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| PRODUCTS > HTI-GESAB > Thermal Oil Boilers |
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Auxiliary
Heater Type
HE
The Principle:
Cylindric bent pipe cylinders flown through by thermo oil form the heating surface of the heater. Within the inner cylinder the combustion chamber the heat is converted by radiation. In the outer cylinder the heat is converted by convection.
The pipe system is covered by a gas tight welded coat of sheet metal steel. Inside-/outside cylinder and coat of sheet metal steel form the three-pass-system.
A mineral wool insulation, covered by a fine galvanized sheet steel coat, prevents heat losses and protects against contact.
Within the heater, generated heat by oil or gas flame will be transfered into thermo oil that is conveyed by a pump to heat consumer.
Advantages:
 No permanent supervision.
Precise control and monitoring of temperature and capacity.
Self-cleaning effect by construction and high exhaust-gas speed.
Plain boiler pipes made of St. 37.8 I with certificate.
Optimal adaption to cramped space.
High operational safety by exclusive use of high-quality components and safety devices.
No overheating and cracking of heat carrier oil caused by limited heat surface load.
Trouble free operation and fully automatic operating method.
No damages caused by corrison in heater, pipe lines and consumers.
No freezing of heat-carrier oil (no damages caused by frost).
Compound connection of several heaters and consumers possible.
Different temperatures at consumers by secondary circuits.
Steam or hot - water production by heat exchanger.
High temperature precision by secondary circuits.
System pressure comparison at 300°C: thermo oil 6 bar - steam 85 bar.
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Production and Delivery Program
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Thermal oil heater type HE
from 115 up to 7000 kW
with oil or natural gas firing.
vertical or horizontal version
increased capacity on request
Thermal oil heater type EHE
from 24 up to 672 kW with electric heating.
increased capacity on request
Manufacturing of boilers and vessels
(welding process test up to 15 Mo 3)
Indirect heated steam generator up to 40 bar
Exhaust gas heater type AHE
(use of exhaust gas heat)
waste heated up to 500 °C
Steel chimney plants acc. DIN 4133. |
Switch board
Monitoring-, switching- and control group for heater
Pipe line construction for heat transfer oil plant
Heat exchanger (counter flow units for heat carrier oil, water, steam)
Steel construction for our plants
Ready-to-use heat-transfer oil plants with indirect steam- and water production
Pump groups in compact version
Control group in compact version
Heat transfer oil plant installed in 20 and 40 container |
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Exhaust Gas Heat Exchanger Type AHE
The Principle:
A heat carrier flows through the bent pipe cylinders which form the heat exchange surface of the exhaust-gas heat exchanger. The individual axially mounted pipe baskets are covered by a gastight welded coat of sheet metal steel. The sturdy construction of the heater is specially suited for shipping.
Hot exhaust gases from ships motors or industrial plants will heat the exhaust gas heat exchangers and optimize the use of primary energy.
The arrangement of integrated bypass passages permits a modula ting, fully automatic capacity control. Several supervising systems will control and regulate the temperatures and capacity.
Heat carrying with thermal oil has been increasingly successful with heating of ships and on the industrial field due to trouble and service free operation.
By combining the HTI-Gesab-exhaust gas heat exchanger and the directly fired HTI-Gesab heater an automatic operation without supervision is guaranteed.
Different temperatures of the heating medium can be achieved through secondary heating circuits. By means of heat exchangers, a dual-circuit system is also possible without problems i. e. aboard chemical tankers. A natural effect of corrosion protection caused by heat carrier oil prevents damages in pipe lines, consumers and boilers. Low operating pressure in the system allows temperatures of heating medium up to 300°C with standard systems.
Advantages:
No permanent supervision.
Precise control and monitoring of temperature and capacity.
Modulating capacity control of 15% to 100% by integrated passages and control flaps.
Self-cleaning effect by construction and high exhaust-gas speed.
Plain boiler pipes made of St. 37.8 I with certificate.
Optimal adaption to cramped space.
High operational safety by exclusive use of high-quality components and safety devices.
No overheating and cracking of heat carrier oil caused by limited heat surface load.
Trouble free operation and fully automatic operating method.
No damages caused by corrison in heater, pipe lines and consumers.
No freezing of heat-carrier oil (no damages caused by frost).
Compound connection of several heaters and consumers possible.
Different temperatures at consumers by secondary circuits.
HTI-Gesab-exhaust gas heat exchangers are suitable for operation with thermal oil or water. When operating with hot water, steam can be produced by using steaming-out cylinders.
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Production and Delivery Program
|
Thermal oil heater type HE
from 115 up to 7000 kW
with oil or natural gas firing.
vertical or horizontal version
increased capacity on request
Thermal oil heater type EHE
from 24 up to 672 kW with electric heating.
increased capacity on request
Manufacturing of boilers and vessels
(welding process test up to 15 Mo 3)
Indirect heated steam generator up to 40 bar
Exhaust gas heater type AHE
(use of exhaust gas heat)
waste heated up to 500 °C
Steel chimney plants acc. DIN 4133. |
Switch board
Monitoring-, switching- and control group for heater
Pipe line construction for heat transfer oil plant
Heat exchanger (counter flow units for heat carrier oil, water, steam)
Steel construction for our plants
Ready-to-use heat-transfer oil plants with indirect steam- and water production
Pump groups in compact version
Control group in compact version
Heat transfer oil plant installed in 20 and 40 container |
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