University & Laboratory Iodine Air Filtration Systems

Our dual-chamber iodine absorption system is specifically designed for academic research environments with several key features:

• Dual Chambers: Two independent absorption chambers allow for parallel experiments, comparative studies, and control vs. experimental configurations
• Experimental Sampling Ports: Two independent sampling ports enable real-time gas analysis and connection to external analytical instruments
• Comprehensive Monitoring: Extensive sensor network provides detailed data for research publications and process understanding
• Modular Design: Components can be reconfigured for different research projects and experimental setups
• Educational Value: Transparent components and detailed instrumentation provide hands-on learning opportunities for students
• Data Collection: Complete data logging capabilities support research documentation and analysis

The integrated nitride removal unit is a critical component that operates upstream of the iodine absorption chambers. Its function and operation include:

• Technology: Uses a combination of chemical adsorption and catalytic conversion to remove nitrogen compounds (NO, NO₂, N₂O) from the air stream
• Positioning: Located before the iodine absorption chambers to prevent competitive adsorption and interference with iodine capture efficiency
• Monitoring: Equipped with inlet and outlet concentration sensors to monitor removal efficiency and media saturation
• Regeneration: Some media types can be regenerated in-place, extending service life and reducing operating costs
• Benefits: Extends iodine absorption media life, improves overall system efficiency, and allows for more accurate experimental results by removing interfering compounds
• Maintenance: Typically requires media replacement every 6-12 months depending on inlet concentration and flow rates

Yes, the system is specifically designed for dual-purpose use with features that support both research and industrial applications:

For Research Applications:

• Experimental sampling ports for real-time gas analysis
• Dual chambers for comparative studies and control experiments
• Comprehensive sensor array for detailed performance data collection
• Adjustable parameters (flow, temperature, residence time) for experimental design
• Data export capabilities for research publications

For Industrial Applications:

• Continuous operation capability with automated controls
• Redundant safety systems and fail-safe operation
• Compliance monitoring for regulatory requirements
• Robust construction for industrial environments
• Remote monitoring and control for operational efficiency
• Preventive maintenance scheduling and alerts

The system can be configured at purchase for either primary use case, or supplied with dual-mode capability.

The system includes a comprehensive sensor network with monitoring capabilities for all critical parameters:

• Pressure Monitoring: Differential pressure sensors across each absorption chamber, inlet/outlet pressure sensors, filter pressure drop
• Temperature Monitoring: Multiple temperature sensors in heating sections, ambient temperature, component surface temperatures
• Humidity Monitoring: Inlet and outlet humidity sensors for dehydration system performance
• Gas Concentration: Optional iodine concentration sensors, NOx sensors for nitride removal monitoring
• Flow Monitoring: Airflow sensors at key points in the system, blower speed monitoring
• Safety Monitoring: Over-temperature sensors, vibration sensors on blower, door safety interlocks
• Electrical Monitoring: Power consumption, heater current, system status indicators

All sensor data is collected through a centralized PLC system with options for real-time monitoring, historical trend analysis, data logging, and remote access. The system provides both local display on the HMI and remote access via web interface or mobile application.