Design of Low Nickel-Molybdenum Rotary Furnace Blowing Workshop
Low nickel-molybdenum rotary furnace blowing workshop is an important heat equipment in steel smelting process. This kind of rotary furnace uses the wind suction through the suction bell of the furnace mouth to complete the blowing operation of the furnace. The design of this workshop is very important.
The design of the low nickel-molybdenum rotary furnace blowing workshop should pay attention to the following points.
The first is to lay out the workshop as much as possible comply with the direction of gas flow and the arrangement of operating devices. This can reduce the pressure loss of the furnace, reduce the difficulty of equipment installation, and provide a safe and reliable working environment for workers.
The second is to make the layout of the workshop in accordance with the direction of the safe environment. The workshop should be used to keep the furnace and other equipment away from production team, and to prevent the dust of the workshop from falling into the room and polluting the environment. Fire prevention measures should be taken in the factory, and fire protection pipelines should be placed in the designated places in the workshop.
The third is to design a variety of ventilation systems. It is necessary to collect furnace gas and furnace gas as much as possible, reduce the presence of combustible and explosive components, reduce the risk of accidents, and ensure safe and normal operation of the equipment. The electric road of the furnace is designed according to the characteristics of the furnace. It is possible to adopt some automatic control means, so that the furnace can be operated simply and conveniently, with rapid start and stop.
The fourth is to make good arrangements for the installation of the performance inspection devices and ensure their normal operation. Instrument devices such as exhaust temperature, exhaust flow, oxygen content and excessive negative pressure should be installed.
The fifth is to make the installation of the furnace and other equipment as convenient and reliable as possible, and to reduce the risk of failure and accidents. For example, bellows and sealing rings should be installed for the furnace mouth, and connecting parts such as pipelines and retaining rings should be designed to be easy to install and remove; when installing air valves, thermocouples and flue gas mass flow meters, they should be installed in place to ensure the performance of these instruments.
In summary, the design of the low nickel-molybdenum rotary furnace blowing workshop should be well thought out in advance and pay attention to the above points in order to ensure the safety of workers and equipment, to reduce consumption and emissions, and to provide users with satisfactory products and services.
