The Future of Ice Cream Mix Production: Exploring the HTST Mix Plant
In today's competitive food processing industry, efficiency, reliability, and energy savings are no longer optional; they are critical requirements. One technology stands out as a transformative solution for large-scale ice cream mix preparation: the HTSTmix plant. Designed to combine high performance with compact engineering, this system streamlines the entire process of heating, homogenizing, cooling, and preparing the mix for ageing. With capacity, cost savings, and user-friendly operation at its core, it redefines modern production facilities' standards.
What is an HTST Mix Plant?
An HTST mix plant is a fully self-contained unit developed for the large-scale production of premium pasteurized ice cream mix. Operating on the High Temperature Short Time (HTST) principle, the plant performs three essential functions:
1.
Heat – The raw
mix is pasteurized at the right temperature to ensure food safety and quality.
2.
Homogenize –
High-pressure homogenization ensures a smooth, uniform product consistency.
3. Cool – The mix is rapidly chilled to around 4°C, ready for ageing and subsequent freezing.
By integrating these steps into one streamlined system, the
plant eliminates the inefficiencies associated with traditional batch processes
and ensures consistent results at industrial volumes.
Compact Yet Powerful Design
Despite its impressive output, the plant's design is incredibly
compact. Each unit is mounted on an oversized stainless-steel chassis that
minimizes vibration and noise while supporting long-term reliability. The
reduced footprint is ideal for manufacturers who must maximize production
capacity without expanding their facility size.
The compact nature of the system also allows for plug-and-play style installation,
minimizing commissioning costs and downtime. Instead of complex site
integration, operators can benefit from rapid setup and start production with
minimal delays.
Energy Efficiency and Cost Savings
Perhaps one of the most striking features of this plant is its
ability to significantly reduce operating costs. Compared to traditional batch
pasteurizers, the system can save up to 65%
on energy costs.
This is a game-changer for factories where energy expenses account for a substantial portion of overall operating costs. In addition to direct savings, reduced power demand contributes to more sustainable production practices, aligning with the food industry's increasing emphasis on efficiency and environmental responsibility.
Technical Specifications
The technical details highlight the industrial scale and efficiency of the plant:
●
Capacity: 1,200
liters per hour
●
Electrical
Consumption: 10 kW
●
Heating
Requirement: 75 kW
●
Water
Consumption: Specific values for mains and chilled water are defined,
ensuring precise planning for facility integration
● Air Consumption: Clearly outlined to allow smooth connection with existing infrastructure
Each plant section, from tank to pasteurizer to homogenizer, is
dimensioned for maximum performance while retaining a compact footprint.
Conclusion
The global ice cream and dairy industry is evolving rapidly,
with demand for higher output, energy efficiency, and uncompromising quality.
Meeting these demands requires machinery that balances technical sophistication
with ease of use.
The HTST mix plant
achieves precisely that, delivering industrial-scale performance in a compact,
energy-saving, and highly reliable package. With strong technical
specifications, CIP capability, spare parts support, and international
servicing, it provides everything a manufacturer needs to streamline operations
and remain competitive in today's fast-paced market.
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