Modern people spend about 90% of their lives indoors, and the impact of indoor air quality on human health has become an important issue. Based on the demand for energy-saving air-conditioning, the air change rate of the ventilation system must be reduced, but this will also have a negative impact on indoor air quality. Therefore, how to balance energy-saving air-conditioning and indoor air quality is a topic worthy of research.
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Compared with general traditional industrial clean rooms, the operating conditions of the biomedical industry are quite different. This article mainly introduces the general considerations of the clean room design and planning of the biomedical industry, in order to establish the basic concept of readers' needs for clean technology in this industry.
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1. Introduction 2. Design outline for local exhaust and ventilation in laboratory 2.1 Demand or use survey and planning (introduction to local exhaust equipment) 2.2 Survey and planning of plane location and space configuration 2.3 Exhaust emission control air volume, air duct planning and control equipment description 2.4 Waste gas pollution prevention and control countermeasures and equipment planning (washing tank, filter tank, washing tower) 2.5 Detailed design and engineering calculations (air volume, ducts, various equipment, etc.) after the preliminary planning is confirmed 3. Review of failure cases of chemical laboratory exhaust system and air conditioning 4. Introducing the laboratory intelligent monitor and soliciting laboratory air conditioning partners? AFA1000 / AFA5000
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Recalling the basic theory of water washing equipment for external air-conditioning tanks proposed by the author in 2000 [1], and collaborating with common washing equipment design concepts in the market from the microscopic point of the droplet, re-discussing the explanation, and finally proposing a new patented concept washing equipment .
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Fan equipment is a product of the times. It is set up in the space for air supply and discharge and electricity consumption. It evolves with the continuous construction needs of the building, and evolves under the demands of human comfort. From the historical and regional development, we can know that as early as the ancient Greek period to the tenth century in the Chinese and Western cultures, the wind energy through the windmill was converted into mechanical energy as the needs of life such as rolling the valley and irrigation. After the Industrial Revolution, from the 18th to the 19th century, the era of steam power, iron and steel and electricity consumption was opened up. In turn, the application of the fan opened the prelude.
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