As an established firm, we are involved in manufacturing and exporting a vast array of biomass steam boiler and turbine. We are specialized in the designing, engineering, supplying, erection and commissioning of these highly efficient biomass steam boilers and turbines designed for a wide variety of fuels including agro waste, municipal waste, coal, fuel oil, gas and other biomass. Our range is acclaimed for the attributes of sturdy construction, corrosion resistance and easy installation. These biomass steam boilers are demanded in engineering industry.

Our assortment comprises of:
 

Construction	Radiant furnace, membrane water wall lined smoke cum water tube boiler
Capacities	2,000 kgs/hr to 20,000 kgs/hr
Working pressure	10.54 Kgs/ cm2 to 32 Kgs/cm2
Pressure	Manual feeding on flat grate for Solid fuels such as Briquette & Wood. Dumping grate for Bagasse. Travelling grate for multi fuel combustion. Oil / Gas burner compatible. Fluidised bed combustion convertible.

 
Following are some of the prominent features of our combex boilers:

• Large furnace volume and free board area, hence ideal for fuel with high volatile content.
  
• Optimised for a wide range of fuel like Wood, Briquettes, Lignite, Bagasse and other Agrowaste.
  
• High thermal efficiency as the furnace is surrounded by membrane water wall, resulting in minimal radiation losses.
  
• Efficient combustion and minimum choking hence reduced cleaning frequency.
  
• Handles fluctuating steam load much better due to large water holding and steam space.
  
• Losses due to air leakages and maintenance minimal as very little refractory is used.
  
• Superior membrane technology helps in very quick steam generation. Time taken from cold start to attain working pressure is commendable.
  

Supported by a team of skilled personnel, we manufacture an assortment of fluid boiler. These fluid boilers are made with superior quality raw material and are widely demanded in engineering industry. Our range acclaimed for its attributes including fully automatic operation for consistent and uninterrupted steam generation, quick response for steam demand fluctuation, less need of excess air for combustion and very high thermal efficiency. Specifications of our fluid boilers are as follows :
 

Construction:	Radiant furnace, membrane water wall lined smoke cum water tube fluicized bed combustion bolIer
Capacities:	3,000 kgs/hr to 100,000 kgs/hr
Pressure:	10.54 Kgs/cm² to 125 Kgs/cm²
Furnace & feeding:	Fluidised bed combustion convertible. (Overbed and Underbed Feeding options) Dual furnace options available. (Manually fed flat grate for solid fuel and fluidised bed furnace for pulverised fuel) Feeding through Vibratory feeder / Screw feeder / Pneumatically.

 
Some of the salient features of our range are given below:

• Large furnace volume and free board area, hence ideal for fuel with high volatile content.
  
• Less excess air required for combustion, hence very high thermal efficiency.
  
• Optimised for a wide range of fuel like Paddy husk, Groundnut shell, Coal, Saw dust and other Agrowaste.
  
• High thermal efficiency as the furnace is surrounded by membrane water wall, resulting in minimal radiation losses.
  
• Efficient combustion and minimum choking hence reduced cleaning frequency.
  
• Handles fluctuating steam load much better due to large water holding and steam space.
  
• Instrumentation and controls are customised for various requirements of customer. DCS and SCADA easily adoptable.
  

Our range of industrial steam boiler has large furnace volume and free board area resulting in efficient combustion. These industrial steam boilers are designed for continuous operation for long time without stopping for maintenance. Following are the specifications of our range of industrial steam boilers : 
 

Construction:	Radiant furnace, membrane water wall lined, Bi Drum water tube boiler.
Capacities:	4,000 kgs/hr to 1,00,000 kgs/hr.
Pressure:	10.54 kgs/ cm2 to 125 kgs/cm2
Furnace & feeding:	Fluidised Bed Combustion. (Overbed and Underbed Feeding options) Fixed grate pneumatic feeding option. Dumping grate option for Bagasse. Traveling grate option for multi fuel combustion. Pulsating grate option for various fuel combinations.

