Multi cyclone dust collector consists of a number of small diameter cyclones, operating in parallel & having a common gas inlet & out let. MDC operate on a same principle as cyclone - creating a main downwards vortex and an ascending inner vortex.mdc are more efficient than single cyclones because they are longer and smaller in diameter. The longer length provides longer residence time while the smaller diameter creates greater centrifugal force. These two features result in better separation & dust particulates.

Features: 1. High efficiency 2. Durable

Mechanical dust collector is an equipment which extract dust from the boiler & retains dust particle inside the dust collector and lets clean air left to the atmosphere.

The design & size are various as per the volume of dust generated & volume of air handle.

The indirect oil fired hot air generator is of unique designed with two passes system comprising of a radiation chamber fabricated out of steel plate connected with furnace. The steel radiation chamber is designed with expansion joint to with stand thermal shock due to hot & cold condition. The outer shell is fabricated out of plate and Boiler quality tube to form passes of flue gas and for hot air generation. The entire unit is place on a common base frame. Liberally designed and fabricated H A G to ensure highest fuel efficiency and low wall temperatures. Thus ensure fuel economy and longer unit life throughout the operation. All passes of hot air generator is easily and quickly accessible for maintenance and repairs. This particulars feature reduces the break down time to a great extent and increases reliability of the unit. The furnace and other materials are properly selected and sized such that the wall temperature is much below the safe operating temperature limits. The fresh air layout is carefully and suitably designed to maintain lowest air pressure drop at rated airflow condition.

Salient Features

• Immediately cracks the temperature as per process requirement.
• Increase latent heat of steam as steam at lower pressure has higher latent heat compare to steam at high pressure.
• If pressure requirement is less than 3.5 kg / cm, the PRS downstream pipe line will exempted from IBR.
• It allows lower mechanical strength of steam using equipment & there by reducing initial cost & radiation losses.

• Consist of :1. Moisture separator with trap assembly.2. Strainer.3. Upstream, downstream & by-pass valves.4. Pressure reducing valve.5. Pressure gauge with siphon on Upstream & downstream.6.Safety valve.

  Salient Features

  • Immediately cracks the temperature as per process requirement.
  • Increase latent heat of steam as steam at lower pressure has higher latent heat compare to steam at high pressure.
  • If pressure requirement is less than 3.5 kg / cm, the PRS downstream pipe line will exempted from IBR.
  • It allows lower mechanical strength of steam using equipment & there by reducing initial cost & radiation losses.

Salient Features

• HIGH THERMAL EFFICIENCY :you can achieve thermal efficiency to the tune of 76%
• TROUBLE FREE OPERATION:With its sturdy built-up high quality components and superior quality workmanship ensures trouble free operation and low maintenance cost.
• NO EXPLOSION HAZARDS:Due to its low stored energy and maximum safeties incorporated, there are no explosion hazards. In any conditions. HT-AQUA shuts off and gives an alarm.
• Centralized heating system.
• Systematic temp.control for individual equipments/tanks.
• Suitable for hotels, pretreated for power coating plants & electric plants.

Salient Features

• Energy input is available at doorstep; no adulteration is possible, completely pure fuel.
• Environment friendly, not generating NOX, SO2, CO, etc.
• No exhaust, no loss in exhaust, offering highest thermal efficiency.
• The only down time in case of electric fired system is failure of heaters, this can be sense easily and can be replaced with almost negligible time loss. In case of oil/gas fired system it will take time to know the failure and then to repair it. Annual shut down is must to maintain the efficiency.
• This is the only heating media which gives guarantee of uniform temp in material to be heated. This is not possible with oil/gas fuel.
• Though it is not utilizing natural energy like solar, wind, producer gas but it increase system efficiency drastically, so, for small electric heating system like thermic fluid heater, we call it. "Non conventional energy supply."
• You can derate the electric fired boiler to 10% of rated capacity without sizable efficiency loss, which is not possible with fossils fuel or solid fuel.
• Easily movable, only water and steam to be changed. Most suitable for RND purpose.
• No sequence of operation which is in case of fossil fuel like ignition, solenoid operation, flame sensing , ignition cut off etc. Only at the turn of switch the whole system will get operated. This will reduce the down time of boiler drastically.
• Reciprocating the system demand very easily. Most suitable for fluctuating system demand and rapid heating & cooling cycle.

