Stream-Niche® Technology of Fuel Combustion. Burners with innovative combustion technology provide high-quality mixing for efficient burning of fuel gas.
Full automation and a high level of industrial safety.
- digital temperature and pressure sensors
- combustion process control systems
- intelligent oil supply valves
- fuel gas flow control regulators
- SIEMENS® SIMATIC® industrial controllers
MODULAR DESIGN
- Ease of transportation quick installation
- in the field replacement of any module
- during major repairs.
- Convective chamber
- Upper radiant chamber
- Lower radiant chamber
- Funace volume
EFFICIENT PROCESS OF ENERGY TRANSFER FROM COMBUSTION PRODUCTS TO HEAT REMOVAL SURFACES
MULTILAYER BLOCK LINING OF THE FURNACE VOLUME
| Technical specifications | EU metrics | US metrics |
|---|---|---|
| Useful thermal power of | 8 Gcal/h | 31.7466 MMBTU/h |
| Consumption of the heated product at ∆t=40°C | 600 m3/h | 158 500 gal/h |
| The maximum pressure of the product at the entrance to the furnace is | 63 kgf/cm2 | 896 psi |
| Number of burners | 4 pcs | 4 pcs |
| Gas consumption at the maximum mode of | 1 000 m3/h | 264 170 gal/h |
| Availability of a recursion system | yes | yes |
| Furnace efficiency | 85% | 85% |
| Climate conditions | -40°С...+50°С | -40°F...+120°F |
| Overall dimensions | length - 16,4 m width - 7,5 m height - 22 m |
length - 53.8 ft width - 24.5 ft height - 72.2 ft |
RECUPERATION
The system for returning part
of the thermal energy by heating
the blasting air is the most rational
and fast-paying way to save fuel
and increase efficiency
WE WERE ABLE TO MEET THE HIGH ENVIRONMENTAL REQUIREMENTS FOR CO2 EMISSIONS INTO THE ATMOSPHERE AT THE LEVEL OF 20 PPM
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