SQUARE JACKETED STORAGE VESSEL

Small-Scale Vessels:
- Sizes: Ranging from a few liters to around 50 liters.
- Uses: Small-scale square jacketed vessels are often used for laboratory-scale experiments, pilot plant studies, or small batch processing.
Intermediate Vessels:
- Sizes: Between 50 liters and a few hundred liters.
- Uses: Intermediate-sized square jacketed vessels are commonly used in mid-sized pharmaceutical production processes for material storage, blending, and temperature-controlled reactions.
Large-Scale Vessels:
- Sizes: Several hundred liters to several thousand liters.
- Uses: Large-scale square jacketed vessels are employed for bulk storage, blending, and temperature-controlled reactions in large pharmaceutical manufacturing facilities.

Description

Space Efficiency:
- Advantages: Square jacketed vessels are designed to be space-efficient, utilizing available floor space more effectively than cylindrical vessels, especially when multiple vessels need to be placed side by side.
Temperature Control:
- Advantages: The jacketed design allows for precise temperature control, making these vessels suitable for processes that require heating or cooling, such as crystallization or chemical reactions.
Uniform Heating or Cooling:
- Advantages: The jacketed design ensures uniform heat transfer, promoting consistent temperature distribution throughout the contents of the vessel.
Easy Access and Cleaning:
- Advantages: The square shape provides easy access for cleaning and maintenance. It may also simplify the installation of agitators or other mixing equipment.
Mixing and Blending:
- Advantages: Square jacketed vessels can be equipped with agitators for efficient mixing and blending, making them versatile for a wide range of pharmaceutical processes.
Customization:
- Advantages: Manufacturers can customize square jacketed vessels with features such as baffles, agitators, ports, and connections to meet specific pharmaceutical production requirements.
Material Compatibility:
- Advantages: These vessels are constructed from materials compatible with pharmaceutical products, ensuring the stability and quality of the stored or processed materials.
Durability:
- Advantages: Square jacketed vessels are designed to be durable and withstand the stresses of pharmaceutical manufacturing processes, providing a long operational life.
Regulatory Compliance:
- Advantages: These vessels are manufactured to comply with regulatory standards for pharmaceutical manufacturing, ensuring safety and product quality.
Versatility:
- Advantages: Square jacketed vessels are versatile and can be used for various applications, including storage, blending, and controlled reactions, making them suitable for a wide range of pharmaceutical processes.

ZERO HOLD UP FILTER PRESS

Length:
- Bag filters come in various lengths, allowing for customization based on the specific requirements of the filtration system. Common lengths can range from a few inches to several feet.
Diameter:
- The diameter of bag filters varies depending on the design and intended application. Standard diameters include 4 inches, 7 inches, and 8 inches, among others.
Micron Rating:
- Bag filters are available with different micron ratings, indicating the size of particles they can effectively capture. Micron ratings can range from a few microns to larger sizes, depending on the intended use.

ZERO HOLD UP FILTER PRESS

1.Plate Size:

Zero Hold Up Filter Presses come in various plate sizes, catering to different processing volumes. Common plate sizes include 12 inches, 18 inches, 24 inches, and larger.

2.Number of Plates:

The number of plates in a Zero Hold Up Filter Press can vary based on the size and design of the unit. Larger presses may have more plates to accommodate higher volumes of liquid.

3.Filter Area:

The filter area, determined by the size and number of plates, influences the filtration capacity of the Zero Hold Up Filter Press. It is often measured in square feet or square meters.