 
Salient features of our collection are given below:

• Designed for continuous operation for long duration without stopping for maintenance.
  
• Being water tube in construction with separate steam and water drums, can be designed for very high pressure and superheating.
  
• Soot blowing arrangement incorporated to keep the heat transfer area clean for efficient heat utilization and consistent efficiency. No need to shut down for tube cleaning on fire side.
  
• High thermal efficiency as the furnace is surrounded by membrane water wall, resulting in minimal radiation losses.
  
• Response to fluctuating steam load much better being water tube construction.
  
• Instrumentation and controls are customised for various requirements of customer. DCS and SCADA easily adoptable. Fully automatic operation.
  
• Ideal for Power plants and Process industries where round the year uninterrupted steam required.
  

We produce a supreme quality assortment of agro waste fired boiler. Our range is fully automatic in operation which gives a consistent and uninterrupted steam generation. It gives quick response for steam demand fluctuation. These agro waste fired boilers are suitable for process industries where continuous uninterrupted steam is required. Specifications of our assortment are given below :
             

Construction:		Shell and tube, 3 pass fully wet back, Agrowaste fired boiler.
Capacities:		1,000 kgs/hr to 6,000 kgs/hr
Pressure:		10.54 Kgs/cm² to 24 Kgs/cm²
Furnace & feeding		Internal furnace pneumatically over fed for fuel like Paddy husk, Groundnut shell, Saw dust etc.,

 
Some of the salient features are:

• Fully automatic operation.
  
• Minimal radiation losses as the furnace is internal and surrounded by water filled pressure part.
  
• Three pass construction helps in very quick steam generation. Time taken from cold start to attain working pressure is very short.
  
• Ideal for process industries.
  
• Space requirement for installation minimal due to rugged steel construction.
  
• Very quickly and easily erected and commissioned.
  
• Less susceptible to poor water quality.
  
• Low power consumption.
  
• Being manually fed and less automation, manageable with less skilled operators.
  

By making use of our modern manufacturing facilities, we manufacture an array of heat recovery steam generator. These heat recovery steam generators are widely used in various application areas including combined-cycle power station, cogeneration plants and in diesel engine combined cycle power plants. Our range helps to recover heat from a hot gas stream. It generates steam that can be used in a process or used to drive a steam turbine. As per the specifications of clients, we offer customized solutions for our assortment.

Technical Specifications:

Construction	Shell and tube type construction / Water tube construction.
Capacity	1,000 kgs/hr to 20,000 kgs/hr
Working pressure	10.54 Kgs/cm² to 87 Kgs/cm²

Salient features :

• The HRSG can be designed of Shell and tube type and also water tube type depending on the gas composition, mass and temperature.
  
• Convective Superheater and Economiser integrated in the system.
  
• The heating surface area calculated to give optimum output and help in maximum absorption of heat.
  
• The residence time for Gases in the HRSG is optimised for effective heat recovery and excellent performance.
  
• Due to moderate pressure drop on flue gas side, there is less back pressure on Gas source.
  
• Very high water holding capacity and maintains good thermal inertia. Hence fluctuating load handled efficiently.
  
• Due to bigger shell diameter, steam volume is more. Hence better steam quality. Provision of inbuilt moisture separator ensures dry saturated steam going to super heater section and decreases the load on super heater section.
  

We produce a range of highly efficient thermic fluid heater, which are very quick and easily erected and commissioned. These thermic fluid heaters are extensively used for various engineering purposes. We can provide customized solutions for our assortment as per the client specifications. The specifications of our collection are given below :
 

Construction	3 pass/ 4pass vertical thermic fluid heaters.
Capacities	2 lac kcals/hr to 25 lac kcals/hr.
Pressure	10.54 Kgs/ cm2 to 32 Kgs/cm2.
Fuel	Coal / Lignite / Wood / Briquettes / Othe Agrowaste.

 
Prominent features of our range are given below:

• 4 Pass in construction, hence heat from flue gases extracted to the maximum.
  
• Separate Radiation and Convection coils for easy maintenance and cleaning.
  
