Professional solutions for negative pressure gradients and safe exhaust in nuclear facilities.
HEXASci-Set provides products and solutions for high-safety ventilation control in nuclear power plants and research facilities, maintaining negative pressure gradients, directing radioactive aerosols and hazardous gases through designed exhaust paths, and supporting long-term reliable operation with lower lifecycle cost and optimized energy use.
Core of Nuclear Industry HVAC Ventilation Control
Effective airflow control establishes proper negative pressure gradients, ensuring airflow moves from low-contamination green zones toward high-contamination red zones while meeting overall air-change requirements.
Ventilation is vital to safe nuclear facility operation. Project experience shows that pressure-independent airflow terminals can effectively maintain airflow balance and adaptive negative pressure gradients.
Our R&D and delivery teams have extensive experience with pressure-independent airflow equipment in domestic nuclear facility projects, providing full technical support from system design and solution selection to commissioning and handover.
Typical Application Solutions
Airflow Balance Control Logic for Hot Cells and Hot Cell Rooms
Hot cells are commonly used in radioactive facilities or radiopharmaceutical workshops. Radioactive aerosols and particles generated inside must be filtered and exhausted through effective ventilation while maintaining negative pressure. Hot cells usually rely on negative pressure for natural makeup air, with HEPA filters at inlet and outlet. This high-airtightness negative pressure application places very high demands on dampers and control logic. Based on project experience, HEXASci-Set developed a dedicated controller for adaptive hot cell negative pressure and room pressure control.
Basic Logic for Nuclear Facility Negative Pressure Control
Negative pressure control in nuclear facilities differs from conventional cleanroom pressure control. It typically uses variable supply and constant exhaust; stable exhaust is critical to filter and discharge radioactive aerosols or particles. Negative pressure is achieved by varying supply airflow while requiring each area to operate stably without mutual interference.
Our Experience
We have extensive experience in nuclear ventilation and pressure-gradient safety control, providing compliant, reliable, and safe solutions and equipment.
Senior HVAC system and equipment engineers with more than 20 years of experience support successful project delivery.
Control products can be configured with DCS and PLC characteristics for high performance, reliability, and seamless system integration.
Through close communication with R&D centers, universities, and nuclear design institutes, we understand needs and pain points and provide targeted, reliable ventilation safety solutions and product configurations.
Need Nuclear Industry Solutions?
Our professional team will provide customized solutions.