The increasing complexity of global supply chains and the rapid expansion of logistics infrastructure have intensified the need for integrated approaches to safety management and environmental sustainability within distribution centers. Traditional warehouse safety systems have primarily focused on occupational hazard prevention, often neglecting ecological implications such as energy consumption, waste generation, and environmental degradation. This research paper develops a comprehensive framework that aligns safety management practices with environmental performance in advanced logistics systems, emphasizing the concept of environmentally responsible distribution center security.

The study adopts a conceptual research methodology based on an in-depth synthesis of existing literature from industry reports, regulatory guidelines, and technological studies. It explores the intersection of occupational safety standards, environmental regulations, and emerging technologies such as green manufacturing systems, ergonomic design, and digital risk assessment tools. The proposed framework integrates safety protocols with ecological strategies, including energy-efficient infrastructure, sustainable material handling, waste minimization, and environmentally conscious risk mitigation.

Findings suggest that organizations adopting integrated safety-environmental strategies achieve enhanced operational efficiency, reduced incident rates, and improved compliance with regulatory standards. The incorporation of ergonomic practices, real-time monitoring systems, and environmentally sustainable technologies contributes to both employee well-being and ecological preservation. Furthermore, the study highlights the importance of organizational culture, regulatory alignment, and technological innovation in achieving sustainable safety outcomes.

However, the implementation of such integrated frameworks presents challenges, including high initial investment costs, technological complexity, and the need for continuous monitoring and adaptation. Despite these challenges, the research demonstrates that harmonizing safety management with environmental objectives is not only feasible but also essential for long-term sustainability in logistics operations.

This study contributes to the evolving discourse on sustainable logistics by providing a structured model that bridges the gap between occupational safety and environmental responsibility. It offers practical insights for logistics managers, policymakers, and researchers aiming to enhance both safety performance and ecological outcomes in modern distribution centers.