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供应链来源: STAT Times ↗来源日期: 历史信息

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Smarter packaging reshapes pharma cold-chain logistics

Temperature-controlled packaging is growing as biopharma shippers weigh passive and active systems, real-time tracking and reusable containers against lane risk and total journey cost.

Market data cited in the material underline the pressure. The IQVIA Institute estimates biopharma loses about $35 billion a year to failures in temperature-controlled logistics, while IATA says more than half of temperature excursions in air transport occur while products are with airlines and airports. MarketsandMarkets expects the temperature-controlled pharmaceutical packaging market to grow from $8.3 billion in 2025 to $18.11 billion by 2030, with Asia Pacific leading in 2025.

Passive packaging uses insulation and coolants such as gel packs, dry ice or phase change materials and has no power source; active packaging uses electrical or mechanical systems, mostly unit load devices in air cargo. Shippers such as QuidelOrtho and Kuehne+Nagel assess product temperature tolerance, volume, lane risk, validation, cargo value, handling complexity and total operational cost. Lufthansa Cargo reports a gradual move from active containers to advanced passive packaging, while Envirotainer describes a risk-based coexistence rather than an either-or choice.

Tracking is presented as part of the package. e-SIM GPS trackers can capture location, shock, tilt, humidity and temperature; Etihad Cargo's SmartTrack sends alerts to a 24/7 control tower, and Lufthansa Cargo uses its Pharma Control Tower and smartULD. Roche Diagnostics India says it has shifted from dry ice to advanced phase change materials for sub-zero shipments and validates packaging for specific transit times and local seasons.

Sustainability depends on utilization and returns. A University of Minnesota and Minnesota Thermal Science lifecycle study, commissioned by a reusable shipper's manufacturer, found a closed-loop system needed 772 reusable shippers versus 30,000 single-use and produced 225 metric tonnes of emissions versus 1,100. The Austrian Institute of Technology says reusable packaging can save CO2 against cardboard, but results depend on shrinkage and returns. Envirotainer's representative says packaging should be viewed as an enabler, not a complete substitute for cold-chain infrastructure.

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