Focused on compressed air system design, air treatment, piping configuration, equipment maintenance, and common industrial air issues, with practical guidance based on pressure, flow, dew point, air quality, and operating conditions for equipment selection, system optimization, and routine operation and maintenance.
Power plant instrument air supply and technical solutions In the power production process, instrument air, as a key auxiliary medium, is widely used in valve control, instrument drive, automation system and other scenarios. Its core requirement is to provide stable, dry, non-polluting compressed air.
The maximum working pressure of the air pressure pipeline shall be comprehensively determined according to the pipeline material, design standards and actual use scenarios, and the core is to ensure the safety of gas supply and equipment stability. 1. Pressure range for common industrial scenarios
Design Highest Work for Air Pressure Piping for General Industrial Use
The moisture content in atmospheric air is usually expressed in terms of "relative humidity", that is, the amount of water vapor actually contained in the air as a percentage of the maximum water capacity of the air at that temperature. For example, a relative humidity of 60% means that the current amount of water vapor in the air is the same temperature.
The air pressure required for the operation of the plant is mainly provided by the air compressor (referred to as air compressor). Its core function is to inhale the air in the normal pressure environment, increase the pressure through mechanical compression, store or directly transport to all kinds of gas equipment, to provide a stable gas source for the production process.
The working pressure of the air compressor needs to be set according to the needs of the specific application scenario, different industries have different requirements for the pressure range, the core is to match the power needs of the production or process links. Generally, the pressure range of air compressors commonly used in the industrial field is 0.6-1.0
The demand for compressed air in the production process of copper products factory (such as casting, extrusion, stamping, surface treatment, etc.) is mainly concentrated in the aspects of power drive, process cleanliness and equipment stability. The specific requirements are as follows: 1. Power drive demand
In copper processing, pneumatic tools (such as punching
Whether the air compressor room is an explosion-proof place or not should be judged comprehensively according to the specific environment and equipment characteristics. The core basis is as follows: 1. The core definition of explosion-proof place
Explosion-proof places refer to the areas where flammable and explosive gases, dust or vapors exist or may be generated, which need to be specially designed (such
There is an essential difference between the gas produced by the micro-oil air compressor and the oil-free air compressor, which is mainly reflected in the oil content and cleanliness. The specific analysis is as follows: 1. Core difference: oil residue Micro-oil air compressor: In the compression process, lubricating oil lubrication parts need to be used, although equipped with oil
In the operation of the air compressor, the air intake and exhaust volume are the core parameters to measure the air supply capacity of the equipment. The relationship between the two is affected by the compression principle and equipment design. The details are as follows: 1. Basic concept analysis Air intake volume: refers to the air compressor The volume of air sucked in per unit time (usually established
In pharmaceutical, food, electronics and other industries that require high cleanliness of the production environment, the microbial limit of compressed air is a key indicator to ensure product quality, and its core requirements are as follows: 1. The definition and importance of microbial limit
Microbial limit refers to compressed air
