Industrial systems involving hazardous materials, high-energy processes, and complex production technologies require robust safety management structures. As industrial operations scale across multiple facilities, supply chain partners, and international production networks, maintaining consistent safety governance becomes increasingly difficult. Safety systems that function effectively at a single facility often encounter significant limitations when organizations attempt to scale them across large operational networks. This paper examines the managerial and organizational challenges involved in scaling industrial safety systems across enterprises operating in risk-sensitive environments. Drawing on literature in industrial safety governance, organizational risk management, and enterprise coordination, the study explores how firms design management architectures capable of coordinating safety practices across complex operational ecosystems. The paper introduces the Enterprise Safety Coordination Architecture (ESCA), a conceptual model that explains how organizations can scale safety systems through integrated governance structures, digital monitoring systems, and cross-organizational leadership coordination. The framework emphasizes the role of managerial architecture in aligning safety practices across production units, logistics systems, and partner organizations involved in industrial operations. The analysis demonstrates that effective scaling of safety systems requires more than technical safety procedures. It demands organizational structures that integrate risk monitoring, regulatory governance, and operational decision-making across enterprise boundaries. Firms that successfully develop such architectures can achieve higher levels of operational resilience, regulatory compliance, and long-term industrial sustainability.
SEYIT ERDEM TURKMEN (Mon,) studied this question.