Industrial sectors that rely on hazardous materials increasingly operate through complex networks of firms rather than isolated organizational structures. Production, storage, transportation, and distribution activities are frequently distributed across multiple companies connected through supply chains and industrial ecosystems. While this structure improves efficiency and specialization, it also introduces new governance challenges related to the safe management of hazardous materials. Safety risks originating within one organization may propagate rapidly across interconnected firms, creating systemic vulnerabilities that extend beyond individual corporate boundaries. Traditional safety management systems have largely been designed at the firm level, focusing on internal compliance procedures and facility-specific operational controls. However, such approaches often fail to address the interdependent nature of modern industrial ecosystems in which hazardous materials move across multiple organizations before reaching final users. Effective governance therefore requires leadership frameworks capable of coordinating safety strategy across entire industrial networks. This paper examines how safety governance can be institutionalized across multi-firm ecosystems that collectively manage hazardous materials. Drawing on research in industrial risk management, inter-organizational governance, and safety leadership, the study develops the Ecosystem Safety Leadership Framework (ESLF). The framework explains how leadership coordination, information transparency, and collaborative governance mechanisms enable firms to align safety strategies across interconnected industrial systems. The study argues that organizations participating in hazardous material ecosystems must move beyond firm-centric safety management toward ecosystem-level governance models. By institutionalizing safety strategy across organizational boundaries, industrial ecosystems can strengthen collective resilience, reduce systemic risk exposure, and improve regulatory accountability within complex supply networks.
SEYIT ERDEM TURKMEN (Mon,) studied this question.