Industrial Swine Feed Mill in Colombia

RICHI MACHINERY

Why This Capacity Fits the Customer’s Feed Demand

The capacity decision starts with feed demand rather than with the maximum output of a pellet mill. Colombia has a substantial and expanding pork sector, but an individual integrated producer still needs a plant that matches its own herd, farm network, raw-material turnover and distribution radius.

A 20 T/H animal feed production line producing about 200 tonnes during a 10-hour effective production day can support a sizeable multi-farm operation without forcing the customer to carry the grain inventory, staffing and maintenance burden of several parallel pelleting trains. The production calendar also leaves room for sanitation, formula transitions, preventive maintenance and days when the line does not need to run at full rated output.

The business case is strengthened by Colombia’s dependence on feed grains, especially yellow corn, and by the importance of feed cost in pork production. The customer can consolidate purchasing, inspect incoming lots, separate ingredients by quality and produce feed against actual farm requirements. The Industrial Swine Feed Mill in Colombia is therefore configured first for internal supply security, with commercial sales treated as optional capacity rather than the assumption used to justify the factory.

• Own-farm demand first: production scheduling follows breeding, nursery, grower-finisher and sow requirements across the customer’s farm network.
• Formula flexibility: separate recipes can be produced without dedicating an entire line to one pig stage.
• Purchasing leverage: centralized corn, soybean meal and by-product procurement improves lot control and silo turnover.
• Expansion without oversizing: longer operating hours can increase annual output before the owner considers a second pelleting train.

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Raw Materials Are Planned by Pig Stage Not One Fixed Formula

The raw-material plan is built around yellow corn and soybean meal, with wheat bran, rice by-products, vegetable oil, mineral sources, amino acids, premixes and other approved micro-ingredients used according to the nutrition program.

Because nursery, gestation, lactation, grower and finisher feeds do not share one recipe, the table below is a purchasing basis for annual planning rather than a claim that every batch contains the same percentages. Incoming grain is sampled for moisture and impurities, soybean meal is checked against purchasing specifications, and sensitive premixes are kept in controlled dry storage away from bulk receiving traffic.

For a 60,000 T/A plant, the practical issue is not simply how much ingredient can be stored, but how quickly each ingredient turns over. Corn receives the largest silo allocation because it commonly represents roughly half or more of swine diets, while soybean meal requires a smaller but still substantial bulk position. Low-inclusion ingredients are not put into oversized silos simply to make the plant look larger. This keeps capital tied to useful storage and reduces the risk of slow-moving material remaining in the system too long.

RICHI MACHINERY

One Process Route Handles Multiple Swine Feed Programs

The production process is kept in one coordinated route so the operator can see how a batch moves from receiving to farm dispatch. The main differences between pig stages are introduced through formulation, grinding screen selection, conditioning settings, pellet diameter and whether the finished pellets are crumbled for young animals. This avoids unnecessary duplication while still giving the customer enough flexibility to manufacture several feed programs during the same production week.

1. Receiving, cleaning and storage: bulk corn and meals are unloaded through the receiving system, screened and protected by magnetic separation before entering assigned silos or bins. Bagged micro-ingredients use a separate controlled route.
2. Grinding: cereal ingredients are reduced with hammer mill feed grinders. Screen selection is adjusted to the target pig stage and formula instead of using one unnecessarily fine grind for all products.
3. Batching, micro-dosing and mixing: macro ingredients are weighed by batch, while lower-inclusion materials are added through a dedicated micro-dosing system. The Feed Mixer Machine is selected around batch size and cycle time, with mixing uniformity verified during commissioning.
4. Steam conditioning and pelleting: mixed mash passes through the conditioner before the ring die pellet machine. Steam addition, retention time, die specification and feed rate are tuned to the customer’s formulas rather than fixed at one universal setting.
5. Cooling, screening and crumbling: hot pellets are cooled close to ambient conditions before screening. Fines are returned in a controlled manner, and selected nursery products can pass through a crumbler to obtain the required particle size.
6. Finished-feed dispatch: feed can move to bagging or bulk load-out according to farm delivery practice. Production records connect formula, batch, date and destination so the customer can manage internal feed supply more systematically.

The line can also produce mash feed when a farm program calls for it, allowing material to bypass pelleting after mixing. That option is useful because not every pig ration must be forced through the pellet mill simply to keep the machine busy. The process design of the Industrial Swine Feed Mill in Colombia therefore follows the customer’s feeding program first and equipment utilization second.

