• Superconducting combined steam thermal engine
Superconducting combined steam thermal engine
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Superconducting combined steam thermal engine

Superconducting combined steam thermal engine 01. Directly output continuously stable micro superheated steam; 02. Mixed DC and AC forms;  03. Intelligent frequency control unit and unit; 04. Good steam quality, low heat loss, and low operating costs; 05. Both units and units can serve as backups for each other; 06. Low expansion cost; 07. Four National Standard Reports, Legal Exemption from Inspection; 08. Configure multiple intelligent security protection devices; 09. Double compliance of nitrogen and carbon emissions, online environmental monitoring available;

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  • Description
  • Superconducting combined steam thermal engine

     01. Directly output continuously stable micro superheated steam;   
    02. Mixed DC and AC forms; 
    03. Intelligent frequency control unit and unit;   
    04. Good steam quality, low heat loss, and low operating costs;   
    05. Both units and units can serve as backups for each other;   
    06. Low expansion cost;   
    07. Four National Standard Reports, Legal Exemption from Inspection;   
    08. Configure multiple intelligent security protection devices;   
    09. Double compliance of nitrogen and carbon emissions, online environmental monitoring available;


    6 major advantages 
     
     
    Steam micro superheat output
    Superconducting steam heat engine is a dialectical abandonment of direct current boiler and through flow boiler, adopting advanced large plane water-cooled combustion technology for full and uniform combustion. The feedwater quickly forms a high enthalpy steam water mixture through a direct current heat exchange device and enters a through flow heat exchange device. Re heating in the inline tube bundle forms dry saturated steam that enters the internal superheater for further heating, achieving micro superheating output of steam and producing high-quality saturated steam.

    Intelligent frequency control load

    Intelligent frequency control unit and unit automatically match the number of units or units based on the end steam load, without reducing the load output, and efficiently meet the changes in end steam load 
     
     

    Installation Diagram


    316L high-efficiency condensing fins 
     
    The high-efficiency condensing fins are made of 316L stainless steel, which is corrosion-resistant, anti-oxidation, and has a long service life. They meet environmental standards and are lower than the standard of the "Notice on Implementing Air Pollutant Emission Control Values in Key Control Areas of the City". The nitrogen oxide emissions are less than 30mg/m3; The equipment has a small footprint, parallel intelligent control, and is easy to disassemble and move;
     
    Superconducting Combined Steam Thermal Engine - Product Parameters

     
     
    Product Configuration Table of Superconducting Combination Steam Thermal Engine



    Note: Parameter configurations may change due to continuous product improvements. For specific parameters, refer to the factory settings of the product.

Superconducting combined steam thermal engine

Superconducting combined steam thermal engine 01. Directly output continuously stable micro superheated steam; 02. Mixed DC and AC forms;  03. Intelligent frequency control unit and unit; 04. Good steam quality, low heat loss, and low operating costs; 05. Both units and units can serve as backups for each other; 06. Low expansion cost; 07. Four National Standard Reports, Legal Exemption from Inspection; 08. Configure multiple intelligent security protection devices; 09. Double compliance of nitrogen and carbon emissions, online environmental monitoring available;

Category

SEO

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