Carbon Waste Heat Recovery Boiler for Carbon Industry Introduction
Waste heat recovery boiler for carbon industry makes use of the high-temperature flue gas generated by the carbon kiln waste heat to generate electricity, is the first in the domestic carbon industry. Waste heat recovery boiler for carbon industry designed and manufactured in ZG Boiler not only explores a new path for the large volumes of carbon waste heat, which has filled a gap in domestic, but also produces good economic returns. We mainly design and manufacture two series natural circulation water tube waste heat boiler, i.e. waste heat recovery boiler for carbon industry and tank type carbon waste heat recovery boiler, and they have won three national patents: ZL03215147.0 and ZL200620030036.5 and ZL200820148479.3.
Waste Heat Recovery Boiler for Carbon Industry Features
*Vertical Arrangement
Vertical arrangement and the structure is compact. Compared with the conventional carbon waste heat boiler, the carbon waste heat boiler in our company has the advantages of small footprint, saving construction investment; novel structure, superior performance; as the leading domestic level, is new milestone in the waste heat recovery boiler for carbon industry development history.
*Steel Economizer
The economizer is with high mechanical strength, impact resistance (due to the fluctuation of the flue gas heat recovery boiler, easy to cause vaporization of water economizer impact), strong load adaptability, system layout and operation ease.
*Automatic Acoustic Sootblowers
The sootblowers is ZG Boiler patented technology and it effectively reduces the pollution of fly ash on the boiler heating surface, so that the maximum extension of the life of the boiler, ensure boiler efficiency, to solve the traditional boiler disadvantages of pressure parts damage, wear and tear easily by rapping cleaning or steam soot blowing.
*Inertial Separation Principle
Achieve two-stage gas and solid separation, which solves the traditional boiler shortcomings such as ash alone natural subsidence, low dust removal efficiency, serious environmental pollution and so on.