Dip Tube Type Surge Tank is a specialized pressure equalization equipment used in industrial systems to stabilize sudden pressure fluctuations and keep the liquid level under control. Such tanks optimize the interaction between liquid and gas inside the tank to ensure the safety of the system and the stability of the flow. OVACO ENGINEERING adheres to high quality standards in the production of Dip-Tube Type Balance Tanks, offering innovative engineering solutions in this field.
Working Principle of the Dip Tube Type Balance Tank:
Use of Dip Tube:
The dip tube in the tank provides a controlled circulation of the liquid or gas.
It keeps the liquid stable by absorbing sudden pressure fluctuations.
Pressure and Liquid Level Management:
The gas pressure in the tank is transferred to the liquid, thus stabilizing sudden changes in the system.
Gas-Liquid Interaction:
The special design of the tank prevents liquid and gas from mixing, which ensures long-term stability.
Advantages:
Prevents Sudden Pressure Changes:
Prevents harmful effects such as water hammer.
Reliable Performance:
Thanks to the bottom tube design of the tank, it provides long life and trouble-free operation.
Easy Integration:
Can be easily integrated into existing systems.
Low Maintenance Requirement:
OVACO ENGINEERING Product Specifications
Durable Material Selection:
Manufactured using corrosion resistant steel and chemical resistant alloys.
Flexible Design:
Customizable in different capacities and pressure levels.
High Performance:
Optimized design that quickly compensates for sudden pressure changes.
Production Standards
OVACO ENGINEERING manufactures Dip-Tube Type Balance Tanks in accordance with international standards:
ASME Sec VIII Div 1: For the safe design and manufacture of pressure vessels.
ISO 9001: Standard for quality management systems.
API 650: Design and manufacturing criteria for storage tanks.
ISO 14001: Environmental sustainability standards.
Areas of Use (Applications):
Water Distribution Systems:
Pressure and liquid level control in pipelines.
Oil and Gas Industry:
Pressure equalization in pipelines and storage facilities.
Chemical Industry:
Control and stability of liquid level in reaction tanks.
Power Plants:
Used in turbine and generator protection systems.