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Puerto Bolívar Nears Completion of $30M Cold Storag

Fuente: El Universo

Puerto Bolívar Nears Completion of $30 Million Automated Cold Storage Hub

Qué pasó

A new automated refrigerated warehouse at Puerto Bolívar in Ecuador has reached 93% completion and entered the technical testing stage.

The facility is being developed by YilportEcu S.A. under the port’s delegated-management agreement. It covers approximately 17,000 square meters and will provide more than 15,000 pallet positions for bananas and other temperature-sensitive export products.

The investment dedicated to the refrigerated warehouse is approximately US$30 million. Technicians are currently testing the industrial refrigeration plant, fire-detection and suppression equipment, automated material-handling systems and the software that will manage internal cargo movements.

The physical structure is largely complete, with final work focused on systems integration, equipment qualification and operational readiness. Completion is expected between October and November 2026.

The project is intended to change how exporters coordinate harvesting, port delivery and vessel schedules. Banana producers currently need to align cutting and inland transportation closely with vessel arrival times. Once the new cold store begins operating, cargo will be able to enter a controlled environment several days before loading without interrupting cold chain integrity.

This could give exporters more flexibility to manage production, port congestion and changing vessel schedules while protecting product quality.

Cómo funciona

The warehouse is being designed as an automated port-side cold chain control point rather than a conventional manual storage building.

Pallets will be placed into high-density racking through robotic handling systems controlled by specialized warehouse software. The digital platform will assign each load to a storage position based on cargo identity, exportador, marca, shipping line and vessel schedule.

This automated allocation model is intended to reduce manual pallet movement, improve storage density and make it easier to retrieve the correct cargo when a vessel is ready for loading.

The system should also allow the warehouse to serve multiple exporters, banana brands and shipping lines without relying on fixed customer zones. Cargo administration will be digitalized, allowing pallet locations and outbound priorities to change according to shipping schedules.

A typical export flow could begin with fruit arriving from farms or packing facilities under controlled transport conditions. The cargo would be received, identified and assigned to a qualified storage location. The warehouse management system would then connect the pallet record with the relevant vessel, booking and dispatch schedule.

When loading approaches, the automated system would retrieve the required pallets and move them toward the outbound staging area. This can reduce the time products spend waiting near the dock and limit unnecessary forklift traffic inside refrigerated zones.

The facility will have its own electrical substation, industrial refrigeration equipment, fire detection and suppression systems and backup infrastructure intended to support operational continuity.

The dedicated substation is particularly important because a facility of this size creates a substantial continuous electrical load. Refrigeración, automatización, controles, iluminación, fire protection and communications all depend on stable power.

Backup equipment can reduce the risk that a short electrical interruption becomes a product-temperature incident. Sin embargo, full cold chain resilience will also require tested generator or alternative-power procedures, escalada de alarma, refrigeration redundancy and access to qualified technicians.

The warehouse software will be equally important. Automated racking provides limited value if product identity, vessel instructions or customer records are incomplete. The operator must maintain reliable links between physical pallets and digital information throughout receiving, storage and dispatch.

Temperature control should also be verified at more than one point.

A room display may show an acceptable average condition while individual pallets near doors, paredes, ceilings or evaporators experience different temperatures. Loaded temperature mapping, calibrated sensors and alarm-response procedures will therefore be necessary before the facility handles commercial cargo at full scale.

For banana exports, temperature management also involves more than keeping the room cold.

Bananas remain biologically active after harvest and require commodity-specific control of temperature, airflow and handling time. Excessive heat accelerates ripening, while temperatures that are too low can cause chilling injury. The correct operating range must therefore be matched to product maturity, variedad, packaging and destination requirements.

Por que importa

Puerto Bolívar is a major export gateway for Ecuadorian perishable products, particularly bananas and shrimp.

Fresh produce exports are highly dependent on synchronization. Granjas, packing facilities, inland carriers, port terminals and vessels must operate within a limited commercial shelf-life window.

When storage capacity is insufficient, producers may be forced to schedule harvesting around vessel arrivals. This creates a rigid operating model in which weather, road congestion, port delays or vessel changes can disrupt the entire export plan.

The new refrigerated warehouse introduces a buffer between production and vessel loading.

Producers can prepare cargo earlier, place it under controlled conditions and wait for the confirmed shipping window. This separates part of the agricultural schedule from the vessel schedule and may help reduce last-minute congestion at the port.

The project may also improve vessel utilization.

