Related machinery of dairy(cheese, butter, milk, yoghurt,cream) processing line
Large outdoor storage tank, agitator tank, jacket tank, ferment growing tank, emulsification tank, milk weighing, milk receiving/collecting, extracting, pasteurizer yoghurt, UHT, HTST pasteurizer, plate pasteurizer, tubular UHT sterilizer, spraying type pasteurization, cooling tunnel, bottle tilting sterilization chain, CIP cleaning system, full-auto CIP, semi-auto CIP, evaporator, curd cutting, whey draining, cheese making, scalding/stretching/molding, cheese vat, mozzarella cheese, cheddar cheese, blending system, pre-pasteurization, cream separator system, powder melting, dissolving system, homogenizer system, turn-key project.
 


Dairy processing plants incorporate a wide array of information technology (IT) systems and automation solutions to optimize operations, ensure food safety, and enhance product quality. Here are some key areas where IT plays a significant role:

1. Process Control Systems: Dairy processing facilities use advanced process control systems that integrate PLCs (Programmable Logic Controllers), SCADA (Supervisory Control and Data Acquisition) software, and DCS (Distributed Control Systems). These technologies allow for real-time monitoring and precise control over critical processes such as pasteurization, homogenization, separation, and packaging.

2. Quality Management Software: Quality management systems track and document all aspects of the production process, from raw milk intake to finished goods distribution. This includes monitoring parameters like temperature, pH, fat content, and bacterial counts. Lab Information Management Systems (LIMS) automate testing procedures and results logging.

3. Inventory Management and ERP Systems: Enterprise Resource Planning (ERP) software manages inventory levels of raw materials, semi-finished and finished products. It optimizes stock replenishment, tracks batch numbers and expiration dates, and provides traceability throughout the supply chain.

4. Automated Packaging and Labeling: Automated packaging lines equipped with vision systems ensure accurate filling, labeling, and coding. Barcodes and RFID tags are used for tracking each unit's journey through the plant and in the marketplace, enhancing recall readiness and customer satisfaction.

5. Predictive Maintenance: IoT sensors collect data on equipment performance and health. AI algorithms analyze this data to predict maintenance needs before equipment failure occurs, reducing downtime and maintenance costs.

6. Energy Management: Smart energy management systems help dairy processors monitor and manage energy consumption across the facility, identifying opportunities for efficiency improvements and cost savings.

7. Data Analytics and Reporting: The collection and analysis of big data allow for continuous improvement in operational efficiency and product quality. Dashboards provide real-time insights into plant performance, enabling quick decision-making.

8. Food Safety and Compliance: Integrated compliance management tools ensure adherence to industry standards, such as HACCP (Hazard Analysis and Critical Control Points), GMP (Good Manufacturing Practices), and various regulatory requirements. Electronic records simplify documentation and audit trails.

9. Supply Chain Integration: Advanced communication technologies connect dairy plants to suppliers and distributors, streamlining logistics, and ensuring seamless coordination between production and delivery.

10. Artificial Intelligence and Machine Learning: AI/ML technologies can be applied to optimize production schedules, improve yield, and reduce waste by predicting consumer demand patterns or analyzing sensory attributes of the final product.

In summary, modern dairy processing plants leverage IT to drive efficiency, maintain high-quality standards, and meet stringent food safety regulations while also adapting quickly to changing market demands and consumer preferences.



The following are some typical application cases of dairy production lines, demonstrating different types of dairy production and equipment configurations:

1. Milk production line
1.1 Case Background
• Customer: A large dairy product company
• Products: Whole milk, skim milk, low-fat milk
• Capacity: Processing 100 tons of raw milk per day
1.2 Production Process
1. Raw milk receiving and inspection: Raw milk is transported to the factory by dedicated transport vehicles for quality inspection to ensure compliance with standards.
2. Pre treatment: Raw milk is subjected to centrifugal separation to remove impurities, and then standardized to adjust its fat content.
3. Pasteurization: Use a Tubular Pasteurization Machine for pasteurization to ensure the killing of harmful microorganisms.
4. Homogenization: Refining the fat particles in milk through a homogenizer to improve product stability and taste.
5. Cooling: The sterilized milk is quickly cooled to storage temperature.
6. Filling and sealing: Use automatic filling and sealing machines to fill milk into packaging containers and seal them.
7. Packaging and palletizing: Finished milk is packaged by an automatic packaging machine and palletized by a palletizing robot.
8. Storage and transportation: Finished milk is stored in a refrigerated warehouse and waiting for transportation.
1.3 Key equipment
Centrifugal separator: used for removing impurities and standardizing treatment.
Tubular Pasteurization Machine: used for pasteurization.
Homogenizer: used for homogenization treatment.
Automatic filling machine and sealing machine: used for filling and sealing.
Automatic packaging machine and palletizing robot: used for packaging and palletizing.

2. Yogurt production line
2.1 Case background
• Customer: A well-known yogurt brand
• Product: Yogurt in various flavors
• Production capacity: Produce 50 tons of yogurt per day
2.2 Production Process
1. Raw milk receiving and inspection: Same as the milk production line.
2. Preprocessing: Same as the milk production line.
3. Pasteurization: Use a Tubular Pasteurization Machine for pasteurization.
4. Fermentation: Cool the sterilized milk to the fermentation temperature and add lactic acid bacteria for fermentation.
5. Stirring and Cooling: After fermentation is complete, stir and then cool to storage temperature.
6. Filling and sealing: Use automatic filling and sealing machines to fill yogurt into packaging containers and seal them.
7. Packaging and palletizing: Same as the milk production line.
8. Storage and transportation: Finished yogurt is stored in a refrigerated warehouse and waiting for transportation.
2.3 Key Equipment
Tubular Pasteurization Machine: used for pasteurization.
Fermentation tank: used for the fermentation process.
Blender: used to stir fermented yogurt.
Automatic filling machine and sealing machine: used for filling and sealing.

