China — Commissioning completed on May 1, 2022 — Shanghai EasyReal Machinery Co., Ltd. supplied a Pilot UHT/HTST Plant for Ningxia Wolfberry Innovation Center in China. This pilot-scale system is mainly used for fluid food trials, formulation development, and thermal process research.
The system is equipped with a Pilot Tubular Sterilizer, Aseptic Filling Cabinet, and related utility modules. It provides a practical platform for product testing, process verification, and sample preparation in pilot-scale R&D work.
For a research-oriented customer, a pilot UHT/HTST plant is an important tool. It helps researchers study how a formula behaves under real heat treatment conditions before moving to larger-scale production.
Customer: Ningxia Wolfberry Innovation Center
Country: China
Project type: Pilot UHT/HTST Plant
Main purpose: fluid food experimentation and formulation development
Main modules:
• Pilot Tubular Sterilizer
• Aseptic Filling Cabinet
• Utilities
Commissioning completed: May 1, 2022
This project was built for pilot-scale research where process control, flexibility, and repeatability are all important.
This pilot plant is mainly used for all kinds of fluid food experiments and formulation development. It supports research work that requires thermal treatment, controlled sample preparation, and pilot-scale process simulation.
Compared with simple laboratory equipment, a pilot UHT/HTST system gives more realistic process data. It helps researchers understand how a product responds to actual processing conditions such as heating, holding, flow, and aseptic handling.
This is especially useful for:
• product development
• recipe optimization
• process comparison
• sample preparation
• pilot-scale validation
• scale-up study
For a research center, this type of equipment is not only for making samples. It is also for generating more reliable technical data.
In fluid food development, thermal processing can strongly affect the final product. A formulation that performs well in a beaker or small lab test may behave differently after continuous heat treatment.
A pilot UHT/HTST plant allows the customer to study:
• product stability after heating
• changes in texture and viscosity
• flavor performance
• process suitability
• sample consistency
• filling behavior after treatment
It also helps reduce development risk before larger-scale production trials.
For a center focused on innovation, this kind of pilot plant creates a useful bridge between laboratory ideas and industrial application.
The Pilot Tubular Sterilizer is the core process unit of this project. It is used to carry out pilot-scale thermal treatment under controlled conditions.
In formulation development, heat treatment is often one of the most critical process steps. It affects:
• product safety
• flavor retention
• color
• physical stability
• storage behavior
A pilot tubular sterilizer helps the customer compare different process conditions and evaluate how the product responds to thermal treatment. This makes product development more practical and more process-oriented.
Tubular sterilization is especially suitable for pilot testing because it reflects real continuous processing logic more closely than simple batch heating.
The Aseptic Filling Cabinet is used for clean and controlled sample filling after thermal treatment. This is a very important part of pilot R&D work.
In many development projects, researchers need finished samples for:
• internal evaluation
• formula comparison
• stability observation
• shelf life study
• technical review
The aseptic filling cabinet helps improve sample quality and makes post-process evaluation more meaningful. It also supports more standardized pilot testing conditions.
For research institutions and innovation centers, clean sample collection is essential because sample quality affects the accuracy of later analysis.
The system also includes the required utility modules for stable pilot operation. Utilities are not always the most visible part of a project, but they are necessary for consistent performance.
Reliable utility support helps the system maintain:
• stable process conditions
• repeatable testing
• smoother operation
• more accurate R&D results
A pilot plant should work as a coordinated system, not as several unrelated devices. In this project, the thermal section, filling section, and utilities are integrated into one practical pilot platform.
The system also includes the required utility modules for stable pilot operation. Utilities are not always the most visible part of a project, but they are necessary for consistent performance.
Reliable utility support helps the system maintain:
• stable process conditions
• repeatable testing
• smoother operation
• more accurate R&D results
A pilot plant should work as a coordinated system, not as several unrelated devices. In this project, the thermal section, filling section, and utilities are integrated into one practical pilot platform.
For Ningxia Wolfberry Innovation Center, this project provides a flexible tool for research, product trials, and technical validation.
The system helps the customer:
• carry out pilot-scale thermal testing
• develop and compare fluid food formulas
• prepare controlled R&D samples
• improve process understanding
• reduce uncertainty before industrial scale-up
• support innovation with better pilot data
Because the customer is an innovation center, the value of the system is not limited to one single product. It can support different research tasks over time and serve as a long-term R&D platform.
Although the project is installed for a wolfberry-related innovation center, the system itself is suitable for broader fluid food R&D applications. That is one of the strengths of a pilot UHT/HTST plant.
A system like this can support research on:
• fruit-based liquid products
• functional beverages
• plant-based fluid products
• concentrated liquid ingredients
• other heat-treated fluid foods
This flexibility gives the customer more room for technical exploration and future product development.
EasyReal has experience in both pilot-scale food processing systems and industrial processing equipment. That matters for R&D projects because a pilot system must be flexible, but it must also reflect real production logic.
This project combines the most important pilot functions:
• controlled thermal treatment
• clean sample filling
• practical system integration
• utility support for repeatable testing
That makes the system useful not only for short-term trials, but also for long-term product and process development work.
Post time: Feb-07-2022
