Chemical Plant Steam Turbine Energy Management Contract Project

Product Details
Customization: Available
After-sales Service: Global Service
Warranty: 12 Months After Supply
Diamond Member Since 2025

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  • Chemical Plant Steam Turbine Energy Management Contract Project
  • Chemical Plant Steam Turbine Energy Management Contract Project
  • Chemical Plant Steam Turbine Energy Management Contract Project
  • Chemical Plant Steam Turbine Energy Management Contract Project
  • Chemical Plant Steam Turbine Energy Management Contract Project
  • Chemical Plant Steam Turbine Energy Management Contract Project
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  • Overview
  • Product Description
  • Detailed Photos
  • Product Parameters
  • FAQ
Overview

Basic Info.

Model NO.
1MW~60MW
Power
1MW~60MW
Generator Type
Synchronous Generator
Certification
CCC, ISO, TLC, CE
Standard
Nonstandard
Form
Impulsive
Material
Comply with Standards
Medium
Steam
Adjustment Method
Electro-Hydraulic Regulation
Transport Package
Sea and Land Transport
Specification
Different specifications
Trademark
Anhuizhengyufeng
Origin
Anhuiwuhu
Production Capacity
100

Product Description

Product Description

1. Contract energy management, referred to as EMC, is a new market-oriented energy-saving mechanism. Its essence is an energy-saving investment method that pays the full cost of energy-saving projects with reduced energy costs.
2. This energy-saving investment method allows customers to use future energy-saving benefits to upgrade factories and equipment to reduce current operating costs.
3. Our company implements project transformation in a contract energy management benefit-sharing business model, assumes project technical risks and investment risks, and during the contract period, both parties share energy-saving benefits according to the agreed proportion. We are responsible for the inspection and maintenance of the equipment, and the project property rights will be transferred to the owner free of charge after the contract period.
4. Product life: The design service life of the main parts is not less than 30 years.

Detailed Photos

Chemical Plant Steam Turbine Energy Management Contract ProjectChemical Plant Steam Turbine Energy Management Contract ProjectChemical Plant Steam Turbine Energy Management Contract ProjectChemical Plant Steam Turbine Energy Management Contract ProjectChemical Plant Steam Turbine Energy Management Contract ProjectChemical Plant Steam Turbine Energy Management Contract ProjectChemical Plant Steam Turbine Energy Management Contract Project

Product Parameters

Steam turbine parameters
model Power(MW) Steam inlet parameters Steam consumption(kg/kw.h) Steam intake(t/h) Speed(r/min)
    Pressure(Mpa) Temperature(ºC)      
B1.5-3.43/0.981 1.5 3.43 435 14.2 21.3 6500/3000
B3-3.43/0.49 3 3.43 435 938 29.4 6500/3000
B4.5-8.83/2.2 4.5 8.83 535 12.2 54.9 6500/3000
B6-0.98/0.245 6 0.981 280 16.0 96.0 3000
B7-4.9/0.7 7 4.9 470 9.55 66.9 3000
B7.5-3.43/0.49 7.5 3.43 435 9.6 72 3000
B7-8.83/3.63 7 8.83 535 18.28 128 6500/3000
B9-4.9/0.49 9 4.9 470 7.90 71.1 3000
B12-4.9/1.27 12 4.9 470 12.08 145 3000
B15-4.9/0.98 15 4.9 470 10.30 154.5 3000
B25-4.9/0.98 25 4.9 470 10.25 256.3 3000
B30-4.9/0.98 30 4.9 470 10.18 305.4 3000
B22-9.0/0.98 22 9.0 535 7.25 159.5 3000
B20-8.83/4.1 20 8.83 535 19.1 382 3000
B32-12.7/0.98 32 12.7 535 7.13 228.16 3000
 
model Power(MW) Steam inlet parameters Steam consumption(kg/kw.h) Steam intake(t/h) Speed(r/min) exhaust pressure
(Mpa)
    Pressure(Mpa) Temperature(ºC)        
N1.2-0.155 1.2 0.155 195 9.76 11.71 3000 0.007
N4-0.88 4 0.88 280 6.5 26 3000 0.008
N6-3.43 6 3.43 435 4.6 27.6 3000 0.0076
N15-4.9 15 4.9 470 3.95 59.25 3000 0.007
N25-8.83 25 8.83 535 3.58 89.5 6500/3000 0.006
N15-3.43 15 4.9 470 4.1 61.5 3000 0.007
 
model Power(MW) Steam inlet parameters Pumping      parameters Steam consumption(kg/kw.h) Speed(r/min) exhaust pressure
(Mpa)
    Pressure(Mpa) Temperature(ºC) Flow
(t/h)
Pressure(Mpa) Flow
(t/h)
     
CB15-3.43/0.98/0.53 15 3.43 435 150.2 0.98 20 10 3000 0.53
CB14.1-4.9/3.0/0.9 14.1 4.9 470 150 3 12 10.638 3000 0.9
CB13.6-4.9/2.5/0.98 13.6 4.9 470 152.6 2.5 12 11.22 3000 0.98
CB10-8.83/0.98/0.6 10 8.83 535 75 0.98 25 7.5 3000 0.6
CB25-8.83/2.8/0.98 25 8.83 535 219 2.8 70 8.76 3000 0.98
CB30-9.2/3.0/0.8 30 9.2 535 239.5 3 60 7.98 3000 0.8
CB18-9.2/2.8/0.98 18 9.2 535 160.2 2.8 40 8.9 3000 0.98
CB16-12.7/2.5/1.76 16 12.7 535 152 2.5 35 9.5 3000 1.76
 
Generator parameters
model Power(MW) Steam inlet parameters Pumping      parameters Steam consumption(kg/kw.h) Speed(r/min) exhaust pressure
(Mpa)
    Pressure(Mpa) Temperature(ºC) Flow
(t/h)
Pressure(Mpa) Flow
(t/h)
     
C15-3.43/0.98 15 3.43 435 101.5 0.98 45 6.76 3000 0.007
C12-6.5/1.2 12 6.5 470 105.3 1.2 75 7.02 3000 0.007
C20-8.83/0.98 20 8.83 535 90 0.98  45 6 3000 0.007
C25-3.43/0.98 25 3.43 435 101.5 0.98 45 6.76 3000 0.007
C30-3.43/0.98 30 3.43 435 101.5 0.98 45 6.76 3000 0.007
C55-8.83/0.98 55 8.83 535 90 0.98  45 6 3000 0.007
C60-8.83/0.98 60 8.83 535 90 0.98  45 6 3000 0.007

FAQ

1. Question: How to determine product parameters?
Reply: Design steam turbine units with different working conditions according to the customer's current production technical parameters to meet production needs.
2. Question: How to determine product quality?
Reply: You can do it through on-site field visits and provide relevant inspection and testing reports and other materials.
3. Question: How to ensure after-sales service?
Reply: The company's technical staff solves difficult problems online and offline.
 

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