VINCER Valves For Waste Gas Treatment
Why Waste Gas Treatment Needs Valve?
Gas Flow Control
Valves are used to regulate the flow of waste gases through treatment systems. Proper flow control ensures that waste gases are effectively treated without overwhelming the system.
Applications Of Electrolyte Transfer
Isolation and Diversion
Valves are employed to isolate specific sections of the waste gas treatment system for maintenance, repair, or troubleshooting purposes. They allow operators to shut off or divert the flow of gases to specific components or bypass lines as needed, minimizing downtime and ensuring system integrity.
Pressure Regulation
In some waste gas treatment processes, valves are used to regulate the pressure of gases within the system. Pressure control valves help maintain optimal operating conditions, prevent overpressurization, and ensure safe operation of equipment such as scrubbers and reactors.
Emission Control
Valves may be installed at emission points to control the release of treated gases into the atmosphere. They ensure compliance with environmental regulations by regulating the flow rate and pressure of gases discharged from the treatment system.
Safety Systems
Valves are integral components of safety systems in waste gas treatment facilities. They may be used in emergency shutdown systems to quickly isolate process lines in the event of equipment failure, leaks, or other hazardous conditions.
Valve Types For Electrolyte Transfer
Versatile for various applications.
For flow control and isolation.
Suitable for full flow or shut-off.
Used for precise flow control.
Prevent backflow and contamination.
Open automatically in emergencies.
Resistant to corrosion and abrasion.
Actuation Types For Your Choice
90 degrees quarter-turn electric actuator suitable for controlling ball valve and butterfly valve
360 degrees electric actuator with higher torque range up to 10,000N.m for gate valve/globe valve. Also for the ball/butterfly valve
Use rack & pinion pneumatic actuators to provide you with safe and stable driving methods
Available with handles or handwheels to provide you with a stable and cost-effective way to operate your valve
Corrosion Resistance and Chemical Compatibility
Choose valves made from materials resistant to corrosion and compatible with the chemical composition of the exhaust gases to prevent degradation and contamination.
Temperature and Pressure Ratings
Ensure that valves have appropriate temperature and pressure ratings to withstand the conditions of the exhaust gas treatment process without compromising performance or integrity.
Sealing Properties
Select valves with reliable sealing mechanisms to prevent leakage and maintain tight shut-off, even under fluctuating conditions, to optimize system efficiency and minimize emissions.
Flow Control and Regulation
Determine the flow control requirements of the exhaust gas treatment system and select valves with suitable flow capacities and control capabilities to regulate gas flow effectively through different treatment units.
