Agricultural Cold Chain Logistics Training Course

Participants can set defensible temperature and shelf-life requirements for different agricultural products.

• Temperature setpoints defined by commodity physiology, safety requirements and customer specifications
• Allocate shelf-life budgets across harvest, packing, storage, transport and retail
• Minimum and maximum temperatures differentiated for chilled and frozen products
• Use pulp temperature rather than air temperature for product-release decisions
• Establish delivery acceptance criteria using remaining shelf life and condition
• Document product specifications with tolerances, measurement points and responsibilities

Participants can select operational controls that remove field heat and protect product condition after harvest.

• Field heat removal timed against harvest windows and ambient conditions
• Compare forced-air, hydro, vacuum and room cooling methods
• Harvest-to-cooler time monitored as a critical operational measure
• Packhouse zoning separates incoming field product from cooled dispatch stock
• Packaging ventilation matched to cooling method, airflow and commodity requirements
• Control ethylene exposure through segregation, ventilation and compatible storage

Participants can manage cold store conditions, stock rotation and handling controls for perishable inventory.

• Cold room setpoints verified through calibrated sensors and independent checks
• Temperature mapping identifies warm zones, airflow constraints and loading effects
• Apply FEFO rotation using expiry dates, pack dates and quality status
• Pallet spacing and stacking patterns protect airflow around stored products
• Door discipline, dock seals and staging limits reduce thermal gain
• Quarantine procedures isolate suspect stock pending quality or safety decisions

Participants can plan refrigerated transport operations that maintain temperature and product condition in transit.

• Reefer pre-trip inspections cover refrigeration, insulation, drains and door seals
• Set reefer modes according to commodity, packaging and air-circulation requirements
• Route plans account for transit duration, border delays and delivery windows
• Loading patterns preserve return-air flow and prevent evaporator blockage
• Multi-drop distribution managed through compartmenting, stop sequencing and door control
• ATP Agreement requirements considered for applicable international refrigerated transport

Participants can design monitoring arrangements that produce usable evidence of cold chain performance.

• Choose data loggers by accuracy, interval, battery life and placement
• Sensor placement reflects product location, airflow patterns and shipment configuration
• Calibration certificates reviewed against acceptance limits and traceability requirements
• Time-temperature records interpreted using excursion duration, severity and product sensitivity
• GS1 EPCIS events connect product identity, location, custody and condition
• Exception alerts assigned to named responders with defined response times

Participants can apply food safety controls and documented corrective actions to cold chain operations.

• HACCP hazard analysis distinguishes biological, chemical and physical hazards
• Identify cold chain critical control points and operational prerequisite programmes
• Critical limits define temperature, duration, sanitation and product-release conditions
• Corrective action records capture containment, disposition, root cause and verification
• Codex General Principles of Food Hygiene applied to perishable handling
• Audit trails link monitoring records, deviations, actions and responsible personnel

Participants can specify packaging and handling practices that reduce damage and temperature exposure.

• Select packaging for ventilation, compression strength, moisture control and protection
• Pallet configuration tested against airflow, stability and vehicle space utilisation
• Loading sequence minimises ambient exposure during transfer and dispatch
• Cross-contamination controls separate raw, ready-to-eat, allergen and odour-sensitive products
• Handling standards address drop damage, crushing, vibration and condensation
• Receiving inspections verify packaging integrity, pulp temperature and visible defects

Participants can manage third-party cold chain providers through measurable requirements and review routines.

• Service specifications define equipment, setpoints, monitoring and reporting duties
• Carrier qualification assesses fleet condition, driver competence and maintenance records
• Warehouse agreements assign product ownership, release authority and claim responsibilities
• Scorecards track temperature compliance, on-time delivery, damage and rejection rates
• Root-cause analysis uses five whys and fishbone diagrams for recurring failures
• Commercial remedies align service credits, claims evidence and corrective-action closure

Participants can build a practical improvement plan for controlling a selected agricultural cold chain.

• Cold chain KPIs combine excursion rates, spoilage, claims and service measures
• Pareto analysis prioritises recurring causes of product loss and rejection
• Risk registers rank failure modes by likelihood, impact and detectability
• Control plans assign limits, monitoring frequency, owners and escalation triggers
• Review cadence links operational data to supplier meetings and management decisions
• Ninety-day action plans sequence corrective actions, resources and accountability