Multi cyclone dust collector consists of a number of small diameter cyclones, operating in parallel & having a common gas inlet & out let. MDC operate on a same principle as cyclone - creating a main downwards vortex and an ascending inner vortex.mdc are more efficient than single cyclones because they are longer and smaller in diameter. The longer length provides longer residence time while the smaller diameter creates greater centrifugal force. These two features result in better separation & dust particulates.

Features: 1. High efficiency 2. Durable

Mechanical dust collector is an equipment which extract dust from the boiler & retains dust particle inside the dust collector and lets clean air left to the atmosphere.

The design & size are various as per the volume of dust generated & volume of air handle.

The indirect oil fired hot air generator is of unique designed with two passes system comprising of a radiation chamber fabricated out of steel plate connected with furnace. The steel radiation chamber is designed with expansion joint to with stand thermal shock due to hot & cold condition. The outer shell is fabricated out of plate and Boiler quality tube to form passes of flue gas and for hot air generation. The entire unit is place on a common base frame. Liberally designed and fabricated H A G to ensure highest fuel efficiency and low wall temperatures. Thus ensure fuel economy and longer unit life throughout the operation. All passes of hot air generator is easily and quickly accessible for maintenance and repairs. This particulars feature reduces the break down time to a great extent and increases reliability of the unit. The furnace and other materials are properly selected and sized such that the wall temperature is much below the safe operating temperature limits. The fresh air layout is carefully and suitably designed to maintain lowest air pressure drop at rated airflow condition.

Salient Features

• Immediately cracks the temperature as per process requirement.
• Increase latent heat of steam as steam at lower pressure has higher latent heat compare to steam at high pressure.
• If pressure requirement is less than 3.5 kg / cm, the PRS downstream pipe line will exempted from IBR.
• It allows lower mechanical strength of steam using equipment & there by reducing initial cost & radiation losses.

• Consist of :1. Moisture separator with trap assembly.2. Strainer.3. Upstream, downstream & by-pass valves.4. Pressure reducing valve.5. Pressure gauge with siphon on Upstream & downstream.6.Safety valve.

  Salient Features

  • Immediately cracks the temperature as per process requirement.
  • Increase latent heat of steam as steam at lower pressure has higher latent heat compare to steam at high pressure.
  • If pressure requirement is less than 3.5 kg / cm, the PRS downstream pipe line will exempted from IBR.
  • It allows lower mechanical strength of steam using equipment & there by reducing initial cost & radiation losses.

Salient Features

• HIGH THERMAL EFFICIENCY :you can achieve thermal efficiency to the tune of 76%
• TROUBLE FREE OPERATION:With its sturdy built-up high quality components and superior quality workmanship ensures trouble free operation and low maintenance cost.
• NO EXPLOSION HAZARDS:Due to its low stored energy and maximum safeties incorporated, there are no explosion hazards. In any conditions. HT-AQUA shuts off and gives an alarm.
• Centralized heating system.
• Systematic temp.control for individual equipments/tanks.
• Suitable for hotels, pretreated for power coating plants & electric plants.

Salient Features

• Energy input is available at doorstep; no adulteration is possible, completely pure fuel.
• Environment friendly, not generating NOX, SO2, CO, etc.
• No exhaust, no loss in exhaust, offering highest thermal efficiency.
• The only down time in case of electric fired system is failure of heaters, this can be sense easily and can be replaced with almost negligible time loss. In case of oil/gas fired system it will take time to know the failure and then to repair it. Annual shut down is must to maintain the efficiency.
• This is the only heating media which gives guarantee of uniform temp in material to be heated. This is not possible with oil/gas fuel.
• Though it is not utilizing natural energy like solar, wind, producer gas but it increase system efficiency drastically, so, for small electric heating system like thermic fluid heater, we call it. "Non conventional energy supply."
• You can derate the electric fired boiler to 10% of rated capacity without sizable efficiency loss, which is not possible with fossils fuel or solid fuel.
• Easily movable, only water and steam to be changed. Most suitable for RND purpose.
• No sequence of operation which is in case of fossil fuel like ignition, solenoid operation, flame sensing , ignition cut off etc. Only at the turn of switch the whole system will get operated. This will reduce the down time of boiler drastically.
• Reciprocating the system demand very easily. Most suitable for fluctuating system demand and rapid heating & cooling cycle.