RICHI MACHINERY

Equipment Configuration Centers on One SZLH558 Pelleting System

The main equipment is sized as a 20 T/H-class integrated line rather than four duplicated trains. A single SZLH558 animal feed pellet mill provides the pelleting core; RICHI’s published specification for this model is approximately 20–22 T/H with a 185 kW main motor, 1.5 kW feeder, 11 kW conditioner and 558 mm ring-die inner diameter.

Actual swine-feed output still varies with formula, pellet diameter, conditioning and raw-material characteristics, so upstream and downstream systems are selected with operating margin rather than assuming every hour will equal the catalog maximum.

RICHI does not size the rest of the feed mill equipment by copying the pellet-mill number onto every machine. Two hammer mills are useful because grinding demand is high and screen maintenance should not stop the entire plant, while one correctly sized mixer, cooler and pelleting train are sufficient for the selected capacity. This produces a cleaner equipment list, lower installed power and a layout that is easier for the customer’s maintenance team to understand.

RICHI MACHINERY

Buildings Utilities and Staffing Match a Medium-Large Feed Factory

The customer develops the project on approximately 8,000–12,000 m² of owned industrial land. The main production building requires roughly 1,800–2,500 m² depending on whether silos are arranged outside the workshop and whether finished feed is mainly dispatched in bulk or bags. Covered warehouse space is reserved for bagged ingredients, premixes, packaging materials and finished feed that cannot move directly to farms. Truck circulation, fire access, utility areas and a modest expansion reserve are included without turning the site into an unnecessarily large industrial estate.

Staffing is deliberately lean because this is an automated feed plant, not a labor-intensive manual workshop. A normal shift can cover central control, receiving and silo handling, grinding/batching, pelleting, dispatch and quality checks with maintenance personnel shared across the plant.

The exact number changes with the customer’s bulk-versus-bagged dispatch ratio and whether laboratory, procurement, accounting and security are already provided by the parent swine business. No heating system is assumed for the production building; ventilation, electrical-room cooling and local equipment heat management are designed around the actual project location, altitude and ambient conditions.

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Investment Logistics and Project Delivery

The project is budgeted at approximately USD 1.1 million, with about USD 650,000 allocated to the main RICHI equipment package. This is a planning figure for a 20 T/H-class swine feed project, not a universal price for every Colombian feed mill.

The remaining budget covers customer-side silos and storage, local civil construction, transformer and electrical works, boiler and utility connections, installation-related work, laboratory basics, internal roads and commissioning preparation. The figure stays below the cost of a multi-line industrial complex because the capacity, buildings and auxiliary systems have all been reduced together rather than changing only the pellet-mill number.

RICHI equipment is shipped by sea from Qingdao Port to a Colombian seaport selected according to the final plant location and inland logistics plan. For a project serving central or western production areas, Buenaventura can be considered; Caribbean-side routing can use ports such as Cartagena when it produces a better total logistics route.

The case therefore does not lock the customer to one destination port without knowing the final site. After arrival, installation is coordinated with the customer’s civil, electrical and utility readiness so equipment does not sit on site waiting for foundations or power work to catch up.

A practical implementation period is approximately 7–10 months from confirmed engineering and order execution to installation and commissioning, depending on silo scope, local construction speed and import logistics. RICHI’s engineering work covers process design, equipment selection, layout coordination, electrical/control scope, installation guidance, commissioning and operator training. The objective is to hand over a line whose real bottlenecks have been considered before start-up rather than a collection of machines that only match on a quotation sheet.

RICHI MACHINERY

Why This Project Has Room to Grow in Colombia

The commercial foundation for the Industrial Swine Feed Mill in Colombia is stronger when it is tied to the customer’s own pork production rather than a broad claim about national feed demand. Colombia’s swine sector has continued to expand, while imported yellow corn remains a major feed input. That makes raw-material purchasing, feed conversion, formulation and dependable farm delivery economically important to integrated producers. Internal feed manufacturing gives the customer a direct operating tool for those issues, provided the plant is sized to real consumption and managed with disciplined procurement and quality control.

RICHI Machinery supports this type of project by connecting capacity planning with formula requirements, raw-material receiving, storage turnover, grinding duty, batch size, steam demand, pelleting, cooling, dispatch and future expansion. The value is not in making the factory as large as possible. It is in selecting enough capacity to cover current demand, leaving a credible growth path and avoiding equipment that the customer would pay for but rarely use.

Planning an industrial swine feed project in Colombia? Share your annual feed requirement, pig categories, typical formulas, corn and soybean sourcing, pellet sizes, bulk-versus-bagged delivery ratio, available land and utility conditions. RICHI Machinery can develop the process flow, animal feed mill equipment configuration, layout and quotation around the actual operating model instead of forcing the project into a standard capacity template.