Low High Pressure Boiler Economizer with Max 60t/h Steam Production and Natural Circulation

Lugar de origen Zhangjiagang, China
Nombre de la marca HD Boiler
Certificación ISO9001,ASME,SGS,EN,TUV
Número de modelo Tipo desnudo Economizador
Cantidad de orden mínima 10 toneladas
Precio $2,200-2,500 / ton

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Datos del producto
Tipo Circulación natural Estructura Tubos de fuego y de agua
Presión Bajo/de alta presión Producción de vapor No más de 60 t/h
Estilo Vertical Combustible Fuentes de energía
Producción Agua caliente/vapor Tratamiento superficial Pintado
Tubería desnuda OD 25-1650 mm Espesor de la tubería desnuda 2-40 mm
Grosor de la aleta 0.6-3.0 mm Altura de la aleta 5-30 mm
Tono de tubo de aleta 5-30 mm Longitud del tubo de aleta ≤12000 mm
Material Acero al carbono, aleación, acero austenítico
Resaltar

Max 60t/h Steam Production Boiler Economizer

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Low High Pressure Boiler Economizer

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Natural Circulation Boiler Economizer

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Descripción de producto
Low / High Pressure Flue Gas Boiler Economizer Heat Exchanger Devices With Finned Tubes
Boiler Economizer
Low High Pressure Boiler Economizer with Max 60t/h Steam Production and Natural Circulation 0
Introduction
Economisers perform a key function in providing high overall boiler thermal efficiency by recovering low-level energy from flue gas before it is exhausted to the atmosphere. They recover this energy by heating the boiler feedwater. Economisers are tubular heat transfer surfaces used to preheat boiler feed water before it enters the steam drum or furnace surfaces, reducing operating costs by recovering extra energy from flue gas.
Procedure
Economisers reduce the potential for thermal shock and strong water temperature fluctuations as feed water enters the drum or waterwalls. They also help meet stringent environmental regulations limiting nitrogen oxides and sulfur dioxide emissions. The gas-side heat transfer coefficient is much lower than the water-side coefficient, so outer tube surfaces may be finned to increase heat transfer area. Economiser design aims to achieve necessary heat transfer at minimum cost, with maximum allowable flue gas velocity being a key criterion.
Specifications
Name (unit) Specification (mm)
Bare pipe (OD) 25-1650
Bare pipe (Thickness) 2-40
Fin (Thickness) 0.6-3.0
Fin (Height) 5-30
Fin tube thread pitch 5-30
Fin tube length ≤12000
Material: Carbon Steel, Alloy, Austenitic Steel (Nickel and Chromium or Manganese)
Quality Control
  • Impact test and Strength calculation report with applied materials information
  • 100% NDT (non-destructive inspection) report of steel plate, tube and electrode
  • X-ray, γ-ray and liquid penetrant test inspection report (welding seam) to ensure boiler quality
  • Hydraulic test report to ensure standard working pressure and safety
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