S Cube Mass Transfer Pvt Ltd manufactures of Column Internal that used in distillation procedures. We use premium grade raw materials in order to provide you best performing column internals. In any column system, packings can give an optimum performance only when complemented with appropriately designed tower distributors, collectors, supports and other column internals for optimum liquid – vapour distribution to the packed beds.
The efficiency of packed bed systems largely depends on effective liquid distribution. Our collection encompasses an extensive variety of liquid distributors tailored for diverse needs. We provide:
Discover cutting-edge liquid distributor solutions for various applications, including VEP type, Channel Type, Pipe type, Chimney Tray, and Liquid Distributor Cum Collector, by S Cube Mass Transfer Pvt Ltd. Learn how our expertly engineered products optimize channel distribution for superior industrial processes.
Channel type distributors are versatile and can handle a wide range of liquid loads. They are particularly suitable for large diameter columns.
VEP distributors are known for their high efficiency and are commonly used in precision applications where accurate liquid distribution is paramount.
Trup type distributors are robust and can handle varying liquid loads, making them suitable for dynamic operations.
Pan type distributors are compact and are ideal for columns with space constraints.
Chimney Tray distributors are designed for high-capacity operations and can handle large liquid loads efficiently.
Pipe type distributors are rugged and are designed for extreme conditions, especially in large-scale industrial applications.
In conclusion, the choice of distributor type depends on the specifi requirements of the operation, such as the liquid load, column diameter, and desired efficiency. Proper selection and design of distributors are essential for the optimal performance of packed columns.
At S Cube Mass Transfer Pvt Ltd, we stand as a testament to unwavering commitment and innovation. Our liquid distributor solutions embody expertise, authority, and trust, backed by a legacy of successful installations across diverse industries. We understand your unique process requirements, offering tailor-made solutions that optimize efficiency and elevate your operations.
Sr.No. | Distributor type | Specific Liquid Load(m3/m3h) | Column Diameter(m) |
---|---|---|---|
1 | Channel type Distributor | 0.05 - 70 | 0.9 - 10 |
2 | Liquid Distributor VEP | 20 - 70 | 0.2 – 1.5 |
3 | Through type | 20 - 70 | 0.25 – 3 |
4 | Pan type | 0.1 - 100 | 0.25 – 0.8 |
5 | Chimney Tray | 0.1 -100 | 0.8 - 10 |
6 | Pipe Type | 100 - 300 | 0.8 - 20 |
Distributors play a crucial role in the operation of packed columns in the chemical and petrochemical industries. They ensure the uniform distribution of liquid over the packing, which is essential for efficient mass transfer. The table below provides a detailed overview of various distributor types and their specifications:
liquid collector are mainly used to collect liquid from above packing bed and ensure uniform vapour distribution.it can be designed for total as well as partial draw off. Open area, allowable pressure drop, height of collector, liquid & vapour loads, column diameter and quantity of Liquid draw-off are the main parameters in collector design.
Support grids are engineered to offer the necessary strength to uphold packed beds during regular operations, ensuring there's no hindrance to the column's capacity. These grids facilitate efficient gas and liquid circulation, minimizing the potential for liquid flooding within the system.
Recognized as one of the top random packing support grids, the multi-beam packing support boasts superior stiffness and a robust loading capacity. This allows it to endure intense pressures from both packing and flowing liquids. The design of the multi-beam packing enhances its open area, making it a preferred choice for large diameter and heavy-duty distillation columns.
Bed limiters from S Cube serve as protective barriers for separation vessels. These components are designed to counteract unexpected bed movements, like those caused by pressure spikes or significant liquid and gas surges. By using bed limiters, the risk of damage is minimized, and the movement of packing materials within the system is controlled.
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