Inert Gas Systems  (25)

Alfa Laval Smit LNG/LPG is a dry inert gas generator with low pressure and low dew-point, not jeopardizing on safety and environment with highest degree of availability and operational flexibility.

Wärtsilä Moss inert gas systems are vital systems to ensure a high level of safety for vessels to prevent the atmosphere in cargo tanks or bunkers from coming into the explosive range. The systems are designed based on compact modules, offering important savings in space and installation cost both for newbuildings and for retrofit on existing vessels.

Wärtsilä inert gas generator system, specialised for Tankers, ensures the correct atmosphere in the cargo tanks and pipes to minimize the risk of explosion. Wärtsilä systems are designed to a high level of safety and are based on compact modules, offering important savings in space and installation cost both for newbuildings and retrofitting existing vessels. Their most recent developments include automatic regulation based on deck pressure setting. During off-loading the system optimizes the inert gas production to only produce the necessary quantum of Inert Gas to maintain the tank pressure. This system reduces oil consumption providing cost efficiency, as well as an environmental benefit. To stay ahead of regulations, they have also developed containerised solutions which can easily be retrofitted on product & chemical tankers.

The NC 2.0 Shipboard Nitrogen System is a PRISM® membrane-based nitrogen generator which is designed specifically for shipboard use. This robust skid-mounted system has the capacity to supply up to 6000 cubic meters (6000 Nm3 /h) of nitrogen per hour, and meets demanding international marine standards.

The NC 1.1 Nitrogen Cabinet is a PRISM® membrane-based nitrogen generator which is designed specifically for shipboard use. This robust cabinet system has the capacity to supply up to 420 cubic meters (420 Nm3/h) of nitrogen per hour, is DNV Type-A approved, and meets demanding international marine standards.

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Flexible solutions from loose equipment to turn-key deck house modules Easy installation - data communication between operator panels High grade corrosion resistant steel used for the combustible chamber and cooling jacket Easy access to burner & combustion chamber for inspection and service Fully automatic operation with PLC Control Modern operator screen with state of the art operator feedback Automatic turn down ensures best possible fuel economy

Flexible solutions from loose equipment to turn-key deck house modules Easy installation - data communication between operator panels High grade corrosion resistant steel used for the combustible chamber and cooling jacket Easy access to burner & combustion chamber for inspection and service Fully automatic operation with PLC Control Modern operator screen with state of the art operator feedback Automatic turn down ensures best possible fuel economy

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Flexible solutions from loose equipment to turn-key deck house modules Easy installation - data communication between operator panels High grade corrosion resistant steel used for the combustible chamber and cooling jacket Easy access to burner & combustion chamber for inspection and service Fully automatic operation with PLC Control Modern operator screen with state of the art operator feedback Automatic turn down ensures best possible fuel economy

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Flexible solutions from loose equipment to turn-key deck house modules Easy installation - data communication between operator panels High grade corrosion resistant steel used for the combustible chamber and cooling jacket Easy access to burner & combustion chamber for inspection and service Fully automatic operation with PLC Control Modern operator screen with state of the art operator feedback Automatic turn down ensures best possible fuel economy

Flexible solutions from loose equipment to turn-key deck house modules Easy installation - data communication between operator panels High grade corrosion resistant steel used for the combustible chamber and cooling jacket Easy access to burner & combustion chamber for inspection and service Fully automatic operation with PLC Control Modern operator screen with state of the art operator feedback Automatic turn down ensures best possible fuel economy

Flexible solutions from loose equipment to turn-key deck house modules Easy installation - data communication between operator panels High grade corrosion resistant steel used for the combustible chamber and cooling jacket Easy access to burner & combustion chamber for inspection and service Fully automatic operation with PLC Control Modern operator screen with state of the art operator feedback Automatic turn down ensures best possible fuel economy

Up to 50% reduction in weight and foot-print compared to conventional systems Continuous regeneration of dryer Modern design for easy installation and maintenance 100% automatic control, no manual adjustments required by operator Dew point below minus 45degC reached 20-40 minutes after start, decreasing to below minus 60-65degC Constant & uniform dew point during operation High grade steel (SST 904) used for the combustion chamber Mechanically simple and reliable centrifugal blowers due to low pressure drop in system MODBUS communication with IAS In dry air mode: no need of IG generator. Only cooler, dryer and dry gas blower in use saving time and cost

Flexible solutions from loose equipment to turn-key deck house modules Easy installation - data communication between operator panels High grade corrosion resistant steel used for the combustible chamber and cooling jacket Easy access to burner & combustion chamber for inspection and service Fully automatic operation with PLC Control Modern operator screen with state of the art operator feedback Automatic turn down ensures best possible fuel economy

Flexible solutions from loose equipment to turn-key deck house modules Easy installation - data communication between operator panels High grade corrosion resistant steel used for the combustible chamber and cooling jacket Easy access to burner & combustion chamber for inspection and service Fully automatic operation with PLC Control Modern operator screen with state of the art operator feedback Automatic turn down ensures best possible fuel economy

Flexible solutions from loose equipment to turn-key deck house modules Easy installation - data communication between operator panels High grade corrosion resistant steel used for the combustible chamber and cooling jacket Easy access to burner & combustion chamber for inspection and service Fully automatic operation with PLC Control Modern operator screen with state of the art operator feedback Automatic turn down ensures best possible fuel economy