Compressor Type Surge Tank is a pressure equalization equipment used in industrial systems to control sudden pressure changes (surge pressure) and ensure the stability of the system. This type of tanks regulate the gas pressure with a compressor system to stabilize the pressure. OVACO ENGINEERING provides advanced engineering solutions in this field and designs high quality products tailored to customer needs.
How Compressor Type Surge Tank Works (Working Principle):
Pressure Management:
The gas (usually nitrogen) inside the tank is kept under constant pressure with the help of a compressor.
In case of sudden pressure spikes, the gas is compressed, helping to stabilize the pressure.
Compressor Support:
When the system pressure drops, the compressor is activated to keep the gas pressure in the tank at an ideal level.
Surge Control:
Absorbs sudden pressure changes that occur in cases such as pump or valve shutdown.
Advantages:
Automatic Pressure Adjustment:
Thanks to the compressor system, the gas pressure in the tank is automatically adjusted.
High Stability:
Increases the safety of the system with continuous pressure control.
Flexible Operation:
It can operate in a wide pressure range.
Long Lifespan:
Provides long-term use thanks to durable design and quality materials.
OVACO ENGINEERING Product Specifications
Durable Material Selection:
Corrosion resistant steel and high strength alloys are used.
High Performance:
Prevents damage to the system by quickly stabilizing sudden pressure fluctuations.
Energy Efficiency:
The optimized design of the compressor system keeps energy consumption to a minimum.
Production Standards
OVACO ENGINEERING manufactures all its products in accordance with international quality standards:
ASME Sec VIII Div 1: For the safe design and manufacture of pressure vessels.
ISO 9001: Full compliance with quality management standards.
ISO 14001: Compliance with environmental sustainability standards.
API 650: International design criteria for storage tanks.
Applications:
Oil and Gas Industry:
Control of pressure fluctuations in pipelines.
Water Distribution Systems:
Balancing hydraulic pressure variations.
Power Plants:
Protection of turbines and generators from sudden pressure effects.
Chemical Industry:
Ensuring stability in critical processes.