The Fudan University Scientific Laboratory Low-Temperature Cold Storage Project is a specialized refrigeration engineering project designed and constructed by HAOCOOL for scientific research, laboratory sample preservation, plasma storage, and other low-temperature applications.

Located at Fudan University in Shanghai, China, the project includes several types of temperature-controlled facilities, including laboratory cold rooms, low-temperature refrigerated storage rooms, and plasma cold storage rooms. Due to the strict temperature requirements of scientific research and biological material preservation, the refrigeration system was designed with a strong focus on temperature stability, equipment reliability, operational safety, and long-term performance.

The project adopted high-quality refrigeration components from internationally recognized manufacturers and a direct expansion refrigeration system using environmentally responsible refrigerants. The complete refrigeration solution was engineered to meet the demanding requirements of university laboratories and research facilities.

Project Information

Scientific Research Cold Storage Solution

Unlike conventional food cold storage, laboratory refrigeration facilities require greater temperature stability and operational reliability.

The Fudan University cold storage project was developed to support different scientific research and sample preservation requirements. Separate refrigerated areas were designed for laboratory materials, temperature-sensitive research products, plasma, and other products requiring controlled low-temperature conditions.

The refrigeration system was configured according to the operational requirements of each cold room, helping maintain stable storage conditions and reduce unnecessary temperature fluctuations.

For university laboratories, medical research institutions, biotechnology facilities, and pharmaceutical research centers, reliable cold storage is essential for protecting valuable samples and maintaining research continuity.

Plasma Cold Storage and Low-Temperature Refrigeration

One of the important applications within the project is plasma cold storage.

Biological materials such as plasma require strictly controlled low-temperature conditions during storage. A refrigeration system for this application must provide dependable temperature management and continuous operation.

HAOCOOL designed the system with high-quality refrigeration components and professional control solutions to improve system reliability.

The project also includes low-temperature refrigerated rooms suitable for scientific materials and laboratory applications where conventional chilled storage is not sufficient.

Premium Refrigeration Equipment Configuration

The refrigeration system uses components from established international refrigeration manufacturers.

BITZER compressors from Germany were selected as core refrigeration components because of their widespread application in commercial and industrial refrigeration systems.

High-quality imported air coolers and other refrigeration components were also used according to the technical requirements of the project.

This equipment configuration provides a reliable technical foundation for continuous operation in scientific research environments.

Direct Expansion Refrigeration Design

The project adopts a Direct Expansion (DX) refrigerant supply system.

In a direct expansion system, refrigerant enters the evaporator and absorbs heat directly from the cold room environment. This configuration provides responsive temperature control, efficient heat exchange, and a relatively straightforward refrigeration system structure.

DX refrigeration is suitable for laboratory cold rooms where independent temperature control and reliable refrigeration performance are important.

Key Project Features

Stable Temperature Control

The refrigeration system is designed to maintain stable low-temperature conditions for laboratory materials, plasma, and scientific research applications.

High-Quality Refrigeration Components

Internationally recognized refrigeration equipment helps improve system reliability and long-term operating performance.

Customized Multi-Room Solution

Different cold rooms were designed according to specific laboratory and storage requirements rather than using a single standardized temperature configuration.

Professional Scientific Refrigeration Engineering

The project combines refrigeration system design, equipment selection, insulated cold room construction, electrical control, and technical commissioning.

About Fudan University

Founded in 1905, Fudan University is one of China’s leading comprehensive research universities. Located in Shanghai, the university has developed extensive academic and research capabilities across humanities, social sciences, natural sciences, engineering, medicine, and management.

Its strong scientific and medical research activities create demanding requirements for professional laboratory infrastructure, including reliable low-temperature storage systems for research materials and biological samples.

Project Results

The Fudan University Scientific Laboratory Cold Storage Project demonstrates HAOCOOL’s capability in specialized refrigeration engineering for universities, laboratories, medical research facilities, and scientific institutions.

Through professional system design, high-quality refrigeration equipment, direct expansion technology, and customized cold storage construction, the project provides reliable temperature-controlled environments for laboratory research and plasma storage.

The solution offers a valuable reference for university laboratory cold rooms, biomedical cold storage, plasma storage facilities, pharmaceutical research cold rooms, scientific sample storage, and low-temperature laboratory refrigeration projects.