• Pneumatic feeding and Fluidised bed combustion option for pulverised fuel.
  
• Air Preheater in the flue gas line helps in recovering heat from flue gases and preheat combustion air. Better for moist fuel combustion.
  
• Minimal radiation losses as radiative and convective coils are insulated.
  
• Very quickly attains the required temperature from cold start.
  
• Ideal for Process industries where temperature requirements are as high as 300ºC.
  
• Very quickly and easily erected and commissioned.
  

These steam turbines are mainly designed based on the process industries needs. It is custom built and is replacement to the existing Pressure reducing stations (PRS) and Pressure reducing and de-super heating stations (PRDS), which are widely used in the process industries. The basic objectives are to utilize the heat energy available in the steam rather than wasting by throttling it in PRV or PRDS.

Pressure range	Inlet pressure : Maximum 44 Kgs/cm² (Saturated)
	Back pressure : Maximum 8 Kgs/cm² (Saturated)
Steam Flow	Maximum : 15 tons/hr
	Minimum: 3 tons/hr
Power	Maximum: 1 MW
	Minimum: 200 KW

Salient features :

• The power generated through this system is incidental, hence no extra fuel required.
  
• Superheating not required, hence cost of fuel for superheating completely eliminated.
  
• No complications and hassles of maintenance and cleaning of Superheater.
  
• The power generated thus also qualifies for the carbon credit.
  
• Options of Alternator and Induction generator available for fluctuating steam loads.
  
• Options of Imported and Indian turbine module
  

These cogeneration plants are mainly designed based on the process industries needs. It is custom built based on the process steam requirement. Steam is generated in the boiler at high pressure and superheated to the required level and then passed through the back pressure turbine wherein the back pressure is set for Process pressure requirement. The turbine can be coupled either to the alternator or induction generator, depending on the steam and power consumption pattern of the process.

Pressure range	Inlet pressure : Maximum 44 Kgs/cm² 440ºC Superheat.
	Back pressure : Maximum 8 Kgs/cm².
Steam Flow	Maximum : 75 tons/hr
	Minimum: 3 tons/hr
Power	Maximum: 5 MW
	Minimum: 200 KW

Salient features :

• The power generated through this system depends on the process pressure requirement and pressure level raised in the Boiler. Lower the process pressure, better the power output.
  
• Superheating required, hence cost of fuel for superheating adds on to the operation cost, which is negligible when compared to the power generated.
  
• Parts in contact with steam has better life as compared to saturated steam turbines as the quality of steam is better and free from moisture.
  
• The power generated thus also qualifies for the carbon credit.
  
• Options of Alternator and Induction generator available for fluctuating steam loads.
  
• Options of Imported and Indian turbine module.
  

These steam turbine based cogeneraton plants are mainly designed to cater to the steam requirement as well as to meet the power demand. It is custom built in such a way that whatever power that can be generated through back pressure process is utilized first, and the balance power requirement is generated by condensing the required quantity of steam. Steam is generated in the boiler at high pressure and superheated to the required level and then passed through the extraction cum back pressure turbine wherein the back pressure is set for Process pressure requirement. The turbine can be coupled either to the alternator or induction generator, depending on the steam and power consumption pattern of the process.

Pressure range	Inlet pressure : Maximum 67 Kgs/cm² 580ºC Superheat.
	Back pressure : Maximum 8 Kgs/cm².
Steam Flow	Maximum : 100 tons/hr
	Minimum: 3 tons/hr
Power	Maximum: 10 MW
	Minimum: 3 KW

Salient features :

• The power generated through this system depends on the process pressure requirement and pressure level raised in the Boiler. Lower the process pressure, better the power output.
  
• Superheating required, hence cost of fuel for superheating adds on to the operation cost, which is negligible when compared to the power generated.
  
• Parts in contact with steam has better life as compared to saturated steam turbines as the quality of steam is better and free from moisture.
  
• The power generated thus also qualifies for the carbon credit.
  
• Options of Imported and Indian turbine module.
  

