PRODUCTS

Fire tube (Import from Germany)

Standard :
EN 12953
Capacities :
1,000 kg/hr. to 30,000 kg/hr.
Operation pressure :
6 bar to 20 bar
Efficiency :
Up to 90% & heat loss minimize
Safety :
double-safety
Automatic operation by a sequential controlled program system
Three-pass-system by optimal combustion and minimum energy loss
It protects the environment saves energy and operating costs
Easy Maintenance
Standard :
ASME
Capacities :
1,000 kg/hr. to 20,000 kg/hr.
Operation pressure :
0.7 Mpa to 2 Mpa
Efficiency :
above 98%
Safety :
double-safety
Automatic operation by a sequential controlled program system
Three-pass-system by optimal combustion and minimum energy loss
It protects the environment saves energy and operating costs
Easy Maintenance

Water tube

Standard :
ASME section I
Capacities :
15,000 - 50,000 kg/hr.
Feed Water Temperature :
104 °C
Operation pressure :
12.5 bar to 24.5 bar
Efficiency :
Up to 92% at full load (with economizer)
Safety :
Double Safety
Automatic operation by a sequential controlled program system
It protects the environment saves energy and operating costs
Easy Maintenance and cleaning work
Standard :
ASME
Capacities :
1,000 kg/hr. to 20,000 kg/hr.
Operation pressure :
0.7 Mpa to 2 Mpa
Efficiency :
above 98%
Safety :
double-safety
Automatic operation by a sequential controlled program system
Three-pass-system by optimal combustion and minimum energy loss
It protects the environment saves energy and operating costs
Easy Maintenance

THERMAL OIL BOILER

Standard :
DIN 4754 with oil or gas burner and VDI 3033
Supply temperature :
max 320 °C
Capacity :
500,000 - 6,000,000 kcal/hr.
Efficiency Combustion :
Up to 88%
Operation nearly pressure less
Minimal heat loss because of high-effective insulation
Profitable installation costs (Low pressure system)
No Corrosion
Exactly controlling
Automatic operation by a sequential controlled program system

Hot water boiler

Standard :
DIN 4702/EN 303 with oil or gas burner
Supply temperature :
50 °C minimum return temperature
Capacity :
900 to 5,200 kW
Efficiency :
Up to 93% for best possible, energy operation
The exhaust gas flues to minimize NOx emissions
High water volume for good temperature stratification
Heating surfaces of plain tube to avoid stain and to maintain constant power
Adequate thermal insulation, including the front door, to minimize radiation losses ant

Rotary cup

Combination burner is proper with biogas due to system will select biogas first If heat value is not enough then system will add reserve fuel to support for continuous running
  • - Continuous running when use biogas
  • - Proper combine biogas and fuel for make the best combustion

Pressure atomizer

Combination burner is proper with biogas due to system will select biogas first If heat value is not enough then system will add reserve fuel to support for continuous running
  • - Continuous running when use biogas
  • - Proper combine biogas and fuel for make the best combustion

Biogas

DESULFURIZING UNIT
FLARE SYSTEM
KNOCK OUT DRUM
BIOGAS COOLER

Construction

Installation work
Tank farm
Emission control

Piping system

Economizers

Economizers and air heaters perform a key function in providing high overall thermal efficiency of the boiler by recovering the low level, that is, low temperature heat from the flue gas before it is exhausted to the atmosphere. For every 20 °C that the flue gas is cooled by the economizer or air heater, the overall boiler efficiency increases by approximately 1%. The economizers recover the energy by heating the boiler feed water while the air heaters preheat the combustion air. Coal combustion is enhanced and coal ignition becomes stable when the air is heated before being introduced into the furnace. Economizers and air heaters require a greater heat transfer surface per unit of heat recovered than water-cooled walls, super heaters and repeaters; this is mainly due to the relatively small temperature difference between the flue gas and the feed water or the combustion air. Both the economizer and the air heater are positioned near the end of the convection pass.

Air paeheater

Air Preheater is an important Boiler auxiliary which primarily preheats the combustion air for rapid and efficient combustion in the furnace. The air heater recovers the waste heat from the outgoing flue gas of a Boiler and transfers the same to the combustion air. In a utility Boiler the flue gas leaves the economizer at a temperature of around 350°C. As every 55°C drop in flue gas temperature improves the Boiler efficiency by about 2.5%, having an air heater in the downstream of economizer the Boiler efficiency is considerably improved. Further the air heater may also be used for heating the air to dry the coal in the pulverizing plant.

For Burner

For Boiler