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Instrumental measurement and analysis of pollutant emissions
Ensure availability and sustainable management of water and sanitation for all
SUSTAINABLE DEVELOPMENT GOAL # 6
ЗАПРОСИТЬ РЕКОМЕНДАЦИИ
ЗАКАЗАТЬ ОТЧЕТ
On request, we measure plant emissions using instrumentation for the 6 main air pollutants: carbon dioxide, carbon monoxide, sulphur dioxide, nitrogen oxides, methane, and chlorofluorocarbons
Instrumental emission measurements
Elements to be examined services/analysis
The quality of the atmosphere is affected by the activities of all industries. Even a conventional farm changes its composition. However, a variety of industrial facilities, different thermal power plants, and of course, road transport—which is responsible for about 80% of all pollution—determine the composition of the air in large cities
Atmospheric air
Residential area air
Work area air
Industrial emissions
Atmospheric air
The air over residential areas of cities is polluted due to the operation of thermal power plants, emissions from cars and industrial enterprises.
It is important to regularly measure the composition of the air to monitor and prevent the health of citizens living in cities.
It is important to regularly measure the composition of the air to monitor and prevent the health of citizens living in cities.
Residential area air
Work area air
Industrial emissions
A work area is a place where an employee is present for more than 2 consecutive hours or 50% of the working time
A workplace air analysis is needed to identify harmful substances. For example ammonia, formaldehyde, methane, dust. Early detection of dangerous elements can save the lives of employees
A workplace air analysis is needed to identify harmful substances. For example ammonia, formaldehyde, methane, dust. Early detection of dangerous elements can save the lives of employees
Different gaseous substances from the pipes of factories and industries regularly pollute the atmosphere. The scale of pollution requires systematic analysis.
Regular measurements are needed at chemical and metallurgical plants, agrochemical plants, railway infrastructure, cattle farms, etc.
Regular measurements are needed at chemical and metallurgical plants, agrochemical plants, railway infrastructure, cattle farms, etc.
The quality of the atmosphere is affected by the activities of all industries. Even a conventional farm changes its composition. However, a variety of industrial facilities, different thermal power plants, and of course, road transport—which is responsible for about 80% of all pollution—determine the composition of the air in large cities
The air over residential areas of cities is polluted due to the operation of thermal power plants, emissions from cars and industrial enterprises.
It is important to regularly measure the composition of the air to monitor and prevent the health of citizens living in cities.
It is important to regularly measure the composition of the air to monitor and prevent the health of citizens living in cities.
A work area is a place where an employee is present for more than 2 consecutive hours or 50% of the working time
A workplace air analysis is needed to identify harmful substances. For example ammonia, formaldehyde, methane, dust. Early detection of dangerous elements can save the lives of employees
A workplace air analysis is needed to identify harmful substances. For example ammonia, formaldehyde, methane, dust. Early detection of dangerous elements can save the lives of employees
Different gaseous substances from the pipes of factories and industries regularly pollute the atmosphere. The scale of pollution requires systematic analysis.
Regular measurements are needed at chemical and metallurgical plants, agrochemical plants, railway infrastructure, cattle farms, etc.
Regular measurements are needed at chemical and metallurgical plants, agrochemical plants, railway infrastructure, cattle farms, etc.
Human activity has a detrimental effect on the soil and ground in the modern world. Pollution is caused by heavy metals, pesticides, radiation, etc.
Sanitary and epidemiological standards have been developed to help with impact prevention, detection, and remediation.
An evaluation of the soil enables a decision to be made regarding the need for remediation efforts or whether the soil is suitable for further use.
Sanitary and epidemiological standards have been developed to help with impact prevention, detection, and remediation.
An evaluation of the soil enables a decision to be made regarding the need for remediation efforts or whether the soil is suitable for further use.
Soil analysis
Bottom sediment analysis
Soil analysis
Bottom sediments are capable of accumulating, together with chemical elements, data on the ecological state of the entire surrounding encatchment area.
They are used as the main indicator of the ecological state of a water body, reflecting the level of anthropogenic and technogenic impact on the entire ecosystem.
Sediment survey = an integral part of the work on the assessment of the ecological state of the survey area
They are used as the main indicator of the ecological state of a water body, reflecting the level of anthropogenic and technogenic impact on the entire ecosystem.
