Turnkey Dairy Production Lines
for Milk & Yogurt
NexAgri configures dairy production lines for pasteurized milk and yogurt around the selected process, capacity and plant layout. Line automation, CIP coverage, staffing and heat recovery are specified for the operating targets, utilities and agreed project scope.
Component brands, controls and product-contact documentation are confirmed for the quoted configuration and destination market.
Define Your Dairy Line Requirements
Match thermal duty, product handling, cleaning coverage and operator tasks to the selected line configuration.
Energy Recovery
Define heat regeneration from product flow, inlet and outlet temperatures and the selected plate arrangement. Calculate utility demand for that duty.
Product Handling
Specify closed transfer stages, tank venting and filling interfaces for the product. Shelf life also depends on the validated process, packaging and cold chain.
Automated CIP
Define which circuits are cleaned in place, the supply and return routes, cleaning recipes and parts that require separate cleaning or inspection.
Staffing Plan
Review reception, processing, filling, cleaning and quality-control tasks by shift. Staffing depends on automation scope and the plant operating plan.
Standard Dairy Processing Flowchart
Illustrative process stages; final sequence depends on the product. Set yogurt is filled before incubation, while stirred yogurt is fermented in vessels before filling.
Capacity & Operational Scale Matrix
Use the listed hourly capacities for initial planning. Daily intake figures are indicative operating schedules; confirm production hours, cleaning downtime, product mix and filling capacity.
Line Configurations & Production Workflows
Select processing modules for the product portfolio. Listed temperatures and holding times are equipment/process planning ranges, not a universal validated treatment or storage specification.
Pasteurized Fresh Milk Configuration
Rapid Processing & Immediate Cooling (2–10°C)
Designed for daily fluid milk production. Raw intake flows directly through dual filtration, pre-heating, high-pressure homogenization, HTST pasteurization, and rapid chilling prior to automated bottling.
- Continuous 0.5T to 3T/H processing rate
- Directly pairs with compressor or chilled water units
Set & Stirred Yogurt Configuration
Controlled Thermal Fermentation (30–50°C)
For stirred yogurt, review inoculation and jacketed fermentation vessels after heat treatment. For set yogurt, plan filling followed by incubation. Specify culture temperature, residence time, cooling and handling for the recipe.
- Culture addition method specified for the selected recipe
- Product handling and filling matched to the yogurt type
Total Cost of Ownership (TCO) & Value Guide
Compare equipment scope, utility duty, staffing, cleaning and maintenance using the selected process and the plant operating schedule.
1. Utility & Fuel Cost Reduction (OpEx)
Calculate heating and cooling demand from product flow, process temperatures, production hours and available utilities. Use local tariffs to estimate annual operating costs.
A regeneration section transfers heat from outgoing pasteurized product to incoming raw milk across separate plates. Recovery and steam demand depend on the selected duty, flow balance and exchanger design.
2. CIP Coverage & Cleaning Validation
Identify CIP circuits and equipment requiring separate cleaning. Allow for changeovers, inspection and cleaning downtime when planning shifts.
Specify cleaning chemistry, concentration, temperature, flow and duration for the product and contact surfaces. Verify cleaning effectiveness through the plant validation procedure.
3. Scalable Modular Capacity
When planning expansion from 500L/H toward 3,000L/H, review exchanger duty, holding capacity, pumps, piping, CIP flow and utilities. Retaining an existing frame or skid requires an engineering review of the selected equipment.
Build a Line-Specific Budget
- Equipment and integration: Process modules, automation, piping and packaging interfaces.
- Utilities: Heating, cooling, electricity, water and local tariffs.
- Operation: Production hours, staffing, cleaning, maintenance and product losses.
- Installation: Site preparation, commissioning, testing and training responsibilities.
Compare against a defined baseline. Savings and payback depend on the selected scope and actual plant costs.
Project Engineering Deliverables
Agree the drawing package, utility information, installation responsibilities and commissioning support in the project scope.
3D Plant Layout & P&ID
Define the required piping and instrumentation diagrams (P&ID), equipment footprint and layout revisions for site preparation.
Utility Consumption Specs
Provide design utility loads for the selected process and operating conditions, including steam, electricity, cooling water and compressed air.
On-Site Commissioning
Confirm remote or on-site support, travel arrangements, pipeline work, testing and operator training responsibilities in the quotation.
Technical Specifications
Listed equipment and operating ranges support initial selection. Confirm contact materials, surface finish, cleaning access and component details in the approved technical schedule.
Global Installation Reality
These original project details describe individual installations. Their materials, performance and reported payback are case-specific and do not establish results for another plant.
2T/H Automated Milk & Yogurt Line
1T/H Cleanroom Pasteurization Line
Strategic Components for Your Processing Facility
Expand line capabilities with upstream storage and downstream packaging units.
Outdoor Milk Silos
Massive scale raw milk buffer storage (20T–120T) with insulated double walls to maintain intake temperature.
View Specifications →
Industrial Homogenizers
Select homogenizer pressure and flow for the formulation and target product characteristics; confirm performance with agreed product trials.
View Details →
Automatic Filling Systems
Cup, pouch or bottle filling units with closure and coding options matched to the product, package and required output.
View Models →Dairy Production Line FAQs
Practical planning answers for milk and yogurt processors, food factories and project procurement teams.
What products can a dairy production line process?
The process flow can be configured for fluid milk and yogurt production. The listed sequence covers raw intake, processing, homogenization, pasteurization, optional fermentation, rapid cooling, then filling and capping. The final equipment list should be selected around the product recipe, packaging format, daily output and required shelf-life process.
What capacity range is available for a milk processing line?
The page lists standard skid-mounted dairy production lines from 500 to 3,000 L/H. Choose the capacity from the peak processing window, raw-milk intake schedule and the actual speed of the filling line. Higher-output layouts can be reviewed when the full process demand, utility availability and building layout are defined.
Which equipment is normally included in a complete dairy processing line?
A typical process arrangement follows raw-milk reception through homogenization and pasteurization, with fermentation added for yogurt where required. Rapid cooling, buffer storage, filling and capping are then matched to the chosen package. The final scope may also include pumps, sanitary piping, controls and CIP equipment according to the selected process route.
How does heat recovery reduce pasteurization utility demand?
The regeneration section transfers heat from outgoing pasteurized milk to incoming cold milk across separate plates. Specify the recovery duty from product temperatures, flow balance and the selected exchanger arrangement rather than assuming a fixed rate for every line.
How is CIP cleaning handled in the production line?
Define the CIP module, covered circuits and separate-cleaning items for the selected line. Cleaning chemistry, concentration, temperature, flow and cycle time require validation for the product and plant procedure. Confirm SUS304 or SUS316 contact materials and fittings by component.
What information is needed to plan installation and commissioning?
Provide the target L/H capacity, products, packaging type, available steam or electric heating, chilled-water or refrigeration capacity, electrical supply, floor plan and preferred automation level. These inputs allow the equipment arrangement, utility interfaces, piping scope and commissioning responsibilities to be defined for the project.
Discuss Your Dairy Project with Our Engineers
Share target capacity, milk or yogurt products, packaging, utility availability, floor plan and destination market. NexAgri can review the process route, equipment interfaces, drawing requirements and quotation scope.
Standard listed lines: 500–3,000 L/H. Projects up to the listed 10,000 L/H range require a separate capacity, utilities and layout review.