Pharmaceutical breakthrough in Alatau

At the KGIR-2025 international forum, a significant event for the pharmaceutical industry of the Eurasian Economic Union was announced. R-Pharma, a Russian company, together with its Kazakhstani partners, has announced the construction of an innovative full-cycle biopharmaceutical hub in the new city of Alatau. The project is expected to attract a total investment of $200 million. The construction site has already been allocated, and the project has been approved by the investment headquarters. The project is expected to be completed within three years.

The new hub is intended not only to create several hundred high-tech jobs, but also to ensure the production of locally-made products that will be supplied both to the domestic market of Kazakhstan and for export to countries near and far abroad. For companies operating in related industries, and primarily for the industrial refrigeration equipment sector, this news means the emergence of a large-scale order with high technical requirements.

Impact on the industrial refrigeration equipment market

The construction of a full-cycle pharmaceutical plant is always a complex engineering project, where refrigeration equipment plays a key role. Unlike the food industry or conventional warehouses, pharmaceuticals have strict requirements for temperature stability, refrigerant purity, and system reliability. For companies supplying industrial refrigeration equipment, the Alatau project will be a significant growth driver.

First, a huge amount of high-precision equipment will be required during the design and construction phase. Second, once the plant is operational, there will be a need for service, modernization, and expansion. Finally, the presence of such a hub in Kazakhstan could attract other pharmaceutical manufacturers to the region, creating a long-term demand for refrigeration equipment.

What industrial refrigeration equipment is used in such projects?

A full-cycle biopharmaceutical hub like the one being built in Alatau uses several main types of industrial refrigeration equipment. Each of them performs strictly defined functions. Here are the key positions:

1. Chillers (chiller units).

   • Specifications: Cooling capacity from 100 kW to several MW. They use environmentally friendly refrigerants (R-410A, R-134a, R-513A). They can be air-cooled or water-cooled.
   • Functions and Applications: This is the "heart" of the refrigeration system. Chillers provide cooling for process equipment (reactors, fermenters, and centrifuges), as well as maintaining the desired temperature in clean rooms (GMP areas) and finished product warehouses. In pharmaceuticals, precise temperature control is crucial, with an accuracy of up to ±0.5°C.

2. Cryogenic refrigeration equipment (cascade refrigeration machines).

   • Specifications: Operating temperatures from -40°C to -80°C and below. Two- or three-stage compressor systems are used.
   • Functions and Applications: It is used for ultra-low-temperature freezing of biomaterials (vaccines, blood plasma, recombinant proteins) and their long-term storage. It is also used in the lyophilization (freeze-drying) processes of dosage forms, where precise temperature control is required at all stages.

3. Ice generators (ice machines).

   • Specifications: Production capacity from 500 kg to 10 tons of ice per day. They produce flake or granulated ice.
   • Functions and Applications: Scaly ice is used in technological processes for direct cooling of reaction mixtures, as well as for packaging thermosensitive substances during transportation. Granular ice can be used in emergency cooling systems.

4. Refrigeration chambers and freezing tunnels.

   • Specifications: Temperature range from +2°C to -25°C. Modular construction of sandwich panels. Automatic temperature control and monitoring systems.
   • Functions and applications: They are used for intermediate storage of raw materials (active pharmaceutical ingredients) and finished products (injections, ampoules, and powders). Freezing tunnels are used in continuous production lines for rapid freezing of products before packaging, which helps to maintain their activity and stability.

5. Split systems and precision air conditioners for clean rooms.

   • Features: High accuracy of maintaining temperature (±0.1°C) and humidity (±2%). Availability of HEPA filters. Low noise level.
   • Functions and Applications: In the pharmaceutical industry, clean rooms (Class A, B, C, and D) require not only temperature control, but also strict monitoring of humidity and sterility. Precision air conditioning systems provide the necessary microclimate to ensure compliance with GMP standards and staff safety.

6. Central cooling systems (chiller-fan coil).

   • Specifications: Centralized cold production with subsequent distribution to fan coils (fan доводчики).
   • Functions and application: Provide cooling of large administrative and production areas of the plant (offices, halls, corridors, workshops). The energy efficiency of such systems reaches 20-40% compared to local air conditioners.

Conclusion

The R-Pharma investment project in Alatau is not just another factory, but a comprehensive hub that will require the supply of the most modern and reliable refrigeration equipment. For companies involved in industrial cooling, this is a window of opportunity, from the supply of chillers and cryogenic systems to the creation of turnkey systems with warranty and post-warranty service. The three-year implementation period announced by the government is already prompting market players to prepare commercial proposals and technical solutions to secure their place in this ambitious project. The construction of a hub in Alatau will become a catalyst for the development of the entire industrial refrigeration industry in Central Asia.