3. Cream production line
3.1 Case background
• Customer: A cream production enterprise
• Products: Various types of cream
• Capacity: Produce 30 tons of cream per day
3.2 Production Process
1. Raw milk receiving and inspection: Same as the milk production line.
2. Pre treatment: The raw milk is separated into cream by a centrifugal separator.
3. Pasteurization: Use a Tubular Pasteurization Machine for pasteurization.
4. Cooling: The sterilized cream is quickly cooled to storage temperature.
5. Stirring and Homogenization: Stirring and homogenizing the cooled cream to improve the stability and taste of the product.
6. Filling and sealing: Use automatic filling and sealing machines to fill cream into packaging containers and seal them.
7. Packaging and palletizing: Same as the milk production line.
8. Storage and transportation: Finished cream is stored in a refrigerated warehouse and waiting for transportation.
2.3 Key Equipment
Centrifugal separator: used for separating cream.
Tubular Pasteurization Machine: used for pasteurization.
Blender and homogenizer: used for mixing and homogenization treatment.
Automatic filling machine and sealing machine: used for filling and sealing.

Success factors
High quality raw materials: Ensuring the quality of raw milk is the foundation for producing high-quality dairy products.
Advanced production equipment: Choose high-performance equipment to ensure the stability and reliability of the production process.
Strict hygiene management: Implement strict hygiene management measures to ensure the safety and hygiene of products.
Efficient automation system: Adopting an automated control system to improve production efficiency and management level.
Professional technical support: Provide professional technical support and services to ensure the normal operation and maintenance of equipment.
I hope these application cases can provide you with reference and assistance.


Customizing a Mini Milk Processing Plant requires a series of detailed steps to ensure that the design, construction, and operation of the plant meet your specific needs. Here is a detailed customization process:

1. Requirement analysis and preliminary consultation
Project objective: Clearly define the goals you hope to achieve, such as production scale, product variety, expected market, etc.
Budget evaluation: Determine the overall budget of the project, including equipment procurement, construction costs, operating costs, etc.
Regulatory requirements: Understand local food safety regulations, environmental standards, and other relevant laws and regulations.
2. Feasibility Study
Market demand analysis: Conduct research on the demand and consumption habits of the target market for milk and dairy products.
Technical feasibility: Evaluate whether existing technologies and processes can meet your production needs.
Economic benefit analysis: Conduct a return on investment analysis to ensure the economic feasibility of the project.
3. Design phase
Conceptual design: Based on the results of requirement analysis, propose a preliminary conceptual design plan.
• Detailed design: Refine the design of various functional areas, such as process flow diagrams, equipment layout diagrams, piping system diagrams, etc.
Equipment selection: Choose appropriate processing equipment, packaging equipment, quality control equipment, etc.
Environmental Impact Assessment: Conduct an environmental impact assessment and submit it for approval by relevant departments.
4. Construction and installation
Site selection and land preparation: Choose a suitable geographical location for land leveling and foundation construction.
Construction: Construct the main structure of the factory building, including production workshops, storage areas, office areas, etc.
Installation of public facilities: Install systems for electricity, water supply, drainage, ventilation, fire protection, etc.
Equipment installation: The installation, debugging, and trial operation of the equipment are carried out by a professional team.
5. Establishment of Quality Management System
HACCP system: Implement Hazard Analysis and Critical Control Points (HACCP) system to ensure food safety.
GMP standards: Adhere to Good Manufacturing Practices (GMP) to ensure hygienic conditions during the production process.
ISO certification: Apply for and obtain relevant ISO standard certification to enhance the credibility of the enterprise.
6. Personnel training
• Operation training: Provide training to operators on equipment operation, maintenance, and other aspects.
• Safety training: Conduct safety production education to ensure that employees understand safety regulations.
Quality management training: Provide professional training to quality inspectors to ensure product quality.
7. Trial operation and optimization
Single machine debugging: Test the performance of each device one by one to ensure its normal operation.
Linkage debugging: Connect all devices together to perform linkage debugging of the entire production line, ensuring coordination and consistency in all aspects.
Simulated production: Conduct small-scale simulated production to test product quality and production line stability.
Problem rectification: Rectify and optimize the problems found during trial operation.
8. Formally put into operation
Full production: After confirming everything is normal, it is officially put into production.
Market promotion: Develop a marketing plan, establish sales channels, and start selling products.
9. Continuous improvement
Feedback collection: Collect customer feedback and market information to continuously improve products and services.
Technological innovation: Introducing new technologies and processes to improve production efficiency and product quality.
Management optimization: Conduct regular internal audits and continuously optimize management processes.
10. After sales service and support
• Equipment maintenance: Provide regular equipment maintenance and upkeep services.
• Technical support: Provide continuous technical support to solve problems encountered during the production process.
Customer Relationship Management: Establish good customer relationships and improve customer satisfaction.

Through the above steps, you can gradually complete the customization of a small milk processing plant that meets your needs. Each step needs to be carefully planned and executed to ensure the success of the project. If you have more specific needs or require further assistance, please let me know and I will provide you with more support.
 

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