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Services Syndicate Ltd (SSL) delivers complete onsite gas generation plants that provide a reliable, cost-effective, and continuous supply of industrial gases at the point of use. Designed to eliminate the dependency on delivered gas cylinders and bulk liquid supplies, our solutions enhance operational efficiency while reducing transportation costs, supply interruptions, and environmental impact. We offer fully engineered systems for nitrogen, oxygen, hydrogen, and other process gas applications, integrating gas generation, purification, compression, storage, and control into a single turnkey package. Backed by expert engineering support, SSL ensures every system is tailored to meet the required purity, flow rate, and pressure for demanding industrial applications.

ONSITE GAS GENERATION PLANT

ONSITE N2 GENERATION SYSTEM

Characteristics:

Operating pressure: 6-10 bar Operating temperature range 5 to 50 °C
Ambient air temperature rangeup to 40 °C
Dew points (atmospheric)< -45 °C
Capacity: 0.90 to 534.6 Nm3/h Purity Up to 99,999 %

STANDARD EQUIPMENT
• Set of External Feed Air Filters
• Adsorber Vessels in Carbon Steel
• Long life Pneumatic and Solenoid Valves
• Internal Piping & Fittings zinc plated carbon steel
• Product Pressure Transmitters
• Nitrogen and Air flow Regulation
• Pressure Regulator
• Control System with SIEMENS PLC
• WebControl

OPTIONAL EQUIPMENT
• Oxygen Analyser
• Electronic Product Flow Meter
• Feed Air / Product Moisture Analyser
• Feed Air / Product Temperature Transmitters
• Nitrogen Sterile Filters
• Nitrogen Booster
• Nitrogen Cylinder Filling System
• Touch screen Interface
• Serial communications

ONSITE O2 GENERATION SYSTEM

Characteristics:

Operating pressure: 5-6 barg Operating temp. range: 5 to 50 °C Ambient air temp. range up to 45 °C Dew points (atmospheric): < -60 ° Capacity: 1.02 to 94.9 Nm3/h Purity up to 95 %

STANDARD EQUIPMENT
• Set of External Feed Air Filters
• Adsorber Vessel in Carbon Steel
• Long life Pneumatic Valves
• Internal Piping & Fittings in SS316
• Exhaust Mufflers
• Air and Oxygen flow Regulation
• Control System with SIEMENS PLC
• WebControl
• Pressure Transmitter for Automated Idle-Mode

OPTIONAL EQUIPMENT
• Oxygen Analyzer with Zirconium-Oxide Sensor
• Electronic Product Flow Meter
• Feed Air / Product Moisture Analyser
• Oxygen Booster with Cylinder Filling System
• Feed Air / Product Temperature Transmitters
• Touch screen or Semi-Graphical Operator Interface
• Sterile Filters

Oxygen Generators extract the available oxygen in the ambient air from the other gases by applying the Pressure Swing Adsorption (PSA) technology. During the PSA process compressed, cleaned ambient air is led to a molecular sieve bed, which allows the oxygen to pass through as a product gas, but adsorbs other gases. The sieve releases the adsorbed gases to the atmosphere when the outlet valve is closed and the bed pressure returns to ambient pressure. Subsequently, the bed will be purged with oxygen before fresh compressed air will enter for a new production cycle. In order to guarantee a constant product flow, oxygen generators use modules of two molecular sieve beds, which alternatively switch between the adsorption and the regeneration phase. Under normal operating conditions and with correct maintenance the molecular sieve beds will have an almost indefinite lifetime.

ONSITE H2 GENERATION SYSTEM

Services Syndicate Ltd (SSL) provides advanced green hydrogen generation solutions based on water electrolysis, enabling industries to produce clean hydrogen using renewable energy sources such as solar and wind power. By splitting water into hydrogen and oxygen through electrolysis, these systems generate high-purity hydrogen without carbon emissions, supporting decarbonisation and energy transition goals. Our integrated solutions can include electrolysers, water treatment systems, gas purification, compression, storage, and control systems, delivering a complete and reliable hydrogen production plant tailored to the required capacity, pressure, and application. Green hydrogen produced onsite can be utilised for industrial processes, mobility, energy storage, and power generation while reducing dependence on conventional fossil fuels.