Oil Tank Protection System by MVWS System
Oil Tank Protection System by MVWS System
Oil Tank Protection Systems using the MVWS (Medium Velocity Water Spray) System are designed to protect oil storage tanks from fire exposure and radiant heat. The system provides continuous water spray over the tank surface, helping to cool the structure and prevent fire escalation.
Deb-Asish Fire Protection Systems Pvt. Ltd. designs MVWS-based oil tank protection systems for refineries, terminals, and industrial facilities where hydrocarbon fire risks are present. These systems play a critical role in safeguarding tanks, pipelines, and surrounding infrastructure.
How the Oil Tank Protection System Works
The MVWS system operates through a network of medium velocity spray nozzles installed around the oil tank surface. When activated through a detection system or manual control, water is discharged uniformly over the tank shell.
The continuous water spray cools the tank structure, reduces radiant heat, and prevents tank failure during external or adjacent fire scenarios. This controlled water application helps limit fire spread and enhances overall fire safety.
Key Challenges
Effective Tank Cooling
Reduces surface temperature and protects tank integrity during fire exposure.
Radiant Heat Protection
Minimizes heat transfer to adjacent tanks and structures.
Rapid System Activation
Ensures immediate water discharge in high-risk fire conditions.
High Reliability in Harsh Environments
Designed to perform consistently in industrial and outdoor conditions.
Compliance with Fire Safety Standards
Designed in accordance with NFPA and applicable fire authority guidelines.
Typical Applications
Oil Tank Protection Systems by MVWS are commonly used in:
- Oil storage terminals
- Refineries and petrochemical plants
- Fuel depots and tank farms
- Power plants and industrial complexes
- Chemical storage facilities
Why Choose Our Oil Tank Protection Solutions
Deb-Asish Fire Protection Systems Pvt. Ltd. offers comprehensive MVWS oil tank protection solutions including system design, installation, testing, and commissioning, ensuring effective fire control, regulatory compliance, and long-term operational safety.
