Leading Biopharmaceutical Company
Enabling Ambient Shipping with Stability Data: A Case Study in Global Small Molecule Distribution
Challenge
A leading Pharmaceutical company sought to streamline its global supply chain by transitioning its small molecule tablets from temperature-controlled to ambient shipping. This ambitious move posed several complex challenges, including accurately defining safe temperature thresholds, validating allowable exposure durations, and thoroughly analyzing climate variations across global shipping routes. Ensuring product stability and regulatory compliance under uncontrolled conditions demanded meticulous risk assessment and rigorous validation processes.
Successfully overcoming these challenges required careful consideration of diverse global climates, precise alignment with regulatory standards, and clear documentation of product stability throughout the supply chain. The shift promised significant logistical simplification and substantial cost reductions, but hinged entirely on demonstrating that products would maintain their quality and efficacy across real-world shipping conditions.
Objectives
- Leverage Stability Data:
Utilize extensive stability data for active pharmaceutical ingredients (API), bulk drug products (DP), and finished drug products (FDP) to support ambient shipping conditions. - Climate Comparison Analysis:
Compare the collected stability data against actual climate conditions experienced along various global shipping lanes to evaluate feasibility. - Determine Shipping Conditions:
Assess and confirm whether temperature-controlled shipping is necessary, or if products can safely transition to uncontrolled (ambient) shipment based on stability and climate analyses
Results
The therapies involved are already approved and marketed products. These technical reports were crucial for the company to streamline its supply chain logistics, providing robust justification for transitioning to uncontrolled ambient shipments. This optimization is expected to substantially reduce shipping costs, simplify logistics management, and enhance global distribution efficiency.
Download the full case study