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Maintain Milk Freshness with Ice Building Tank

Smarter Dairy Management: Advanced Ice Building Tanks by MYS Enterprises

Ice Building Tank (IBT)

MYS Enterprises proudly introduces the Ice Building Tank (IBT), an up-to-date solution designed to transform how dairy farmers and industries store and preserve milk.

This insulated tank serves as an essential component in milk chilling plants. It allows keeping the liquid at the required temperature uniformly while minimizing energy consumption. Equipped with agitators and superior insulation, it prevents bacterial growth to increase the shelf life of milk.

The Ice Building Tank from MYS Enterprises is perfect for any dairy operation, aiming to maintain high-quality standards in milk preservation and transportation.

Ice Building Tank

Cool Smarter with Ice Bank Tank Benefits

Discover the advantages of our advanced Ice Building Tanks

Efficient Cooling

Ice Building Tanks provide rapid cooling, ensuring milk and related dairy products are preserved for longer periods at required temperature.

Energy Saving

IBT utilizes off-peak electricity for chilled water formation, which ultimately reduces energy cost with increasing efficiency.

Consistent Cooling

The tank provides cooling of liquid continuously throughout the process as the agitator maintains the temperature uniformly.

Extended Freshness

IBT allows keeping optimal temperature (around 2°C to 4°C), due to which the products retain freshness and quality.

Scalable Storage

We can build according to the requirement of dairy farm keeping raw material in the best standard form.

Cost-Effective Solution

IBTs reduce operating expenses by being energy-efficient in design and having the ability to store energy.

Reduces Bacterial Growth

Ice bank tank (IBT) ensures the safety and quality of dairy products, as consistent low temperatures reduce bacterial growth.

Low Maintenance

Built with durable materials, Ice Building Tanks require minimal maintenance.

Versatility

IBTs are integrated with various cooling systems according to suitability for dairy farms.

Eco-Friendly Design

Modern IBTs are designed with sustainable technologies using environmentally friendly refrigerants.

Ice Bank Tank (IBT) Key Features

Cutting-Edge Cooling with IBT's Advanced Features

Robust Construction

IBT is constructed with high-quality materials ensuring durability and corrosion resistance.

Insulated Tank

High-grade insulation minimizes heat exchange and maximizes cooling efficiency.

Precise Temperature Control

Equipped with monitor sensors to maintain temperature of around 4°C to -4°C.

Large Chilled Water Storage

Can store enough chilled water to maintain continuous cooling throughout the process.

Advanced Agitator System

Agitators keep distributing temperature uniformly through continuous circulation.

User-Friendly Operation

Comes with control panels for easy monitoring of Ice Building Tank.

Durable Piping

Sturdy pipework integrated to minimize risks of leakage and contamination.

Compliance with Standards

Designed to meet industry standards with proper regulations for hygiene and safety.

IBT Specifications at a Glance

Crafted for Performance: Detailed Specifications

Material Construction

The inner tank of IBT is made up of high-grade GI sheet & it has proper insulation of high-density Polyurethane foam (PUF).

Storage Capacity

Chilled water storage ranges between 2000 ltr to 20000 ltr. It can be customized as per plant and client requirement.

Cooling Capacity

Cooling range between 0°C to 4°C, ideal for milk and perishable products. Refrigeration load ranges between 5 KW and 500 KW depending on uses and application size.

Compressor Type

Water cooled or air cooled compressors are used for efficient refrigeration. Built to support single or multiple compressors based on capacity and requirement.

Refrigerant Options

Compatible with eco-friendly refrigerants i.e. - R22 & R404.

Agitation System

High-performance agitator motor with speed controller, horse power range of 1 HP to 5 HP (depending on tank size). Ensures uniform temperature distribution.

Piping and Fittings

Material of stainless steel (SS304) or food-grade PVC for hygiene with diameter according to requirement.

Electrical Specifications

Voltage of 220V or 440V (single-phase or three-phase options). Digital display control panel with PLC & HMI for easy operation and monitoring.

Insulation Thickness

Insulation thickness between 50 mm to 150 mm of high-density Polyurethane foam (PUF) based on operational conditions and environment.

Temperature Sensors

Accuracy of ±0.5°C with multiple sensors for sensitive temperature control and monitoring.

Heat Exchanger Compatibility

Works seamlessly with plate heat exchangers (PHE) for dairy cooling.

Corrosion Resistance

All components designed to resist corrosion for long-term use. Recommended to be cleaned at regular intervals.

Drainage System

Efficient water/ice melt drainage system to prevent overflow or contamination.

Weight

The weight varies based on capacity and material used.

Compliances

Approved with various certifications like ISO, CE, and BIS standards for quality assurance.

Optional Features

Built to support battery backup or diesel generator. Scalable options to add capacity as per future requirements.

Ice Bank Tank Working Principle

The Ice Building Tank is manufactured to generate, store, and utilize chilled water for cooling processes. The working process consists of several stages:

1
Chilled Water Generation

The refrigeration system starts by cooling water. The coolant keeps moving through a network of pipes submerged in the IBT machine.

2
Chilled Water Storage

The chilled water stored in the ice bank tank is further used for cooling purposes.

3
Cooling Process

During cooling, the liquid circulates through an agitator. This chilled liquid is pumped out when required for applications like milk chillers, food processing, and air conditioning.

4
Regeneration of Chilled Water

The circulated water returns after the chilling process. This higher temperature water gets chilled again when it contacts the present chilled water due to the agitator.

IBT Working Process
The Cooling Secret
Temperature Sensors

Continuously monitor chilled water formation and coolant temperature.

Automated Controls

Continuous rotation of agitator maintains the chilling cycle throughout the process.

Frequently Asked Questions

Common questions about Ice Bank Tanks

An IBT stores chilled water and supplies it continuously for lowering milk temperature.

IBTs are widely used in many industries for cooling purposes including Dairy Plants, Food Processing, Beverage Production, Pharmaceuticals, and HVAC systems.

Generally, water or glycol solutions are used as coolants in IBT systems.

Yes, IBTs can be customized according to requirements and can handle large cooling demands.