Developing Public speaking skills of undergraduate senior students for academic purposes



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project

Project summary

Indicators

Means of verification

Risks/Assumptions

Goal

Implementing low-cost ambient
air quality monitoring networks and decreasing air pollution level in Almalyk city by
10% till the end of
2024

Percentage of air pollution level in current year and in 2 years

By comparing pollution level in three years


Creation of
Wireless Sensor Network for data gathering

Efficiency analysis between implemented Polludrone and designed sensors

Decreasing cost of sensors by creation of own object area focused wireless sensor network

Development of database for saving and analyzing data

Cost efficiency analysis

Cost reduction by implementing created database rather than subscribing ready cloud platforms

Improve public health by controlling toxic gases in the industrial zone

Number of people suffering from asthma and cardiovascular diseases

By comparing the number of patients with Asthma, cardiovascular diseases in the two years after the
implementation of the project

Reducing costs and preventing false information about toxic gases.

cost for the project and installation of sensors, database

Comparison cost of human factor of determining air pollution and sensor based system

Creating ANN based model that illustrates future prediction and damage of air
pollution on GIS
model

Statistical
comparisons during time period

Comparing predicted results and actual results

Outcome

This allows us to constantly know the amount of toxic gases in the
area

Average level of major poluttants: ozone (O3). Carbon monoxide(CO)
Sulfur dioxide(SO2), Nitrogen dioxide (NO2), particulate matter (PM10),

it can be measured from
0 to 500
0–50 Good
51–100 Moderate
101–200 Unhealthy
201–300 Very unhealthy
301+ Hazardous

Determining and a factory that pollutes the air in excess of the norm and stopping this process allows to reduce pollution.










fine particulate matter (PM2.5), Airborne particles, or aerosols







If the amount of toxic gases in the area exceeds the average, the factory will be notified about this and will be warned that they will pay a fine if they do not reduce the amount of toxic gases.

AQI(Air quality index)

0–50 Good
51–100 Moderate
101–200 Unhealthy
201–300 Very unhealthy
301+ Hazardous

The presence of toxic gases in moderation has a good effect on public health. If the gas limit is exceeded, the fines paid by the factories will be used to improve public health

They will be able to get information about the level of air pollution in the area without going anywhere

Average level of major pollutants

Database provided updated information

This reduces the human
factor in measuring and controlling toxic gases in the air

Output

The level of toxic gas received by sensors is saved on database

Average level of major pollutants

Sensor technology works with wi-fi

The data about emission level is updated twice every day

Then the toxic gas level can be compared with the level of pollution in the area near the factories

Level of pollutants in nearby factories and densely populated areas

Level of pollutants in nearby factories and densely populated areas will be compared

This helps to know the exact average amount of greenhouse gases in the area.

A special monitoring team deployed under the Environment Committee monitors information on toxic gases.

Number of people who monitor

They consider and control pollution level daily basis

They send an alarm to factories
where the amount of toxic gases exceeds the specified amount.

Activities

Creating quarterly reports for air pollution levels in object area

Number of reports

Responsible team members evaluate situation object are by site visits also

Reports illustrate current state of study object

Installing around 20 sensors around industries
and 10 sensor in city

Number of sensors

They will be installed near factories and inhabited areas

Sensors will measure the level of pollution nearby factories and air quality index in city




Creating database

The database stores acquired data from sensors
and implemented for analysis

The index figures enable the public to determine whether the air pollution levels in a particular location are good, unhealthy, hazardous or

The data from all sensors will be continuously delivered to the database

Placing air quality sensors that determine the
quality of air in
nearby populated areas

Number of devices according to the population

They will be installed in highly populated areas

Air quality sensor measures the level of pollution in densely populated
areas


Creation of
Monitoring
Software

Acquired data from Wireless sensors network

Stored information are accessed through software and monitored

System notifies if some enterprise emits more than
limited

Creation of ANN model for future predictions

ANN model

ANN model shows the state of object are by GIS model

Model predicts air pollution damage for current location


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