About the Project
CCK TM completed a ventilation and air conditioning project for GLOBAL LLC, a walnut production and processing company located in the Kyiv region. The facility specializes in processing walnuts, other types of nuts, and dried fruits. To ensure stable production conditions, CCK TM implemented an integrated ventilation solution designed to maintain optimal indoor climate parameters throughout the manufacturing process.
Ventilation Project Objectives for a Nut Processing Facility
Food processing facilities require continuous control of temperature, humidity, and air exchange. The primary objective of the project was to provide efficient removal of excess heat, moisture, and process-related vapours while maintaining the indoor climate conditions required for production and ensuring safe working conditions for personnel.
CCK TM Solution
To complete the project, CCK TM supplied a comprehensive ventilation, air conditioning, and automation solution.
Equipment | Purpose |
VRS 500 | Air handling units designed for comprehensive air treatment in production facilities. The units provide efficient air exchange, maintain the required temperature conditions, and can be configured with various functional sections to meet specific process requirements |
VRAN | Energy-efficient centrifugal fans with backward-curved blades for reliable air movement, removal of excess heat, and stable ventilation system performance |
Automation System | Automated control of the ventilation and air conditioning systems, including monitoring of temperature, humidity, and operating modes to ensure a stable indoor climate and improved energy efficiency |
The VRS and VRAN product series are certified in accordance with applicable standards and are widely used in food processing, agricultural processing, and other industrial facilities. The integrated solution can be adapted to the specific operational requirements of the production process.
Project Results
The implemented solution provides a stable indoor climate throughout the production areas, efficient control of temperature and humidity, continuous air exchange, and automated system operation. This contributes to improved working conditions, reliable production processes, and consistent product quality.
