Triple-jacketed tanks, unlike conventional single or double-jacketed vessels, feature three concentric wall layers, each with a specific function in managing the thermal aspects of the process:

• Inner Shell: This layer, which is in direct contact with the product, is typically constructed from high-grade stainless steel (such as SUS304 or SUS316) to ensure the highest sanitary standards, corrosion resistance, and ease of cleaning.
• Middle Jacket: The space between the inner and middle jacket is the primary pathway for the thermal fluid (heating or cooling). This fluid, which can be steam, hot water, thermal oil, or chilled water/glycol, is responsible for transferring heat to or from the product, precisely adjusting the process temperature to your specific requirements.
• Outer Jacket (Insulation Layer): The outermost jacket serves as an insulation layer. It completely covers the middle jacket and the tank bottom, maximizing the tank’s thermal efficiency by minimizing heat loss to the environment or preventing unwanted heat gain. This design leads to significant energy savings and unparalleled process temperature stability.

These tanks are designed and manufactured in various capacities, from 500 liters to 20,000 liters, and with a tested pressure of 6 atmospheres, making them suitable for diverse applications, from laboratory and pilot-scale to large-scale production lines. The outer jacket is also made from 304 and 316 stainless steel sheets, guaranteeing high durability and resistance to environmental conditions.

Due to their unique capabilities, triple-jacketed process tanks are widely used in a broad range of critical industries:

• • Food and Beverage Industry: Ideal for pasteurization of milk, juices, and other beverages, cooking sauces, processing dairy products, chocolate production, and other temperature-sensitive food items.
  • Pharmaceutical and Biotechnology Industry: Essential for the production of vaccines, antibiotics, culture media, and other pharmaceutical products requiring highly precise temperature control, sterile conditions, and contamination prevention.
  • Chemical Industry: Suitable for conducting controlled chemical reactions, synthesis processes, crystallization, and precise mixing of chemical substances.
  • Cosmetics and Personal Care Industry: Used in the production of creams, lotions, shampoos, and other hygiene products that require homogenization and heating/cooling under controlled temperatures.

Investing in triple-jacketed process tanks brings significant competitive advantages to your business:

• Exceptional Temperature Control: The ability to set and maintain product temperature with the highest precision, crucial for sensitive processes.
• Increased Thermal Efficiency and Energy Savings: The triple-jacketed design and insulation layer minimize heat loss, reducing operational costs.
• Preservation of Product Quality and Stability: Prevention of unwanted temperature fluctuations helps maintain physical and chemical properties and extends product shelf life.
• Reduced Process Time: The possibility of rapid and uniform heating and cooling optimizes production time.
• Compliance with Highest Sanitary Standards: The use of stainless steel and optimized design makes these tanks suitable for CIP (Clean-in-Place) and SIP (Sterilize-in-Place) applications.
• Enhanced Operational Safety: Robust design with high tested pressure and precise parameter control ensures personnel and process safety.

To ensure optimal performance, user-friendliness, and adaptability to various needs, triple-jacketed process tanks are equipped with a set of essential auxiliary features:

• Manhole: For easy and safe access for personnel to the tank’s interior for inspection, cleaning, and maintenance.
• Vent: A discharge and ventilation system to control internal tank pressure and prevent vacuum or overpressure.
• CIP System (Clean-in-Place): Necessary nozzles and connections for automatic and effective cleaning of the tank’s interior without requiring disassembly.
• Ladder: For safe and easy access to the upper parts of the tank and equipment mounted on it.
• Thermometer: For continuous and accurate monitoring of the product temperature inside the tank.
• Sample Valve: Allows for product sampling during the process, without interrupting operations, for continuous quality control.
• Adjustable Legs: For precise height adjustment and leveling of the tank on various surfaces, facilitating installation.
• Geared Motor: If agitation is required, this motor provides the necessary power for effective and uniform mixing of the tank’s contents.