Hybrid Boilers

New generation hybrid boilers are high-efficiency boiler systems that operate with liquid and gas fuels such as natural gas, diesel, fuel oil, LPG, and LNG, while also being supported by electric energy. This structure offers flexible, sustainable, and safe operation to meet modern industrial needs.

Hybrid series ECO boilers operate with smart combustion technology until they reach the desired capacity in steam production. After the processes reach the required maximum level, it maintains the desired pressure and temperature with electrical energy in normal operation mode. In case of sudden pressure drop or sudden peak steam draw, it activates the main primary fuel system and provides the steam required by the system to the user.

 

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Hybrid Boilers
Certificates
Storm ECO Series
Storm ECO Series - Hybrid Steam Boiler
  • Steam Production Capacity : 200 - 15.000 kg/hour
  • Operating Pressure : 8 – 16 bar
  • Secondary Power Options : 100 Kw - 5232 Kw
  • Design Type : 3-pass Scotch type
  • Electric Transition Management : Fuel with automatic control system
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Hybrid Steam Boiler
Phoenix ECO Series
Phoenix ECO Series - Hybrid Thermal Oil Boiler
  • Operating Temperature : 60° - 320°
  • Thermal Capacity : 100.000 Kcal/h - 10.000.000 Kcal/h
  • Secondary Power Options : 70Kw - 5814 Kw
  • Operating Pressure : 1- 6 bar
  • Electric Transition Management : Fuel with automatic control system
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Hybrid Thermal Oil Boiler
Atlas ECO Series
Atlas ECO Series - Hybrid Superheated Water Boiler
  • Operating Temperature : 60° - 130° with nitrogen suppression method
  • Thermal Capacity : 100.000 Kcal/h- 10.000.000 Kcal/h
  • Secondary Power Options : 70 Kw - 5814 Kw
  • Operating Pressure : 1 - 16 bar
  • Design Type : Horizontal, 3-pass Scotch type design
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Hybrid Superheated Water Boiler
Burning ECO Series
Burning ECO Series - Hybrid Hot Water Boiler
  • Operating Temperature : 60° - 90°
  • Thermal Capacity : 100.000 Kcal/h- 10.000.000 Kcal/h
  • Secondary Power Options : 70 Kw - 5814 Kw
  • Operating Pressure : 3 - 6 bar
  • Design Type : Horizontal, 3-pass Scotch type design
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Hybrid Hot Water Boiler

These boilers are primarily designed to operate with liquid and gas fuels. Electric energy is integrated as a supporting, backup, and balancing element in the process. Especially in cases of fluctuating energy costs or temporary interruptions, automatic switching systems allow electricity to take over, keeping the boiler running. Electricity is planned as a secondary source and is used for energy optimization, adaptation to sudden load changes, and environmentally friendly production goals.

Hybrid Boiler Working Principle

  1. When the system starts, the liquid-gas fuel burner is activated first.
  2. The electric support system automatically activates at low load or when there is a tariff-based advantage.
  3. The high-precision control panel switches modes without user intervention.
  4. The system continues to operate with the most suitable energy source depending on current conditions.

Application Areas

New generation hybrid boilers have the capacity to meet both process needs and comfort heating demands. Thanks to their hybrid structure, they provide maximum efficiency and energy control in the following areas:

Industrial Processes:

  • Food Industry: Pasteurization, sterilization, cooking, fat melting
  • Chemical and Petrochemical: Reactor jackets, distillation systems
  • Pharmaceutical Production: Hygienic steam, hot water, and thermal oil applications
  • Plastics and Rubber: Extrusion machines, mold heating
  • Paint and Coating: Drying ovens, electrostatic painting lines
  • Paper and Wood: Drying cylinders, plywood pressing systems
  • Textile: Finishing, stenter, drying, steam shaping

Comfort & Central Heating:

  • Hotels, Hospitals, Shopping Malls: Central hot water and heating systems
  • Schools, Dormitories, Housing Projects: Floor heating systems
  • Campuses and Factory Sites: District heating networks
  • Greenhouses and Livestock Facilities: Temperature and humidity control

Energy and Alternative Sources:

  • Cogeneration Plants: Supplementing using waste heat
  • Solar Power Plants: Converting excess electricity into heat
  • Facilities Requiring Backup Energy: Electric-supported heating scenarios

Why Choose This System?

  • Safe, high-capacity operation with main fuel
  • Eco-friendly support with emission reduction via electricity
  • Reduced energy costs with smart transition control
  • Uninterrupted production and sustainable performance
  • Modular structure and automation compatibility for specific processes
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