Skip to content
Home » Cold chain growth and technology trends shaping Latin America

Cold chain growth and technology trends shaping Latin America

By Eamonn Ryan

Part four examines market growth and technology trends highlighted during the GCCF webinar, providing a snapshot of how Latin America’s cold chain sector has evolved in recent years.

New facilities are being designed with energy efficiency in mind.
New facilities are being designed with energy efficiency in mind. AS photofamily | Freepik.com

..continued from part three.

The GCCF webinar provided a detailed overview of the scale and momentum of Latin America’s temperature-controlled logistics sector, illustrating how sustained demand growth and technological investment are reshaping the region’s cold chain landscape. Over the past five years, cold storage capacity has expanded rapidly, driven by rising volumes of perishable foods, pharmaceuticals and value-added food products moving through increasingly sophisticated supply chains.

Industry data presented during the session indicated that Latin America now accounts for more than 36 million cubic metres of refrigerated storage capacity. This capacity is unevenly distributed, with Brazil, Mexico, Chile and Argentina accounting for the largest share. These markets have seen significant investment in modern distribution centres and port-adjacent cold stores, reflecting their roles as both major producers and exporters.

The economic value of the region’s temperature-controlled logistics market was estimated at approximately USD17.5-billion in 2024, with projections pointing to continued growth over the coming decade. Speakers emphasised that this expansion is not solely a function of volume, but also of rising service expectations. Customers increasingly demand tighter temperature control, faster throughput and higher levels of traceability, all of which place pressure on operators to modernise their facilities and systems.

Technology adoption emerged as a defining feature of this modernisation. Automation is now widely used in new and upgraded facilities, particularly in high-throughput environments. Automated storage and retrieval systems, conveyor-based picking and digital warehouse management platforms were cited as tools that improve accuracy, optimise space utilisation and reduce energy consumption. These systems also help address labour constraints by shifting repetitive tasks away from manual handling.

Artificial intelligence and data-driven systems are increasingly layered onto these automated environments. According to the webinar, AI is being applied to demand forecasting, route optimisation and real-time temperature monitoring through IoT-enabled sensors. These capabilities allow operators to respond more quickly to disruptions, minimise product loss and improve overall operational efficiency.

Sustainability considerations are also shaping technology choices. New facilities are being designed with energy efficiency in mind, incorporating better insulation, high-efficiency refrigeration systems and, in some cases, on-site renewable energy generation. Speakers noted that sustainability is no longer viewed as an optional add-on, but as a commercial necessity in a competitive market.

The picture that emerged was of a cold chain sector moving beyond basic capacity expansion toward a more integrated, technology-enabled operating model. The Latin American experience illustrates how market growth, customer expectations and operational efficiency converge to drive technological change.

Next in part five: How food waste reduction and energy efficiency initiatives are expanding the role of cold chain organisations beyond traditional logistics.

Continue in part five…