The last article introduced the market prospects and market competition in the development trend of laboratory clean engineering in my country. For details, please click "Development trend of laboratory clean engineering in China (1)" to view. This article will introduce market demand and technology trends.

I. Market demand trends

At present, the market demand for laboratory clean engineering in my country is developing towards energy conservation. After all, clean engineering has always been a big energy consumer. According to statistics, its energy consumption is 10-20 times higher than that of ordinary office buildings. Compared with similar projects, the energy consumption of clean projects in my country is 15% higher than that in the United States.

Take the electronic laboratory clean engineering as an example, 46% of its annual electricity consumption is used for the operation and maintenance of the clean engineering. Nearly the total power consumption is average, which is indeed a terrible figure. It can be seen that for companies, the reduction of energy consumption means cost savings, so I said that market demand is developing in the direction of energy saving.

Since we want to save energy, how should we do it? Enterprises must look at the problem from the perspective of the customer, and carry out energy-saving design in terms of design concept, construction, equipment and operation. Only by considering the overall situation can the entire industry achieve sustainable and sound development.

II. Technical trends

At present, the technical trend of laboratory clean engineering in my country is developing towards high-end engineering technologies such as air molecular control. It was Japan that first proposed this technology, but now the world is paying attention. Air molecular control mainly deals with air molecular pollution (AMC). The control of this type of pollution is much more difficult than particle pollution.

When it comes to particle pollution control, the particle size and number must be determined first, and then the corresponding design can be made. It's just that for air molecular pollution, in addition to the chip line width, there are processes, equipment, materials, and transmission systems that need to be controlled. Therefore, the control of this type of pollution has always been a problem in the industry.

In general, it is precisely because it is difficult to effectively control air molecular pollution that this problem has become an important issue affecting the yield of related products, and air molecular control technology has also received the attention of the domestic laboratory clean engineering industry. Right now, relevant companies and technical teams have begun to engage in research in this direction.

Through these two articles, we generally introduced the development trend of laboratory clean engineering in our country, hoping to help everyone.will be helpful to everyone.