Co2 Flooring System

Rack modules ( cylinders, manifolds and discharge hoses ) can be supplied as option.

Uses CO2 gas recovered from an industrial process kinder to the environment

CO2 has an Ozone Depletion Potential (ODP) of zero and a Global Warming Potential (GWP) of 1

Effective on deep-seated fires in engine rooms, pump rooms and cargo holds

Can utilise CO2 gas distribution piping to cargo holds for smoke sampling

Safety release delay designed for crew security

Type approved extinguishing system

Effective on deep-seated fires in engine rooms, pump rooms and cargo holds

Fast fire extinguishing system

Switch Rooms

Chemical Work & Stores

Chemical Equipments

Electrical Equipments

Ships Holds

Machinery Spaces

Power Generators

Transformers

Modern, more efficient equipment make use of carbon dioxide to displace intracardiac gases a safe procedure. The carbon dioxide field-flooding technique is safer, easier, and more efficacious than tradition. Used for machinery spaces, pump rooms and cargo holds, the Unitor CO2 CO2 by suppressing the oxygen content in the space. From main distribution valves, a piping system is used to distribute the gas to the discharge nozzles which are placed uniformly throughout the protected spacesfire extinguishing system is a total flooding system designed to comply with SOLAS Chapter II-2 and FSS Code Chapter 5, for use in engine rooms, pump rooms and cargo holds. It extinguishes fires using CO2 by suppressing the oxygen content in the space . Designed to withstand every climatic conditions, these devices are widely used in following area of applications -

The CO2gas has proven to be a fast acting fire extinguishing agent and is effective on deep seated fires in cargo holdsThe system consists of a high pressure cylinder bank with either manual or pressure operated cylinder top valves.
The cylinder bank and a unique manifold are stored in their own insulated room. Valves are connected to the manifold using flexible high pressure hoses.The EVERSAFE Co2 fire extinguishing system can be controlled and activated by manual mechanism or by automatic fire detection systems. The systems piping design is based on computer aided hydraulic calculation which will give the pressure loss in line, correct pipe size, complete discharge time and discharge nozzle orifice size selection.It has been designed to provide fire suppression by maintaining low oxygen levels, and generally discharge in one minute.Co2 can extinguish fire either by gas,fog or snow according to the reqirement through nozzle selection.