Топ-100
Terraforming Market
Clean air

Sustainable development technologies for monitoring urban air quality

Identify the sources of pollution and make a forecast for 72 hours
Assesses any weather risk
Control of emissions of enterprises
Experts in the field of smog control
  • United Nations Environment Programme (UNEP)
    a leading international environmental organization. UNEP works to promote sustainable development and protect the environment.
  • American Lung Association
    a non-profit organization working to protect lung health. The American Lung Association monitors air quality and advocates policies to reduce air pollution.
  • Sierra Club
    It is a non-profit environmental organization that is engaged in environmental protection. Sierra Club works to reduce air pollution and promote a clean air policy.
  • World Health Organization (WHO)
    It is a leading international body in the field of public health. WHO monitors air quality and makes recommendations on how to reduce air pollution.
  • Michael J. Oppenheimer
    Professor of Environmental Sciences and Global Health at Harvard University. He is a world-renowned expert on climate change and air pollution.
  • Susan Solomon
    Professor of environmental Sciences at the Massachusetts Institute of Technology. She is a leading expert on atmospheric chemistry and the effects of air pollution on human health.
  • Kirk Smith
    Professor of Global Environmental Hygiene at the University of California, Berkeley. He is an expert on the health effects of air pollution in developing countries.
  • Anil Agarwal
    Founder of the Center for Science and Environment in India. He is a leading proponent of clean air and sustainable development.
  • Sunita Narain
    Director of the Center for Science and Environment in India. She is a leading expert on air pollution and climate change.
  • Dr. Michael Brown
    Professor of atmospheric physics and ecology at the University of Maryland, who is engaged in research in the field of atmospheric pollution and its effects on health.
  • Dr. Richard Muller
    Professor of physics at the University of California, Berkeley, who conducts research in the field of atmospheric pollution, including smog.
  • Dr. Jonathan Grigsby
    A leading researcher on air and health at the University of Edinburgh, who studies the health effects of smog and develops strategies to combat air pollution.
  • Dr. Sarah Joy Hassell
    Professor of Environment and Society at the University of Nottingham (University of Nottingham), specializing in the study of the impact of smog on health and the development of measures to reduce air pollution.
  • Dr. James Lee
    Professor of Chemistry at the University of York, who is engaged in research in the field of atmospheric chemistry and studies the formation and composition of smog.
  • Dr. Anna Hansen
    Researcher in the field of atmospheric sciences at the London School of Hygiene & Tropical Medicine (London School of Hygiene & Tropical Medicine), specializing in the effects of atmospheric pollution on health and the development of policies to reduce smog.
In the modern world, the problem of atmospheric air pollution is becoming more and more urgent. It affects human health, the environment and the climate. Therefore, the development and implementation of sustainable development technologies for monitoring atmospheric air quality is an important step in the fight for the purity and health of our planet. In this article, we will look at several innovative technologies that help us monitor the state of the air in real time and take measures to improve it.

Atmospheric Intelligence: One of the key technologies is atmospheric intelligence. It is a concept based on the use of advanced sensors, analytical algorithms and cloud platforms to collect and analyze air quality data. Atmospheric intelligence systems provide information about the concentration of pollutants, the level of harmful gases and other parameters affecting the quality of atmospheric air. This allows city authorities and society to make informed decisions to improve air quality and create a healthier living environment.

Air Environmental Monitoring Platform: Another important technology is the air environmental monitoring platform. These platforms combine various sensors and devices for continuous collection of air condition data. They can be installed both at city monitoring stations and on personal devices such as smartphones and wearable gadgets. Users can receive real-time information about the air quality in their area and take measures to reduce their environmental impact. Environmental air monitoring platforms provide access to data on the concentration of pollutants, air quality indicators and their dynamics. This allows citizens and government authorities to make informed decisions to reduce pollution and improve air quality.

Urban air quality monitoring system: Urban air quality monitoring systems are an important component of sustainable development technologies. They include a network of sensors placed in various parts of the city to ensure wide coverage and accuracy of data. These sensors can measure the level of various pollutants, including toxic gases, solid particles and heavy metals. The received data is transmitted to the central system, where they are processed and analyzed. Information on air quality is available to both city authorities and the public, which makes it possible to take measures to improve air quality and prevent its pollution.

Sustainable development technologies for monitoring atmospheric air quality play an important role in combating the problem of pollution and creating a healthier living environment. Atmospheric intelligence, environmental air monitoring platforms and urban air quality monitoring systems provide access to up-to-date air quality data, which allows you to make informed decisions and develop effective strategies to improve its condition. These technologies are an important step towards a cleaner and more sustainable planet where everyone can breathe fresh air and enjoy a healthy environment.
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