Inventory Control and Total Quality Management
Abstract
This chapter delves into the strategic role of Inventory Control and Total Quality Management (TQM) in the evolving landscape of Green Hydrogen production and distribution. With sustainability and efficiency at the forefront of modern energy systems, effective inventory management becomes crucial for minimizing waste, optimizing storage capacity, and ensuring high-quality output. The chapter begins by examining Inventory Management for Green Hydrogen, highlighting its unique challenges due to the gas's volatility and storage requirements. It further explores Inventory Planning and Forecasting models tailored to production cycles and fluctuating energy demands. Advanced Inventory Control Strategies are discussed with a focus on waste minimization, energy-efficient storage, and environmental impact. The integration of Just-in-Time (JIT) Inventory Management in hydrogen distribution networks is analyzed to demonstrate cost and resource optimization. The role of Inventory Tracking and Monitoring Systems is evaluated for enhancing visibility and control across storage facilities, ensuring traceability and compliance. Furthermore, the chapter emphasizes Quality Control Measures, including rigorous Testing and Inspection protocols vital for maintaining the integrity and safety of green hydrogen. It also addresses Risk Management in Inventory Control, offering frameworks to mitigate uncertainties in supply chains. The chapter concludes with an Overview of TQM Principles and their practical application to green hydrogen inventory systems, promoting a culture of continuous improvement, stakeholder satisfaction, and operational excellence. By integrating TQM with modern inventory practices, this chapter provides a comprehensive approach to achieving sustainable and high-performance hydrogen supply chains.
Fields of Study & Subjects
Supply Chain and Inventory Management
Quality and Supply Management
Management and Optimization Techniques
Publication details
- Pages
- 395–443
- Publication date
- 6 February 2026
- Language
- EN