Dairy Processing Equipment
for Commercial Plants
NexAgri supplies high-pressure homogenizers, jacketed fermentation vessels and three-tank CIP stations for commercial dairy plants. Select equipment around the formulation, flow or batch size, operating parameters and existing line interfaces.
Confirm component brands, contact materials, surface finish, enclosure ratings and documentation for each selected machine and destination market.
Why Commercial Dairies Upgrade Processing Machinery
Assess the process bottleneck and define acceptance criteria for the selected equipment. Mixing, homogenizing, heating and cleaning performance depend on the formulation and operating conditions.
Homogenization Duty
Select pressure and flow for the product, with a listed maximum pressure of 25 MPa. Verify dispersion and texture against agreed product acceptance criteria.
Contact-Surface Design
Specify surface finish, joints, drainability and inspection access. Cleaning effectiveness requires a suitable procedure and validation for the actual equipment.
Cleaning Coverage
Define connected circuits, flow, return routes and separate-cleaning items. Labor requirements depend on the cleaning program and automation scope.
Fermentation Conditions
Specify heating, cooling and agitation for the recipe within the listed 30–50°C range. Confirm control tolerance at the selected batch size and operating conditions.
Identify Your Plant Bottleneck
Use these issues to guide an equipment review. Confirm the cause with product and process data before selecting a replacement or upgrade.
Cream Separation in Bottled Milk
Fat floats to the top of milk bottles or yogurt lacks a smooth, rich mouthfeel due to unrefined fat globules.
Solution: High-Pressure Homogenizer →Inconsistent Yogurt Batch Quality
Review culture requirements, temperature records, agitation and cooling duty when yogurt batches vary. Match the vessel controls to the selected recipe.
Solution: Jacketed Fermentation Tank →Hours Wasted on Manual Pipe Washing
Review cleaning time, access and disassembly requirements. Define which existing circuits can be included in a CIP program and which need separate cleaning.
Solution: 3-Tank Automated CIP Station →Standalone Industrial Processing Units
Review individual units against existing process and utility interfaces. The listed model values support initial selection; confirm pressure, flow, motor rating, materials and control options in the machine specification.
High-Pressure Homogenizer
High-pressure homogenization supports fat dispersion and texture control in fluid milk and yogurt mixes. Select the valve arrangement, operating pressure and flow for the formulation, and verify the required result with product trials.
Yogurt Fermentation Tank
Jacketed vessels support yogurt-mix preparation and, for stirred yogurt, tank fermentation. Set-yogurt production requires a separate filling and incubation sequence. Confirm jacket duty, agitation, cooling and scraper configuration for the recipe.
Automated CIP System (3-Tank Station)
A three-tank station stores selected acid, alkali and rinse-water circuits. Size supply and return flow for the connected equipment; confirm cleanability, dosing, recovery and any components that require separate cleaning.
Total Cost of Ownership (TCO) & Value Guide
Compare purchase and integration costs with utilities, cleaning inputs, maintenance and measured product losses for the intended operating schedule.
1. Homogenization Pressure vs. Product Returns
Investigate product separation using formulation, temperature, pressure and flow records before assigning it to homogenizer performance.
Agree product-quality criteria and operating settings for the selected homogenizer. Shelf life depends on the wider heat-treatment, hygiene, packaging and storage process and should be validated separately.
2. CIP Chemical & Water Recycling
Measure current cleaning-water, chemical and heating use by circuit and cycle. Use those records as the baseline for an upgrade comparison.
Conductivity monitoring and solution recovery can be specified where appropriate. Confirm recovery logic, contamination controls, cleaning effectiveness and actual chemical use for the plant procedure.
3. Interoperability with Standard Utility Piping
Assess the existing connection standard, pipe sizes, flow, utility capacity and control signals before integrating a standalone unit. Adapters, piping changes and control work depend on the interface review.
Compare Equipment and Operating Costs
- Machine selection: Flow, pressure or batch size, contact materials and controls.
- Integration: Piping, utility connections, controls and installation downtime.
- Operation: Power, water, chemicals, cleaning labor and maintenance.
- Acceptance: Product trials, cleaning validation and operator training.
