Tower
leading manufacturer of
Towers
Tower may incorporate various control systems, such as level sensors, flow meters, and pressure gauges, to monitor and optimize the degassing process. They are vertical vessels equipped with internals, such as trays or packing material, to enhance the contact between the liquid and the stripping gas.
Towers are essential equipment used in various industrial applications to remove dissolved gases from liquids effectively. Their design, operation, and applications can be tailored to meet specific industry requirements and environmental objectives, ensuring efficient and compliant gas removal.
20 + Years of
working experience
India's Most Trustworthy Brand Name in Mfg. Premium Range in Towers.
- The manufacturing process begins with design engineering. Engineers consider factors such as the type and concentration of gases to be removed, the flow rates of the liquid and stripping gas, and the desired contact time between the liquid and gas.
- The manufacturing process begins with design engineering. Engineers consider factors such as the type and concentration of gases to be removed, the flow rates of the liquid and stripping gas, and the desired contact time between the liquid and gas.
- The manufacturing process begins with design engineering. Engineers consider factors such as the type and concentration of gases to be removed, the flow rates of the liquid and stripping gas, and the desired contact time between the liquid and gas.
- Depending on the design, structured or random packing material is installed inside the tower. The packing material provides a large surface area for the intimate contact between the liquid and stripping gas, facilitating efficient degassing.
- Control systems, including sensors and instrumentation, are integrated into the design to monitor and optimize the degassing process. This may include level sensors, flow meters, and pressure gauges.
- Depending on the design, structured or random packing material is installed inside the tower. The packing material provides a large surface area for the intimate contact between the liquid and stripping gas, facilitating efficient degassing.
- Control systems, including sensors and instrumentation, are integrated into the design to monitor and optimize the degassing process. This may include level sensors, flow meters, and pressure gauges.
- Selective Removal
- Efficient Mass Transfer
- Versatility
- Environmental Compliance
- Recovery of Valuable ComponentsVolatile Organic Compound (VOC) Removal
- Volatile Organic Compound (VOC) Removal
- Ammonia Stripping
- Carbon Dioxide Stripping
- Degassing Applications
- The manufacturing process begins with design engineering. Engineers consider factors such as the type and concentration of gases to be removed, the flow rates of the liquid and stripping gas, and the desired contact time between the liquid and gas.
- The manufacturing process begins with design engineering. Engineers consider factors such as the type and concentration of gases to be removed, the flow rates of the liquid and stripping gas, and the desired contact time between the liquid and gas.
- The manufacturing process begins with design engineering. Engineers consider factors such as the type and concentration of gases to be removed, the flow rates of the liquid and stripping gas, and the desired contact time between the liquid and gas.
- Depending on the design, structured or random packing material is installed inside the tower. The packing material provides a large surface area for the intimate contact between the liquid and stripping gas, facilitating efficient degassing.
- Control systems, including sensors and instrumentation, are integrated into the design to monitor and optimize the degassing process. This may include level sensors, flow meters, and pressure gauges.
- Depending on the design, structured or random packing material is installed inside the tower. The packing material provides a large surface area for the intimate contact between the liquid and stripping gas, facilitating efficient degassing.
- Control systems, including sensors and instrumentation, are integrated into the design to monitor and optimize the degassing process. This may include level sensors, flow meters, and pressure gauges.
- Selective Removal
- Efficient Mass Transfer
- Versatility
- Environmental Compliance
- Recovery of Valuable ComponentsVolatile Organic Compound (VOC) Removal
- Volatile Organic Compound (VOC) Removal
- Ammonia Stripping
- Carbon Dioxide Stripping
- Degassing Applications
Our Products
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Our Products
Inquire here
Towers : Tower are essential equipment used in various industrial applications to remove dissolved gases from liquids effectively. Their design, operation, and applications can be tailored to meet specific industry requirements and environmental objectives, ensuring efficient and compliant gas removal.
Towers are typically vertical vessels equipped with structured or random packing material to maximize the contact surface area between the liquid and the stripping gas.
Technical Specifications
- TYPE : TOWER
- THICKNESS : 3MM TO UPTO 50MM
- CAPACITY: UP TO 1LAC LTR
- CAPACITY: UP TO 1LAC LTR
- Application : Water Treatment , Wastewater Treatment , Chemical Processing
- Feature : Efficient Gas Removal , Compliance and Sustainability , Cost-Effective