×
full text search
Search
×
Prompt information:
Confirm
NEWS&EVENTS
Home > News&Events > Company news > Advantages of pure oxygen gas-fired iron melting rotary furnace
Latest News
Analysis and measures to solve abnormal pressure in antimony rotary furnace during operation..
2025.08.11
Scientific and reasonable pretreatment process can provide high-quality and stable raw materials, ensuring efficient, environmentally friendly and stable operation of the rotary kiln..
2025.08.09
When producing antimony ingots and antimony trioxide from antimony ore, the uniformity of temperature distribution in the antimony rotary furnace is a key factor affecting the smelting effect and product quality...
2025.08.08
In actual production, precise control of rotary kiln temperature is crucial to ensure desulfurization effect and not affect subsequent smelting...
2025.08.08
Adopted a series of strict quality control and optimization measures..
2025.08.07

Advantages of pure oxygen gas-fired iron melting rotary furnace

Release time:2024-04-23 15:11 Views:

To analyze the advantages of pure oxygen gas-fired iron melting rotary  furnaces, you must first understand that there are several ways to melt iron, and then you can compare their advantages and disadvantages in terms of cost, environmental protection, comprehensive economic and technical indicators, etc.

pure oxygen gas-fired iron melting rotary furnace

At present, there are five ways to melt cast iron: single melting in coke-burning cupola; this melting method is generally limited to the production of low-grade castings; duplex coke-burning cupola and induction furnace; single melting in induction furnace; gas cupola and induction furnace Duplex; Single melting of pure oxygen gas rotary furnace. The following is a brief comparative analysis of the cost, environmental protection, production flexibility, melting characteristics and other aspects of the above five melting methods.

This article will start with a comparison in terms of cost. The cost of melting cast iron in a pure oxygen gas regenerative iron furnace is generally lower than that of an electric furnace, but always higher than that of a coke-burning cupola. The fuel consumed for melting 1 ton of metal charge is shown in the table below.

Comparison of melting costs among five melting methods

Melting methods           coke                   Coke-burning cupola                          induction                         pure oxygen gas                           Gas-burning cupola

and cost items    cupola               + induction electric furnace              electric furnace                rotary furnace                               + induction electric furnace  Double

                    Double


Amount of fuel and other materials consumed per ton of metal charge

 

Coke/kg       135                          125                                                         0                                           0                                                                0

Electricity/kwh      0                            45                                                       600                                          0                                                                45

Natural gas/m³     0                             0                                                            0                                           50                                                              60

Oxygen/m³        0                            0                                                            0                                          130                                                              15

Ceramic balls/kg     0                              0                                                            0                                            0                                                                 10

 

 pure oxygen gas-fired iron melting rotary furnace has a history of nearly 100 years in developed countries. The furnace is the most friendly cast iron melting equipment in the environment today. The investment cost and production cost are lower than the inductive electric furnace. It is a strong competitor of an inductive electric furnace. It is a new choice in the reconstruction or reconstruction of small and medium -sized cast iron plants and cast iron workshops.