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Philippines Cold Chain Gap Drives Shared Farm-Side Hub Strategy

Source: BusinessMirror; supporting source: FAST Logistics

Philippines Cold Chain Capacity Gap Strengthens the Case for Shared Storage Near Production Areas

What Happened

The Philippines is being urged to reconsider where and how it develops cold chain infrastructure after new industry estimates identified a substantial gap between existing refrigerated storage capacity and national food-distribution requirements.

Marc Anthony Dizon, head of the ColdChain Business Unit at FAST Logistics Group, said the Philippines currently has approximately 860,000 cold-storage pallet positions. An estimated 1.4 million pallet positions are required to support the country’s annual food-consumption needs, leaving an indicated capacity gap of about 540,000 pallet positions.

The figures are industry estimates rather than a newly published government inventory, but they provide a useful indication of the scale of the infrastructure challenge.

Dizon argued that the problem is not only the total number of pallet positions. Much of the existing cold storage capacity is concentrated around major consumption centers such as Metro Manila, while many agricultural and livestock production areas have limited access to refrigerated storage, processing and consolidation facilities.

The proposed strategy is to develop more shared cold rooms and value-adding facilities near farms, fishing communities, livestock production areas and regional food clusters. Multiple producers could use the same infrastructure instead of each farmer or small food business having to finance and operate an individual cold-storage facility.

This is not a new facility completion or committed government investment announcement. It is a current cold chain capacity and network-design update that identifies where future infrastructure may generate the greatest reduction in post-harvest loss and logistics cost.

How It Works

A farm-side or production-side cold chain hub can perform several functions before food enters long-distance distribution.

Depending on the commodity, the facility may support receiving, quality inspection, sorting, cleaning, pre-cooling, chilled or frozen storage, packing, consolidation and selected processing activities. Products can be prepared closer to the source so that only market-ready inventory moves to regional distribution centers, processors, retailers or export gateways.

Dizon specifically noted that facilities located near production areas would allow products to be inspected, sorted, cleaned and processed before transportation. Removing non-saleable material and unnecessary weight at origin can reduce the volume carried over long distances and improve the use of transport capacity.

The shared logistics model is intended to improve the economics of these facilities.

A small farmer, cooperative or food processor may not generate enough volume to operate a dedicated cold room efficiently. A shared facility can combine volume from several users, spread fixed refrigeration and labor costs across more products and increase warehouse utilization throughout different harvest seasons.

However, shared infrastructure does not mean that all commodities should be stored together under the same conditions.

Fruit, vegetables, meat, seafood, dairy products, frozen food and pharmaceuticals may require different temperatures, humidity levels, hygiene controls, airflow conditions and handling procedures. A commercially viable shared hub therefore needs separate temperature zones and commodity-specific operating rules.

The model also requires digital coordination.

FAST Logistics called for a more comprehensive agricultural database supported by digital analytics to improve inventory visibility, demand forecasting and distribution planning. Without reliable production and demand data, a cold store may be constructed in the right agricultural region but still operate below capacity because seasonal volumes, delivery schedules and customer requirements are poorly coordinated.

A shared facility should ideally connect warehouse management, booking, inventory, transport scheduling and temperature-monitoring information. Producers need to know when capacity is available, while facility operators need advance visibility into incoming volumes and required temperature profiles.

The transport layer remains equally important. Cold storage near farms protects products only while they remain inside the facility. Refrigerated or appropriately insulated transport is still required between the production hub, distribution center, wholesale market, port, processor or retailer.

Why It Matters

The reported capacity gap indicates that simply adding more urban refrigerated warehousing may not solve the Philippines’ food cold chain problem.

When perishable products begin their journey without rapid cooling or controlled storage, part of their usable shelf life may already be lost before they reach a major city. A large cold store near the final market cannot fully recover quality that was lost during harvesting, initial handling or uncontrolled transport.

Locating infrastructure closer to production changes the point at which thermal protection begins.

For fresh produce, earlier cooling can slow deterioration and help preserve marketable quality. For meat and seafood, faster movement into controlled conditions can improve food safety and reduce exposure. For frozen products, regional facilities can support more disciplined freezing, storage and transfer before long-distance distribution.

The layout issue is therefore as important as the national pallet count.

A country could technically increase total cold-storage capacity while still leaving major agricultural regions underserved. Capacity located far from production may also require farmers to transport unsorted or unprocessed goods over longer distances, increasing cost and moving material that will eventually be rejected or discarded.

Shared infrastructure can also improve access for smaller producers.

Large food manufacturers and retailers may be able to build their own cold rooms, contract dedicated warehouse space and operate refrigerated fleets. Small farms and cooperatives often cannot justify that capital expenditure. A pay-per-use or shared-service model may give them access to temperature-controlled storage, processing and transport without requiring full ownership.

The model nevertheless carries utilization risk. A facility designed around one seasonal commodity may be underused for much of the year. Developers need to understand production calendars, compatible commodities, potential anchor customers and outbound market demand before selecting the final size and temperature configuration.

Energy reliability is another critical factor. Regional cold rooms require stable electricity, backup power, preventive maintenance and access to qualified refrigeration technicians. Building the facility without funding its long-term operation could create stranded or unreliable capacity.

B2B Impact

For cold storage developers, the opportunity is not limited to constructing larger warehouses near Metro Manila.

Regional production clusters may support modular, multi-user facilities designed around actual farm, livestock, fisheries or food-processing volumes. A smaller cold room with high utilization and reliable outbound transport may create more supply chain value than a larger facility operating far from the product source.

Site selection should include analysis of harvest volumes, seasonality, road access, electricity reliability, water availability, local labor, potential anchor users and distance to wholesale, retail or export markets.

For farmers, cooperatives and food processors, shared infrastructure can reduce the capital barrier to modern cold chain participation. Commercial agreements should clearly define storage fees, minimum volumes, product liability, temperature responsibilities, inventory records and procedures for rejected or damaged goods.

For refrigerated transport providers, decentralized hubs could create new regional routes between farms, processing centers, cold stores, ports and urban markets. Fleet planning may need to support smaller collection loads at origin and consolidated outbound movements from the shared hub.

For refrigeration and construction suppliers, the strategy could increase demand for modular cold rooms, insulated panels, condensing units, blast freezers, high-speed doors, dock seals, backup generators, solar-assisted systems and remote monitoring.

Equipment should be selected for local serviceability rather than specification alone. A high-efficiency system provides limited value if replacement parts, trained technicians or refrigerant support are unavailable in the operating region.

For packaging suppliers, near-source cold chain development can increase demand for reusable crates, insulated containers, pallet covers, thermal liners, gel packs and PCM systems used during collection and transfer. Packaging should complement pre-cooling and refrigerated storage rather than being used as a substitute for them.

For digital technology providers, shared facilities require booking, inventory and temperature data that can be separated by customer, commodity, lot and storage zone. Systems should also support demand forecasting, vehicle scheduling and exception alerts.

For banks, infrastructure funds and public-sector agencies, shared cold-chain hubs may require blended financing or public-private operating models. Financing should account for ramp-up time and seasonal utilization rather than assuming full occupancy from the first year.

The wider lesson is that cold chain capacity should be measured by more than national pallet positions. Location, accessibility, commodity compatibility, utilization, energy resilience and transport connectivity determine whether a facility actually reduces food loss.

The Philippine debate shows that the next stage of cold chain development may depend on moving infrastructure upstream—closer to where food is produced—and making that infrastructure commercially accessible to more than one large customer.