Coke oven

Specifications

Vertical Heat recovery Coking Technology Vertical Heat Recovery Coking Technology with Stamp Charging is the latest version of Heat Recovery Coking technology in China, and is developed from Horizontal Heat Recovery Coking Technology. It has the following advantages ;Environmental friendly Less land occupation Oslash;Better production capability

ØLower burning lost Oslash;Lower investment cost requirement Background of Promotion of Vertical Heat Recovery Coking Technology

After analyzing, comparing, and summarizing the advantages and disadvantages of horizontal heat recovery coking technology, the vertical heat recovery coking technology was promoted in 2000. After practice and installation dozens of coking plant in China, the coking technology has been rationalized, standardized while meeting the various demands of different clients. The coking batteries not only produce high-quality met coke, but can also use waste heat for power generation. With the coking technology, the resources can be utilized optimally and comprehensively.

Features of the Coking Technology

1. Environmental Protection

Random fume release is reduced immensely during charging and pushing for side and stamp charging; operate under negative pressure so that no fume is released during charging, coking, and pushing; the raw gas generated is converted into heat energy; Partial heat is used to heat coal cake and the residual heat diverted to the power plant for power generation; After desulphurization and dust extraction treatment in the power plant, only SO₂≤100mg/Nm³, SPM ≤50mg/Nm³ contents in the waste gas released into the atmosphere. In conclusion, a clean operation of the coking plant that meets the norms of environmental protection.

No Biochemical Effluent are produced in the CO gas that is delivered as a by-product recovery and CO gas purification - solves the problem of effluent treatment in coking plant completely.

During coking, tar, benzene, naphthalene, BaP and other poisonous and harmful gas get burnt under high temperature, reducing hazards to the environment.

2. Comprehensive Utilization of Resources