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Atlas ECO Series - Hybrid Superheated Water Boiler

Atlas ECO Series - Hybrid Superheated Water Boiler

The Atlas Hybrid ECO Series is a specially designed hybrid hot water boiler developed for processes requiring high temperatures without the use of steam. The system primarily operates on liquid and gas fuels such as natural gas, fuel oil, LPG, and LNG.

Electric power, integrated as a secondary source, is activated when needed to ensure energy continuity, load balancing, and low emissions. Additionally, the system operates safely and efficiently at temperatures up to 130°C by preventing water evaporation in nitrogen-pressurized closed-loop circuits. This enables safe operation in high-temperature processes that do not require steam.

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Technical Specifications

  • 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
  • Electric Transition Management
    Fuel with automatic control system
  • Electric-Assisted Mode
    Low load optimization in electrically assisted operation mode
  • Boiler Control Panel
    Remote monitoring and management with SCADA & PLC

Where Should the Atlas Hybrid ECO Be Used?

  • Ceramics and Glass Industry: Mold heating, drying
  • Metal Processing: Annealing and hot forming lines
  • Industrial Furnace Systems: Paint drying, chemical reaction furnaces
  • Closed-Loop High-Temperature Systems: Water circulation with nitrogen gas pressurization
  • District Heating Centers: High-temperature central heating applications

Advantages of the Atlas Hybrid ECO Series

  • Heat transfer up to 130°C without using steam
  • Fuel-priority, electric-supported hybrid structure
  • Remote monitoring and control with SCADA & PLC
  • Lower energy loss thanks to steam-free operation
  • Automatic switching scenarios to reduce energy costs
  • Full compatibility with nitrogen-pressurized circuits
  • Modular design offering a wide range of capacities
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