Soyabeans Processing Plant Factory

Soyabeans Processing Plant

Shijiazhuang Xinlu Technology Co., Ltd. - Technical Specifications of Soyabeans Processing Plant

The engineering of a soyabeans processing plant involves integrating multiple unit operations to efficiently separate and transform soybean components into marketable products. The technical specifications of such a plant vary based on capacity, product mix, and processing methodology. Shijiazhuang Xinlu Technology Co., Ltd. provides detailed technical documentation for soybean processing plants, encompassing equipment specifications, process parameters, and performance guarantees.

The raw material handling system specifications include:

• Receiving capacity (tons per hour)

• Pre-cleaning efficiency (% impurity removal)

• Storage silo capacity (days of operation)

• Conveying system capacity (tons per hour)

• Automation level for material handling

These systems are designed to ensure continuous feedstock to processing operations while maintaining raw material quality through proper aeration and inventory management.

The preparation section technical parameters encompass:

• Conditioning temperature range (°C)

• Moisture adjustment capability (%)

• Dehulling efficiency (% hull removal)

• Hull separation efficiency (%)

• Flaking mill capacity (tons per hour)

• Flake thickness specification (mm)

The conditioning process parameters are critical for optimizing oil extraction and product quality. The dehulling system performance directly impacts protein content in meal products, with modern plants achieving hull removal efficiencies exceeding 95%.

The oil extraction system specifications vary significantly between mechanical pressing and solvent extraction technologies. For mechanical pressing systems:

• Press capacity (tons per day)

• Power consumption (kWh/ton)

• Oil recovery efficiency (%)

• Cake residual oil content (%)

For solvent extraction plants:

• Extractor capacity (tons per day)

• Solvent consumption (liters/ton)

• Miscella concentration (% oil)

• Desolventizer capacity (tons per day)

• Residual solvent in meal (ppm)

The extraction efficiency of modern solvent plants typically exceeds 99%, with residual oil in meal below 1%. The solvent consumption is maintained at minimal levels through efficient recovery systems.

Oil refining specifications include:

• Degumming efficiency (% phospholipid removal)

• Neutralization efficiency (% FFA reduction)

• Bleaching earth consumption (% on oil)

• Deodorization temperature (°C)

• Finished oil quality parameters

The refining process is designed to produce edible oil meeting international standards for stability, purity, and sensory characteristics.

Meal processing specifications cover:

• Toasting temperature and time parameters

• Grinding fineness specifications

• Cooling requirements

• Packaging formats

For plants producing specialized protein products, additional specifications include:

• Protein extraction efficiency (%)

• Protein isolate purity (%)

• Functional property specifications

• Drying system parameters

The utility requirements for a soybean processing plant include:

• Steam generation capacity (tons per hour)

• Power consumption (kWh/ton soybean)

• Water consumption (m³/ton soybean)

• Compressed air requirements

Environmental management specifications encompass:

• Effluent treatment capacity

• Air emission controls

• Noise abatement measures

• Solid waste management

Modern soybean processing plants from Shijiazhuang Xinlu Technology Co., Ltd. incorporate automation systems with specified:

• Control system architecture

• Monitoring points

• Data logging capabilities

• Reporting functions

The plant performance guarantees typically include:

• Overall oil extraction efficiency

• Protein content in meal products

• Utility consumption rates

• Production capacity

• Product quality parameters

These technical specifications form the basis for plant design, equipment selection, and performance evaluation. Shijiazhuang Xinlu Technology Co., Ltd. provides detailed technical documentation tailored to each project's specific requirements, ensuring transparent communication and alignment with client expectations throughout the project lifecycle.