Approx. Rs 22,500 / PieceGet Latest Price
Product BrochureProduct Details:Minimum Order Quantity | 1 Piece |
Airflow (m3/h or CFM) | 20000 CFM |
Material | Mild Steel |
Power (hp/ kW) | 1HP TO 100HP |
Usage | Gas Industry |
Orientation | Vertical |
Brand/ Model Number | SHREE GURU - SGEI1500 |
Scrubber Type | High Energy Scrubber |
Gas temperature | 120 |
Integrating an automatic glass feature for a High Efficiency Wet Scrubber could improve visibility into the scrubber’s operation, allowing operators to monitor the scrubber’s internals without needing to open it, which helps maintain a safe, continuous, and efficient process.
Here are some key components and considerations for designing an automatic glass feature for a High Efficiency Wet Scrubber:
Automated Wiper System: Include a wiper system to clear off any condensation or particulates that may build up on the glass. The wiper should be corrosion-resistant and ideally automated with a timer or sensor to activate as needed.
Heated Glass: Heated glass prevents fogging and condensation buildup, which can obstruct visibility. This feature is particularly beneficial in high-humidity environments, typical for wet scrubbers.
Glass Material Selection: The glass should be highly durable and resistant to the chemical compositions in the scrubber. Borosilicate or tempered glass may be suitable for harsh, high-temperature, or chemical-intensive environments.
Cleaning Mechanism: Incorporate an automatic cleaning system (e.g., spray nozzles) to keep the glass clear from residue or dust accumulation. These nozzles can periodically spray a cleaning solution or water based on a timed sequence or triggered by sensors.
Sealing and Mounting: Ensure the glass is properly sealed to withstand the high-pressure and corrosive atmosphere inside the scrubber. The sealing materials should be compatible with the scrubber's operating conditions.
Control Integration: The automatic glass system can be integrated with the scrubber’s PLC system to automate functions like cleaning, wiping, and heating. This integration allows operators to control and monitor the glass system via HMI, adjusting settings as required.
Monitoring Sensors: Adding sensors like humidity, pressure, or particulate sensors to detect when the glass may need cleaning or heating activation can improve overall efficiency.
This setup would provide a clear, real-time view inside the scrubber, helping ensure optimal performance and safety. Would you like any assistance with a specific aspect, such as control integration or material selection?
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