Calculate any savings or payback from the selected configuration and measured plant baseline.
Engineering Standards & Technical Data
These listed model details support initial selection. Confirm motor sizing, component brands, SUS304/SUS316 materials, surface finish and fitting standards in the approved machine schedule.
The original upgrade case below retains its project details. Reported cleaning-time and audit outcomes relate to that installation and are not guarantees for another plant.
5T/H Commercial Dairy Retrofit Case
An established dairy plant experienced bottled milk cream separation and high labor costs due to manual pipe dismantling. The facility integrated a NexAgri 25MPa Homogenizer and a 3-Tank Automated CIP Station directly into its existing processing headers.
Plan Integration With Existing Dairy Lines
Review standalone equipment against the existing process and utility systems. Integration requirements may include the following equipment and control interfaces:
- ✓ Pasteurization & HTST Heat Exchangers
- ✓ Aseptic & Piston Filling Machinery
- ✓ Raw Milk Silos & Storage Vessels
- ✓ Existing Factory CIP Pipe Headers
- ✓ Central Siemens / Schneider PLC Systems
Confirm fitting standards and sizes, material compatibility, piping changes and control connections. Installation work depends on the surveyed plant interfaces.
Complete Your Dairy Infrastructure
Pair processing units with upstream milk cooling and downstream packaging equipment.
Horizontal Cooling Tanks
Direct-expansion storage tanks in the listed 1T–30T range. Confirm cooling duty, storage temperature and operating conditions for the selected tank.
View Tank Models →
Milk Quick Cooling System
Plate cooling units selected for product flow, inlet temperature, target outlet temperature and available cooling utilities.
View Details →
Outdoor Milk Silos
Large-scale vertical raw milk storage (20T–120T) with polyurethane insulation for large commercial plants.
View Specifications →Dairy Processing Equipment FAQs
Practical answers for dairy processors upgrading homogenization, fermentation and CIP operations.
Which dairy processing machines are covered on this page?
This page covers high-pressure homogenizers, jacketed fermentation vessels and three-tank automated CIP stations. They can be specified as standalone processing equipment or assessed as part of a wider dairy production line, depending on the required product route and existing plant layout.
When is a high-pressure milk homogenizer needed?
A homogenizer is used when a fluid dairy product needs a more uniform fat dispersion and texture. The listed models cover 500 to 10,000 L/H, with a maximum pressure of 25 MPa (250 bar). Select the operating pressure and capacity around the product formulation, fat content, viscosity and the upstream and downstream line flow.
What fermentation-tank configuration is available for yogurt?
The listed jacketed fermentation vessels cover 500 to 5,000 L capacity, with 30 to 50°C temperature control and an anchor or paddle agitator with VFD control. Tank size, agitation and cooling duty should be matched to the yogurt recipe, batch size, inoculation method and filling schedule.
How does a three-tank CIP station work?
A three-tank CIP station stores and circulates the selected cleaning solutions and rinse water through connected product-contact circuits. The cleaning sequence, chemical concentration, temperature, flow rate and recovery arrangement must be set for the actual equipment and local hygiene procedures. This helps clean connected piping and vessels without routine disassembly.
Can the units connect to an existing dairy processing line?
Integration can be reviewed for existing lines when the sanitary connection standard, pipe size, flow rate, utility interfaces and control requirements are known. Provide the current P&ID or equipment layout where available, along with information on the existing PLC and production sequence, so the mechanical and control interfaces can be defined correctly.
What materials are used for product-contact surfaces?
The page lists SUS304 or SUS316 stainless steel for product and chemical-contact surfaces, with an inner-surface specification of Ra ≤ 0.4 μm for the fermentation vessel. Material selection and gasket compatibility should be confirmed against the processed product, cleaning chemicals and site requirements before final specification.
Upgrading Your Processing Facility?
Share the product, target flow or batch size, existing machine details, utilities and piping/control interfaces. NexAgri can review equipment selection, technical documentation and quotation scope.
Homogenizers listed from 500 to 10,000 L/H, fermentation vessels from 500 to 5,000 L, and three-tank CIP configurations.