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Traps

We are a leading Manufacturer of inverted bucket steam trap, ball float trap, moisture drain trap, thermodynamic steam trap and condensate recovery system from Mumbai, India.

Inverted Bucket steam trap

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Inverted Bucket steam trap
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Approx. Rs 2,500 / NumberGet Latest Price

Inverted bucket steam trap with all stainless steel internals. Best suited for equipment drains with medium to heavy condensate loads. Intermittent operation.

FEATURES: The inverted bucket arrangement operates on the density difference between steam and water, giving a cyclic operation for discharge of the accumulated condensate. High condensate handling capacities even at low pressures, permit the use of small trap sizes to suit many applications. The valve and valve seat are hardened by a special induction hardening process to withstand continuous, prolonged operation. Perfect shut-off, no steam loss.

SIZES: NPS ½, ¾, 1 , 1 ½ CONNECTIONS: Screwed (NPT/BSPT/BSP)

CONNECTIONS: Screwed (NPT/BSPT/BSP)
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Ball Float Trap

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Ball Float Trap
  • Ball Float Trap
  • Ball Float Trap
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Approx. Rs 2,500 / NumberGet Latest Price

Product Details:
MaterialCast iron / carbon steel
Size1/2" to 4"
DesignBall float

Float Traps are designed to drain Moisture / liquids from compressed air/ gas systems.
Features: Modulating discharge
Use- Compressed air and non- corrosive gas compatible with the construction
Size- DN/15,20,25
CONNECTIONS: SCREWED (npt/bspt/bsp)
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Moisture Drain Trap

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Moisture Drain Trap
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Approx. Rs 3,500 / NumberGet Latest Price

Float and Thermostatic Steam Trap. Cast Iron construction. SS Internals. End conns.: Screwed NPT/ BSPT / BSP
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Thermodynamic Steam Trap

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Thermodynamic Steam Trap
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Approx. Rs 2,000 / NumberGet Latest Price

 

Thermodynamic steam trap with inbuilt strainer and full Stainless Steel construction, best suited for header and mainline drains and drop legs.

Sizes and Pipe Connections :

15 NB and 20 NB

Screwed BSPT/NPT & Socket Weldable ends

Note :

1.       Available with ASA - 150, 300, & 600

weld on flanges on request.

2.       Available with IBR certificate

 

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Condensate Recovery System

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Approx. Rs 50,000 / SetGet Latest Price

Product Details:

TechniqueCondnsate pumping
Working Pressure3kg/cm2
Mounting TypeFoot/ pit
ApplicationFood Process Industry
Medium UsedSteam /air

What is Condensate Recovery?

If 1 t/h of steam is supplied to equipment for a heating process, then the same amount of condensate (1 t/h) needs to be discharged from the equipment. Condensate recovery is a process to reuse the water and sensible heat contained in the discharged condensate. Recovering condensate instead of throwing it away can lead to significant savings of energy, chemical treatment and make-up water.

Condensate can be reused in many different ways, for example:

  • As heated feedwater, by sending hot condensate back to the boiler’s deaerator
  • As pre-heat, for any applicable heating system
  • As steam, by reusing flash steam
  • As hot water, for cleaning equipment or other cleaning applications
The Benefits of Condensate Recovery

Reusing hot condensate can lead to considerable savings in terms of energy and water resources, as well as improve working conditions and reduce your plant's carbon footprint.

Reduced Fuel Costs

Condensate contains a significant amount of sensible heat that can account for about 10% to 30% of the initial heat energy contained in the steam.

Feeding the boiler with high-temperature condensate can maximize boiler output because less heat energy is required to turn water into steam. When efficiently recovered and reused, it can even be possible to reduce boiler fuel needs by up to 10 to 20%.

Lower Water-related Expenses

As long as any impurities picked up during condensate transport are removed, condensate can be reused as boiler feedwater, reducing water supply and treatment costs, as well as costs associated with cold water used to lower condensate temperatures before sewering, where applicable.

Positive Impact on Safety and the Environment

Reducing boiler fuel needs through condensate recovery leads to less air pollution by lowering CO2, NOx and SOx emissions.

Additionally, condensate recovery lines can also limit vapor clouds to reduce noise generated from atmospheric condensate discharge and help prevent build-up of water on the ground, considerably improving a plant’s work environment.

Depending on the amount of condensate being recovered and reused, other benefits may include a reduced need for boiler blowdown through better feedwater quality, and less corrosion in the system as water quality becomes more consistent throughout the grid.


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Paras Shah (Manager)
11, Shiv Plaza, Station Phatak Road , Kandivali West,
Mumbai - 400067, Maharashtra, India
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