We always try to deliver more than what is expected

• Steam Generator
• IBR/NIBR pipes, Steam Distribution Header, Expansion loops, Fittings
• Steam and condensate lines insulation material
• Pressure Reducing Station
• Temperature Control Systems- On/Off and Modulating type.
• Steam traps for distribution lines and process application.
• Steam line isolation valves- Globe valves / Piston valves
• Moisture Separators, Strainers, Non-Return Valves
• Flow and level measurement instruments- Vortex Flow Meters, Orifice flow meter, Magnetic Level Gauges, Pressure Transmitter
• Pressure and temperature measuring devices
• Pressure Reducing Valves, Safety valves and vacuum relief devices
• Non-condensable gas removal devices
• Condensate and flash steam systems

• Water treatment plants- RO/DM/Softener
• Water Flow meters
• Isolation valves- Gate valves, Butterfly valves, Ball valves, Globe valves, Piston valves
• Non-return valve/Swing Check valve
• Flow control valve
• Three-way flow control valves- Flow mixing/Diversion
• Temperature and pressure gauges
• Piping and fittings
• Air Eliminator Devices

• Air compressors
• Free Air Delivery Meters
• Isolation valves- Globe type Piston valves, Ball valves
• Pressure Reducing Valves, Flow Control Valves, Pressure Relief Valves
• Pressure Gauge, Pressure Transmitters
• Air Accumulators, Storage tanks
• Liquid Drain Systems

• Thermic Fluid Heaters
• Oil Flow Meters
• Oil flow control valves
• Three-way flow control valves
• Piping and fittings
• Thermic Fluid system insulation material
• Isolation valves Swing check valves
• Oil flowmeters

The overall efficiency of plants using boiler(s) is highly dependent on their performance. For improving plant efficiency, boiler steam survey is critical to identify the steam losses. Also, one of the most important objectives of boiler house audit is to monitor the status of the safety.

We will provide a detailed report documenting the system as found, and presenting options for optimization and system upgrades to improve performance.

A Steam Trap is an integral part of a steam system, maintaining the productivity and efficiency of the system.

Our audit includes

• Selection and sizing of steam traps based on application
• Identification of strategic locations in main line trapping
• Proper installation guidelines

We will provide a detailed report documenting the system as found, and presenting options for optimization and system upgrades to improve performance.

How strong is your system performance? How did you measure? Steam Solutions offers comprehensive in-plant system audits that benchmark overall performance and explore ways to raise energy utilization, reduce heat loss, and lower costs. The audit covers system design, installation, corrosion, leaks, and more.

We will provide a detailed report documenting the system as found, and presenting options for optimization and system upgrades to improve performance.

Condensate is discharged from steam plants and equipment through steam traps from higher to lower pressure. An effective condensate recovery system, collecting the hot condensate from the steam using equipment and returning it to the boiler feed system, can pay for itself in a remarkably short period of time.

In any steam system seeking to maximize efficiency, flash steam will be separated from the condensate and used to supplement any low-pressure heating application. Every kilogram of flash steam used in this way is a kilogram of steam that does not need to be supplied by the boiler. It is also a kilogram of steam not vented to the atmosphere, from where it would otherwise be lost.

Our work covers,

• The layout of condensate return lines
• Sizing of condensate return lines
• Selection and sizing of condensate and flash steam recovery system

A proactive insulation-management program is critical to overall steam system thermal-cycle efficiency. Furthermore, because steam systems operate above 100°C and as high as 649°C, the negative effects of uninsulated components can be dramatic and are unacceptable in today’s industrial steam system operation.

Cold lines are insulated to prevent any air leakage into the insulation that can cause condensation of moisture on the pipes. Suction lines are insulated to prevent the loss of capacity or sweating due to heat gain. Heat gain causes extra load to the condenser, hence reducing the overall capacity of the air-conditioning system.

Our work covers

• Steam and condensate line insulation
• Cold line insulation

Steam, liquids, and gases usually flow at high pressure to the points of use. At these points, a pressure-reducing valve lowers the pressure for safety and efficiency, and match the pressure requirements of the application. Pressure-reducing valves (PRVs) and temperature regulators help you manage steam, air, and liquid systems safely and efficiently. And they ensure uninterrupted productivity—by maintaining constant pressure or temperature for process control.

Our work covers

• Selection and sizing of pressure reducing vales
• Selection and sizing of temperature control valves

Building on our knowledge & industrial expertise, we are offering optimum quality Steam, Water and Air Pipeline Services to process industries from our unique assortment of services. This pipeline service is highly acclaimed in various industries to increase the service life as well as strength of piping. To cater variegated demands of process industries, this pipeline service is executed by our professionals using advanced machines to provide maximum efficiency, reliability and promptness.

Process Piping

• Steam system piping – IBR and Non IBR
• Thermic fluid system
• Water applications
• Compressed air applications

Fabrication and installation

• Pressure Reducing Stations
• Temperature Control Modules
• Steam trap modules
• Condensate and Flash steam system