CO2 Flooding System

CO2 Flooding System Specification

Working Temperature
-20C to +55C

Energy Efficiency Rating
Not Applicable (Passive System)

Features
Rapid Response, Non-Conductive, Clean Agent, Minimal Residue

Fire Extinguisher Type
CO2 Gas Flooding System

Fire Class
Class B and Class C Fires

Mounting Type
Floor Mounted or Skid Mounted

Coverage Area
Customizable as per Hazard, Up to 500 m per Zone

Coating Type
Corrosion Resistant Epoxy Powder Coating

Installation Type
Fixed, Pre-Engineered or Engineered Systems

Control Type
Automatic and Manual

Voltage
24V DC for Detection and Control Panel

Shape
Cylindrical Cylinder Units

Connectivity Type
Wired Control Panel and Detector Integration

Technology
Total Flooding and Local Application

Operating Pressure
55 bar (at 21C)

Application
Fire Suppression in Industrial and Commercial Areas

Max Flow Rate
Varies based on system design, typically 10-30 kg/sec

Capacity
Available in 22.5 kg, 45 kg, and 67.5 kg Cylinder Sizes

Diameter
Varies (Typically 4-8 inches for pipework)

Pressure
55 bar (at 21C)

Nozzle Type
Brass or Stainless Steel Discharge Nozzles

Cylinder Material
Seamless Carbon Steel

Pipe Material
Galvanized Mild Steel

System Reset
Manual after Discharge

Alarm Integration
Compatible with Building Alarm Systems

Activation Method
Electrical Solenoid, Manual pull, or Pneumatic

Discharge Time
Within 60 seconds depending on hazard size

Recharging Requirement
Post Discharge by Certified Agent

Release Time Delay
0-60 seconds programmable

Humidity Tolerance
Up to 95% Non-Condensing

Detection Method
Heat or Smoke Detectors

CO2 Flooding System Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
2 Units Per Week

Delivery Time
10-15 Days

About CO2 Flooding System

We are one of the leading supplier of Co2 Flooding System, we provide full installation of Co2 Flooding system.

Co2 at atmospheric pressure is a colorless, odorless and electrically Non Conductive inert gas, It has high expansion ratio which facilities rapid discharge and allows three dimensional quick penetration in the entire hazard area. Made from premium quality components, this systems importance lies in the fact that it has high efficiency to extinguish fire by reducing the oxygen content of the protected area below the point where it can support combustion. Designed to withstand every climatic conditions, these devices are widely used in following area of applications :

Transformers
Power Generators
Machinery Spaces
Ships Holds
Electrical Equipments
Chemical Equipments
Chemical Work & Stores
Switch Rooms
Electric Movers
Solvent Stores
Dip Tanks
Oil Cellars etc

How Does the CO2 Flooding System Operate?

The CO2 Flooding System can be activated automatically or manually, depending on your safety protocols and the nature of the risk. Upon detection of heat or smoke, the control panel triggers the release sequence. CO2 gas is discharged through strategically placed nozzles, flooding the hazard zone and eliminating the fire by displacing oxygen. Discharge occurs rapidly, typically within 60 seconds, ensuring swift intervention for optimal protection.

Key Features and System Integration

With seamless carbon steel cylinders and corrosion-resistant epoxy coating, this system offers remarkable durability. Its compatibility with building alarm systems ensures seamless integration into existing safety frameworks. Manual or skid mounting allows flexible installation, while programmable time delays and remote activation enhance operational adaptability. Post-discharge, the system requires professional recharging to ensure ongoing readiness.

Applications and Benefits in Industrial & Commercial Environments

Ideal for facilities handling electrical equipment or flammable liquids, such as power plants, data centers, and manufacturing units, the CO2 Flooding System delivers rapid, clean, and effective suppression. Its non-conductive, residue-free discharge makes it particularly beneficial for environments with sensitive machinery or electronics, minimizing downtime and facilitating easier clean-up after activation.

FAQs of CO2 Flooding System:

Q: How is the CO2 Flooding System activated during a fire emergency?

A: The system can be initiated automatically when heat or smoke detectors sense a fire, triggering the control panel to activate the release. Alternatively, personnel can manually start the discharge via a pull handle or remotely through pneumatic means, offering flexibility based on your facilitys needs.

Q: What types of fire hazards is this CO2 system suitable for?

A: This CO2 Flooding System is specifically designed for Class B (flammable liquids) and Class C (electrical equipment) fires. It is not recommended for areas with combustible solids or occupied spaces due to the risk of asphyxiation from oxygen displacement.

Q: When should the CO2 system be recharged, and who performs this process?

A: Recharging is mandatory immediately after any discharge event to ensure the system remains ready for future incidents. Only a certified agent or authorized service provider should perform the recharging and maintenance procedures to guarantee optimal safety and compliance.

Q: Where can the CO2 Flooding System be installed for maximum effectiveness?

A: This system is designed for fixed, pre-engineered, or custom-engineered installations in various commercial and industrial settings, such as machinery spaces, control rooms, and hazardous storage. The coverage area can be tailored up to 500 m per zone, depending on the risk and facility layout.

Q: What are the benefits of choosing a CO2 Flooding System over other suppression systems?

A: CO2 offers rapid fire suppression without leaving residue, which is crucial for sensitive environments with electronics or valuable assets. Its non-conductive nature helps protect critical equipment, and the systems fast response minimizes potential damage and operational downtime.

Q: How does the system ensure compatibility with existing building alarm and control systems?

A: The CO2 Flooding System integrates with building wiring and alarm networks through a control panel, enabling coordinated response actions, alerts, and automated or manual control as required under your sites safety protocols.