ADAM

ADAM – Ai Driven Air Monitoring system

ADAM – Ai Driven Air Monitoring

ADAM – AI-Driven Air Monitoring – is a revolution in Urban Air Quality Monitoring with an AI-powered online portable sensors system.

We aim to transform how to monitor urban air quality by utilizing AI-powered systems installed on transport roofs (taxi, delivery tracks, and others). This innovative approach leverages the mobility of daily used transport to gather real-time, comprehensive air quality data across cities, providing a more accurate and dynamic understanding of urban air pollution.

ADAM combines advanced air monitoring technologies with a compact design:

  • Mobility: By installing systems on transport roofs, ADAM ensures extensive and dynamic coverage of urban areas.
  • Affordability: Cost-effective solution that can be widely deployed across cities.
  • Efficiency: ADAM uses low-power systems, power from the car where to be installed, and massive accumulators to ensure portability and 24/7 online data when transport power is not available.
  • Modular Design Easy to install and maintain, with plug-and-play components for quick replacements and upgrades.
  • Advanced Sensors: Utilizes laser technology, FTIR, portable RAMAN, and electrochemical sensors for continuous measurement.

ADAM – Modular Design – one of the key features of reliability and portable use

The system is designed for continuous measurement of the concentration of dust particles, and gas components in urban air. Each part of the system has the same footprint and plugins, so it could be used in any position of the system.

ADAM consists of several modules:

  • NDIR method for CO/CO2 concentration measurements
  • Chemiluminescence for NO/NO2/NOx/NH3/O3 measurements
  • UV- fluorescence for SO2/H2S/TRS measurements
  • Dust monitoring module based on optical counter method of PM1/PM2.5/PM5/PM10 and TSP measurements
  • Electrochemical sensors for NON-QAL1 certified measurement
  • Li-Ion accumulator for 24/7 uninterrupted use of the system when power off
  • Highly efficient Thermoelectric coolers for high-precision control of the system temperature
  • Low power EHD based Air amplifier for high-volume air sampling
  • PLC and power modules are used to control each measuring module of the ADAM system for data gathering

During operation, the Air amplifier continuously samples air from outside, which is heated in the probe to evaporate any moisture and stabilize the temperature. Each module either samples the air with an embedded pump and filtration or measures directly in the Air amplifier.

AI-driven features:

  • The system measures the meteorological parameters of atmospheric air (atm pressure, temperature, etc.) and measures the concentration of gas and dust in the atmosphere in connection with the GPS point
  • data validation – we use certified systems while the car is running by and AI qualifies, if data measured with a portable system is valid
  • High volume data flow – a lot of data points to use with measuring of “fresh” sample every second – 3600/24/7/365 – 220 mln measurements per year to train AI on a REAL data
  • Different measure methods are marked as highly/middle/low validity data for AI to consider 
  • Use of meteorological data from stationary systems nearby for moving cars – correlation with AI

Data graph on the Map (one hour per frame switch)

What are the benefits of ADAM for you:

We use AI to figure out what data we harvest:

  • Reporting to Environmental control
  • We can have an environmental picture of every street and every building – certification according to ESG standards of every building in the city
  • Lack of data, where no roads or no car allowed – installation of stationary systems according to AI recommendations  
  • Visualization – use of data to colorize the streets, areas, and buildings depending on common health risks – “hot” environmental spots
  • AI is used to predict the health problems we could probably have, to show dependencies of health and measurement data 
  • Reducing the death rate by only rearranging traffic in the city or moving offices and homes from dangerous places
  • Testing any activities online: no car day, only electric and bike; half cars day
  • Google implemented traffic control – gas, dust reduction with traffic management, gas, and dust calculation for each way

We are a development company of innovative solutions for air monitoring

MARVILON LLC is an advanced technology company based in Kyiv, Ukraine. We specialize in the development of modern systems for monitoring dust and gases in technological processes and air monitoring. Our mission is to use advanced technologies to increase productivity and efficiency.

We offer a wide range of services, including the development of systems according to the technical task of the users, preparation of documentation, development of specialized software for system control, supply, chief installation, warranty, and post-warranty support. Our team of professionals is ready to help you realize your vision!