Power plants based on Biomass as fuel. Fuel like Paddy husk, Groundnut shell, Fire wood, Bagasse and other Agrowaste & Municipal waste is burnt in biomass fired boiler to generate steam at high pressure. The steam thus generated, is further superheated to remove moisture and then passed through a condensing steam turbine. Steam coming out of Turbine is passed through a Condenser which creates a negative guage pressure in the turbine, so that maximum output is extracted from the turbine. The condensate coming out of the Condensor is pumped back to the boiler circuit by Condensate evacuation pumps.

Capacity	Upto 10 MW
Fuel	Paddy Husk / Groundnut shell / Bagasse / Fire wood / Other Agrowaste and Municipal waste

Services :

• Design, Engineering, Supply, Erection & Commissioning of Boilers, Turbines, Condensers, Ejectors, Cooling towers, Pumps and all related accessories of power plant on Turnkey basis.
  
• Design, Supply, Erection & Commissioning of Water treatment plants, Waste handling and disposal systems.
  
• Design, Engineering, Erection and commissioning of Fuel handling and Ash handling systems.
  
• Design and supply of Pollution control equipments like Bag Filters, Electro static precipitators, Scrubbers, Mechanical dust collectors, Effluent treatment plants.
  
• Designing, fabrication and erection of Steam, Air and Water pipelines.
  
• Hot and Cold insulation.
  
• Operation and Maintenance contracts of plants.
  

• Feasibility study, Detailed Project Reports, Technical & Commercial evaluation of Bids.
  
• Energy audits of total plant
  

Coal based power plants based on coal as fuel. Fuel like Indian coal and imported coal is burnt in boiler to generate steam at high pressure. The steam thus generated, is further superheated to remove moisture and then passed through a condensing steam turbine. Steam coming out of Turbine is passed through a condenser which creates a negative gauge pressure in the turbine, so that maximum output is extracted from the turbine. The condensate coming out of the condenser is pumped back to the boiler circuit by condensate evacuation pumps.

Capacity	Upto 10 MW
Fuel	Imported coal / Indian coal / Lignite.

Services:

• Design, Engineering, Supply, Erection & Commissioning of Boilers, Turbines, Condensers, Ejectors, Cooling towers, Pumps and all related accessories of power plant on Turnkey basis.
  
• Design, Supply, Erection & Commissioning of Water treatment plants, Waste handling and disposal systems.
  
• Design, Engineering, Erection and commissioning of Fuel handling and Ash handling systems.
  
• Design and supply of Pollution control equipments like Bag Filters, Electro static precipitators, Scrubbers, Mechanical dust collectors, Effluent treatment plants.
  
• Designing, fabrication and erection of Steam, Air and Water pipelines.
  
• Hot and Cold insulation.
  
• Operation and Maintenance contracts of plants.
  
• Feasibility study, Detailed Project Reports, Technical & Commercial evaluation of Bids.
  
• Energy audits of total plant.
  

In most of process industry, waste heat is generated which is utilized in generating the steam through a waste heat recovery boiler. The steam so generated, if not required in the plant process could be utilized through a condensing steam turbine and generator. This would generate power which could be used for captive consumption. In case the power generation is in excess of plant requirement, then by synchronizing with grid the excess power so generated can be fed to the grid. In case the power generated is less than the plant demand then, differential power could be drawn from the infinite grid.

Capacity	Upto 10 MW
Source	Gas from most of the sources, and various composition.

Services:

• Design, Engineering, Supply, Erection & Commissioning of Heat Recovery Steam Generators, Turbines, Condensers, Ejectors, Lube oil system, Steam, Air & Water Piping and Electricals.
  
• Design, Supply, Erection & Commissioning of Water treatment plants.
  
• Design and supply of Pollution control equipments like Bag Filters, Electro static precipitators, Scrubbers, Mechanical dust collectors, Effluent treatment plants.
  
• Hot and Cold insulation.
  
• Operation and Maintenance contracts of plants.
  
• Feasibility study, Detailed Project Reports, Technical & Commercial evaluation of Bids.
  
• Energy audits of total plant