Efficient logistics determine the profitability of any business, especially when it comes to the food industry. For a producer of grain and brewing raw materials, a well-structured supply chain means not just delivering cargo from point A to point B, but also preserving product quality, adhering to strict deadlines, and maintaining partner trust. Loss of grain quality in transit or missed delivery deadlines can cost a company its reputation, built up over years, as well as direct financial losses.

What does grain logistics involve?

Grain logistics is a comprehensive process that encompasses planning, procurement, storage, transportation, and documentation. The key objective here is to minimize losses and preserve the physical and chemical properties of the raw materials at all stages:

• Harvesting and primary processing – moving the crop from fields to elevators.
• Warehouse logistics – storing and drying grain.
• Mainline transportation – transporting large batches to processing plants or ports.
• Distribution logistics – delivering raw materials to counterparties.

Optimal conditions for transportation

Transporting barley, wheat, and finished malt always requires special conditions. Grain is extremely hygroscopic (absorbs moisture) and sensitive to external factors.
When transporting, the following factors should be considered:

Moisture content

When transporting grain, moisture content should not exceed 14–15%, and for malt — strictly 4–5%. Exceeding these levels risks self-heating and mold.

Temperature

It is important to avoid sudden fluctuations that lead to condensation.

Containers

Bulk transportation in hoppers or containers, packaging in bags (25–50 kg), or big bags (500–1000 kg) is used. All containers must be dry, clean, free of foreign odors, and pest-free.

Grain transportation: main methods

The choice of transport depends on the batch size and distance. The following types of transport are typically used:

1. Rail transportation.
    This is the backbone of long-distance logistics. Grain is transported in specialized hopper wagons. This allows moving huge volumes (one train replaces hundreds of trucks) with low cost, regardless of weather conditions.

2. Road transportation.
    Grain trucks (flatbed, dump) are used. They are indispensable for the "first mile" (from the field) and for delivering malt directly to the plant "door-to-door." They provide high efficiency over distances up to 1000 km.

3. Water and sea transport.
    A key channel for exports. River barges carry grain to ports, and sea vessels ship it to other continents. This is the cheapest method for ultra-long distances.

4. Export logistics of grain
Export requires the highest level of expertise. Here, international rules (Incoterms), customs procedures, and strict phytosanitary requirements of importing countries come into play. Each batch must have certificates of quality and origin. An error in documentation can lead to cargo being returned. Multimodality is critically important — the seamless coordination of rail transport and ships at transshipment ports.

Main problems in grain logistics

Agricultural logistics faces a number of serious challenges:


1.  Seasonality — peak loads during the harvest period (August–November) often create shortages of wagons and trucks.
2.  Infrastructure — the aging fleet of wagons, insufficient transshipment capacity at ports, or low throughput capacity of rail lines create difficulties in loading and unloading grain.
3.  Tariffs — unpredictable fluctuations in freight costs and rail tariffs make long-term planning difficult.
4.  Geography — the distance between grain cultivation areas and ports leads to higher final product costs.

Malt and grain logistics is a complex mechanism that requires precise adherence to the features and rules outlined above. To preserve the quality of raw materials, it is essential for a producer to establish a transportation route and deliver the delicate cargo intact — this mitigates risks and ensures that plants receive high-quality raw materials.