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[ Hot attention from Chemical Machinery Equipment Network ] Energy, environment and urban construction are currently one of the important directions of social development.
With people’s attention to environmental protection, the environmental problems caused by human activities in the past are constantly being alleviated and even partially resolved.
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Among the relevant measures currently proposed for environmental issues, the control of air pollution has always occupied an important proportion.
Whether it is the carbon neutralization plan for greenhouse gases or the development of instantaneous monitoring technology for VOCs, atmospheric control has become an important part of urban construction.
Part of it.
Even the construction of "smart cities" has been affected by this.
Chemical machinery and equipment network hotspots pay attention to chemical machinery and equipmentWith people’s attention to environmental protection, the environmental problems caused by human activities in the past are constantly being alleviated and even partially resolved.
.
Among the relevant measures currently proposed for environmental issues, the control of air pollution has always occupied an important proportion.
Whether it is the carbon neutralization plan for greenhouse gases or the development of instantaneous monitoring technology for VOCs, atmospheric control has become an important part of urban construction.
Part of it.
Even the construction of "smart cities" has been affected by this.
The smart city itself is a concept rich in informatization and innovative thinking.
Simply put, it is a city construction idea that uses information and communication technology to achieve a harmonious and sustainable development of the city.
In fact, nowadays, whether it is the development of communication technology or information technology, there are different degrees of integration with industrial production, residential life and other fields.
Therefore, the construction of a "smart city" itself is actually a process of multi-type technology joint practice.
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Naturally, scientific instruments are also indispensable.
Simply put, it is a city construction idea that uses information and communication technology to achieve a harmonious and sustainable development of the city.
In fact, nowadays, whether it is the development of communication technology or information technology, there are different degrees of integration with industrial production, residential life and other fields.
Therefore, the construction of a "smart city" itself is actually a process of multi-type technology joint practice.
.
Naturally, scientific instruments are also indispensable.
And if you look back at the construction of "smart cities" from the perspective of scientific instruments, you will find its outstanding performance in environmental governance, especially atmospheric governance.
When it comes to smart cities, many people think of fourth-generation communication technology (4G).
There is no doubt that the emergence of 4G has made people feel that mobile networks can also bring us a smooth Internet experience.
Not only that, with the popularization of 4G, technologies such as the Internet of Things and human-computer interaction have also been directly developed.
Now that the fifth-generation communication technology (5G) has become popular, the high-speed mobile network that 4G brought us has once again been broken by new technologies.
On the one hand, the technology that originally relied on 4G has been further developed with the support of 5G; on the other hand, the technology that was originally limited by mobile network delay has finally been realized with the help of 5G.
As a field firmly linked to the word "precision", scientific instruments have also been impacted by 4G and 5G, and many technologies such as mobile monitoring, instantaneous monitoring, and urban monitoring networks have also been developed.
In particular, important changes have been made in instruments related to the instantaneous monitoring and emergency response of VOC poisonous gases, the monitoring and traceability of malodorous gases, and the monitoring of the distribution of atmospheric pollution such as ozone, and many innovative products have been born.
There is no doubt that the emergence of 4G has made people feel that mobile networks can also bring us a smooth Internet experience.
Not only that, with the popularization of 4G, technologies such as the Internet of Things and human-computer interaction have also been directly developed.
Now that the fifth-generation communication technology (5G) has become popular, the high-speed mobile network that 4G brought us has once again been broken by new technologies.
On the one hand, the technology that originally relied on 4G has been further developed with the support of 5G; on the other hand, the technology that was originally limited by mobile network delay has finally been realized with the help of 5G.
As a field firmly linked to the word "precision", scientific instruments have also been impacted by 4G and 5G, and many technologies such as mobile monitoring, instantaneous monitoring, and urban monitoring networks have also been developed.
In particular, important changes have been made in instruments related to the instantaneous monitoring and emergency response of VOC poisonous gases, the monitoring and traceability of malodorous gases, and the monitoring of the distribution of atmospheric pollution such as ozone, and many innovative products have been born.
And if these technologies are the points that help urban development after being influenced by smart cities, then the concept of smart cities intersects with regional development such as ecological cities and low-carbon cities is the aspect of atmospheric governance.
As I said at the beginning, the development background of smart cities is inseparable from environmental protection, because objectively speaking, the technologies behind smart cities basically need to be built on the premise of environmental protection.
Give a simple example-Freon.
Freon is a common refrigerant that has strong chemical and thermal stability, and has the characteristics of low surface tension, non-toxicity, and easy gas-liquid two-phase change.
But at the same time, freon itself is a greenhouse gas, and when freon rises to the ozone layer, it will become a catalyst for the decomposition of ozone into oxygen, thereby destroying the ozone layer.
In addition to the familiar air conditioners and refrigerators, heat pumps and other refrigeration equipment also rely on Freon to work.
However, with the advancement of technology, nowadays new refrigerants have gradually replaced Freon.
Give a simple example-Freon.
Freon is a common refrigerant that has strong chemical and thermal stability, and has the characteristics of low surface tension, non-toxicity, and easy gas-liquid two-phase change.
But at the same time, freon itself is a greenhouse gas, and when freon rises to the ozone layer, it will become a catalyst for the decomposition of ozone into oxygen, thereby destroying the ozone layer.
In addition to the familiar air conditioners and refrigerators, heat pumps and other refrigeration equipment also rely on Freon to work.
However, with the advancement of technology, nowadays new refrigerants have gradually replaced Freon.
Regardless of point or aspect, atmospheric governance can even be said that environmental governance is always adhering to the concept of * pollution sources while solving the immediate problems.
From this perspective, the construction of smart cities is to a certain extent to promote technological development to complete the process.
Point-to-face environmental governance, and realize the process of economic, technological, and environmental development.
From this perspective, the construction of smart cities is to a certain extent to promote technological development to complete the process.
Point-to-face environmental governance, and realize the process of economic, technological, and environmental development.
Original title: Scientific instruments to see the construction of "smart cities": from point to surface to help environmental governance
