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A milk silo is a specialized type of storage tank used in the dairy industry for storing and handling milk. These silos are designed to store large quantities of milk in a safe and hygienic manner.

Milk silos are typically made of stainless steel, which is easy to clean, resistant to corrosion, and non-reactive to the milk's components. They are cylindrical in shape and can vary in size, from small tanks used on dairy farms to large industrial silos used in milk processing plants.

The main purpose of a milk silo is to provide a controlled environment for storing raw milk before it undergoes further processing. The silo helps to maintain the milk's freshness and quality by keeping it at a consistent temperature and protecting it from contamination.

Milk silos are equipped with various features to ensure proper storage and handling of the milk. These include insulation to maintain the desired temperature, agitation systems to prevent cream separation, and sanitary fittings for easy cleaning and maintenance.

In larger milk processing facilities, milk silos are often connected to automated milk collection systems, where milk is directly transferred from the collection trucks to the silos. This helps to streamline the milk handling process and maintain hygiene standards.

Overall, milk silos play a crucial role in the dairy industry by providing efficient and safe storage solutions for raw milk. They help ensure that milk is stored in optimal conditions, preserving its quality and freshness until it is ready for further processing or distribution.


Usage:
Applicable for large milk collection center, or for milk outdoor storage at large milk production plant; also used at other food and pharmacy factory for storage of liquid product.
This equipment is equipped with cleaning system, agitator, sight and view devices, also have attachments of thermometer and level indication meter.

Specifications:
Material: all material used is high quality sus304-2B stainless steel or SUS 316, inner shell δ=3-4mm and out shell δ=2mm and cooling jacket δ=1.5mm;
Structure: cylindrical shape, conical top cover of 15 degree, with skirt base; with PU(Polyurethane) as heat insulation; with cooling dimple pad at tank wall and base.
Volume range: 10,000L-120,000L


Standard  configuration:

a). One air tight side manhole;
b). One side mounted agitator at the bottom;
c). One PT100 thermometer, temperature range 0~100ºC;
d). Two CIP cleaning balls;
e). One aseptic sample valve;
f). Anti butterfly and dirt air vent;
g). Product inlet/outlet;
h). Cooling medium inlet/outlet;
i). Level sensor;
j). Ladder with circle protection and protection fence at tank top


Technical:


Model

Effective volume(L)

External diameter(mm)

Total height(mm)

Heat insulation layer(mm)

Diameter of inlet/outlet

Motor

Power (kw)

Side agitator speed(rpm)

BYCG-15

15000

2200

6500

100

φ51

5.5

960rpm

BYCG-20

20000

2380

7150

100

φ51

5.5

960rpm

BYCG-30

30000

2700

7850

100

φ51

5.5

960rpm

BYCG-50

50000

3200

9200

100

φ51

5.5

960rpm

BYCG-60

60000

3400

9800

100

φ51

5.5

960rpm

BYCG-100

100000

3620

12990

100

φ51

5.5×2

960rpm

BYCG-120

120000

3700

14200

100

φ51

5.5×2

960rpm



Large Outdoor Storage Tank Customization Solutions

When it comes to customizing large outdoor storage tanks, there are several key aspects to consider that ensure the tank meets specific requirements for various applications. Here’s a detailed breakdown of the customization options available:


1. Material Selection The choice of material is crucial for the durability and functionality of the tank. Common materials include:
Stainless Steel (SUS316L, SUS304): Ideal for sanitary applications such as food and beverage storage due to its corrosion resistance and ease of cleaning.
Carbon Steel (Q235): Often used for larger tanks where cost-effectiveness is a priority, though it may require additional coatings to prevent rust.
2. Size and Capacity Customization begins with determining the appropriate size and capacity based on the intended use. Tanks can be designed to hold anywhere from 1,000 gallons up to several million gallons. The design can be tailored in terms of height, diameter, and overall volume.
3. Insulation Options For applications requiring temperature control, insulation is vital:
Heat Preservation Materials: These can be filled between the tank body and an outer package to maintain temperature for sensitive products like dairy or pharmaceuticals.
Cooling Jackets: A jacket cooling design can be integrated into the tank structure to keep contents at optimal temperatures.
4. Structural Design Features Custom designs often include features that enhance usability:
Arc-Shaped Transitional Areas: This design eliminates dead corners within the tank, facilitating easier cleaning and maintenance.
Access Points: Manholes, sampling valves, and breathing covers can be strategically placed for easy access during operation.
5. Accessories and Monitoring Equipment Additional components can enhance functionality:
Liquid Level Indicators: To monitor storage levels accurately.
High/Low Liquid Level Alarms: For safety measures ensuring that overflow or depletion does not occur.
Thermometers and Pressure Sensors: For real-time monitoring of internal conditions.
6. Compliance with Standards It’s essential that customized tanks comply with relevant health and safety standards:
NSF/ANSI 61 Certification: Ensures that materials used are safe for storing potable water.
Other industry-specific certifications may also apply depending on the application (e.g., food-grade certifications).
7. Delivery & Installation Services Customization also extends to logistics:
Manufacturers often provide delivery options tailored to customer needs, ensuring timely arrival at installation sites.

Installation services may include site preparation assistance if required.


In summary, customizing large outdoor storage tanks involves careful consideration of materials, size, insulation needs, structural features, accessories, compliance with standards, and logistical support. Each aspect plays a critical role in ensuring that the final product meets specific operational requirements while maintaining safety and efficiency.

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