water-stressed manufacturing corridors. Regulatory frameworks governing transboundary basins and municipal water utilities frequently lack adaptive capacity to reconcile industrial growth targets with municipal water preservation mandates [4].

This diploma thesis examines the feasibility and implementation constraints of industrial expansion and resource policy within the Monterrey Metropolitan Area under acute hydrological vulnerability. By evaluating institutional concession dynamics, sector-specific consumption intensities, and national critical material development frameworks, the study provides evidence-based criteria for sustainable resource management. The findings inform regional development planners and policymakers on balancing industrial transition targets with long-term ecological and civic viability.