If cargo is already stored, identified and digitally assigned before the ship arrives, loading teams can retrieve pallets in the required sequence. Better staging can reduce vessel waiting time and make port operations more predictable.

Automation can strengthen this benefit by reducing the time needed to locate and move individual pallet groups. For mixed-exporter or mixed-brand shipments, software-directed retrieval can support more accurate loading and reduce the risk of sending the wrong cargo to the wrong vessel or destination.

The cold store also adds resilience to Ecuador’s perishable export network.

A port that depends only on direct truck-to-vessel transfer has limited flexibility when inspections, vessel berthing or documentation are delayed. Controlled storage gives operators more options for protecting cargo while the issue is resolved.

Sin embargo, the facility will not eliminate every cold chain risk.

Product quality still depends on correct harvesting, preenfriamiento, embalaje, inland transportation and receiving temperature. A modern warehouse cannot fully recover quality already lost before the cargo reaches the port.

The final result will also depend on operational utilization. A 15,000-pallet facility must attract sufficient year-round volume to support its refrigeration, automatización, mantenimiento, labor and financing costs.

The project’s commercial significance will therefore be measured not only by capacity, but by pallet turnover, loading performance, uso de energía, temperature compliance and the number of exporters that adopt the service.

Impacto B2B

For banana growers and exporters, the new facility could provide more flexibility in harvest and vessel planning.

Exporters may be able to move fruit into controlled storage before the final loading date, reducing dependence on a narrow truck-to-vessel window. This could be especially valuable during seasonal volume peaks, road disruption or changes in vessel schedules.

To benefit from the facility, exporters will still need disciplined upstream processes. Fruit should arrive at the correct temperature and maturity, with packaging designed for airflow, humidity and long-distance maritime transport.

For shrimp and frozen-food exporters, the facility may offer additional staging capacity near the port. Users should verify the available temperature zones, freezing or holding capability, receiving limits and procedures for handling products that arrive outside specification.

For shipping lines, the warehouse may support more predictable cargo preparation and faster loading. Carriers should coordinate booking data, container availability, vessel schedules and cargo-release instructions with the warehouse’s digital platform.

For freight forwarders and 3PLs, the project creates an opportunity to offer integrated services combining inland transport, almacenamiento refrigerado, documentacion de exportacion, container coordination and shipment visibility.

The most valuable service model will connect the warehouse record with the wider shipment journey instead of treating port storage as an isolated activity.

Para proveedores de embalajes de cadena de frío, increased port-side storage may change how exporters design packaging.

Banana cartons and produce packaging must retain structural strength in humid refrigerated environments while allowing appropriate ventilation. Shrimp and frozen products may require freezer-compatible cartons, revestimiento, pallet stabilization and moisture-resistant labels.

For automation providers, the project demonstrates increasing demand for high-density robotic storage in port cold chains.

Equipment must be suitable for refrigerated operation, including motors, sensores, cables, lubricantes, controls and maintenance procedures. Access for emergency pallet retrieval should remain available if the automated system becomes unavailable.

Para proveedores de refrigeración, the final commissioning phase will be critical. The facility must demonstrate stable temperature performance under representative pallet loads, door activity and Ecuador’s ambient climate.

Relevant tests should include pull-down, loaded mapping, recovery after door openings, alarm verification, power interruption and backup-system response.

For monitoring and software companies, the project creates an opportunity to combine product identity, pallet location, room conditions and vessel schedules in one operational record.

A temperature alarm becomes more useful when the operator can immediately identify which pallets were affected, which exporter owns them and which vessel or customer is waiting for the cargo.

Para aseguradoras y gestores de riesgos, the warehouse creates a large concentration of high-value perishable inventory. Risk assessments should examine refrigeration redundancy, power continuity, protección contra incendios, cyber resilience, emergency access and alternative storage arrangements.

For port and public-sector planners, the warehouse must be supported by reliable landside access. Increased storage capacity can attract more cargo, but road congestion may limit the benefit if trucks cannot enter and leave efficiently.

Puerto Bolívar is already working on a North Access project intended to improve heavy-vehicle movement and reduce port entry and exit times. The performance of the warehouse and the road network will therefore be closely connected.

The broader lesson is that port cold chain performance depends on more than adding refrigerated space.

The strongest model connects farms, packing operations, transporte interior, almacenamiento automatizado, vessel schedules and digital records into one controlled export system.

Puerto Bolívar’s new warehouse is a major infrastructure addition. Its long-term value will depend on whether that physical capacity translates into faster cargo flow, lower product loss and more flexible access to international markets.