Sediment survey = an integral part of the work on the assessment of the ecological state of the survey area
Bottom sediment analysis
Human activity has a detrimental effect on the soil and ground in the modern world. Pollution is caused by heavy metals, pesticides, radiation, etc.
Sanitary and epidemiological standards have been developed to help with impact prevention, detection, and remediation.
An evaluation of the soil enables a decision to be made regarding the need for remediation efforts or whether the soil is suitable for further use.
Sanitary and epidemiological standards have been developed to help with impact prevention, detection, and remediation.
An evaluation of the soil enables a decision to be made regarding the need for remediation efforts or whether the soil is suitable for further use.
Bottom sediments are capable of accumulating, together with chemical elements, data on the ecological state of the entire surrounding encatchment area.
They are used as the main indicator of the ecological state of a water body, reflecting the level of anthropogenic and technogenic impact on the entire ecosystem.
Sediment survey = an integral part of the work on the assessment of the ecological state of the survey area
They are used as the main indicator of the ecological state of a water body, reflecting the level of anthropogenic and technogenic impact on the entire ecosystem.
Sediment survey = an integral part of the work on the assessment of the ecological state of the survey area
Surface water includes seas, rivers, lakes, ponds, streams, marshes, as well as precipitation (rainwater and snow water)
To determine surface water quality, laboratory tests must be carried out to check for contamination. The enterprise conducts studies as part of its industrial control, environmental engineering surveys, etc.
To determine surface water quality, laboratory tests must be carried out to check for contamination. The enterprise conducts studies as part of its industrial control, environmental engineering surveys, etc.
Surface water analysis
Groundwater is analysed before construction or when drilling wells and boreholes for irrigation/use. Depending on the groundwater analysis report, measures can be taken that will preserve the future site
Groundwater analysis
Waste water analysis
Drinking water analysis
Wastewater includes precipitation (rain and melting snow), water used for irrigation of vegetation, and water that has been removed from industrial facilities and human settlements by gravity flow or sewers. The properties of these waters have been degraded by human activities
An industrial facility's waste water analysis aids in preventing potential environmental harm that could be brought on by its discharge.
An industrial facility's waste water analysis aids in preventing potential environmental harm that could be brought on by its discharge.
The primary source of drinking water is natural water, which municipal services purify and disinfect after taking all the necessary water treatment and purification measures to produce first process water and then tap water.
Drinking water is analysed for contaminants using various methods, such as titrimetric, photometric, spectrometric, chromatographic, etc.
Drinking water is analysed for contaminants using various methods, such as titrimetric, photometric, spectrometric, chromatographic, etc.
Surface water includes seas, rivers, lakes, ponds, streams, marshes, as well as precipitation (rainwater and snow water)
To determine surface water quality, laboratory tests must be carried out to check for contamination. The enterprise conducts studies as part of its industrial control, environmental engineering surveys, etc.
To determine surface water quality, laboratory tests must be carried out to check for contamination. The enterprise conducts studies as part of its industrial control, environmental engineering surveys, etc.
Groundwater is analysed before construction or when drilling wells and boreholes for irrigation/use. Depending on the groundwater analysis report, measures can be taken that will preserve the future site.
Wastewater includes precipitation (rain and melting snow), water used for irrigation of vegetation, and water that has been removed from industrial facilities and human settlements by gravity flow or sewers. The properties of these waters have been degraded by human activities
An industrial facility's waste water analysis aids in preventing potential environmental harm that could be brought on by its discharge.
An industrial facility's waste water analysis aids in preventing potential environmental harm that could be brought on by its discharge.
The primary source of drinking water is natural water, which municipal services purify and disinfect after taking all the necessary water treatment and purification measures to produce first process water and then tap water.
Drinking water is analysed for contaminants using various methods, such as titrimetric, photometric, spectrometric, chromatographic, etc.
Drinking water is analysed for contaminants using various methods, such as titrimetric, photometric, spectrometric, chromatographic, etc.
Surface water analysis
Groundwater analysis
Waste water analysis
Drinking water analysis
Vegetation analysis helps to understand which nutrients are deficient or, conversely, exceed the required amount for plant growth.
Scheduled plant analysis and soil analysis will help get the planned yield and control plant growth
Scheduled plant analysis and soil analysis will help get the planned yield and control plant growth
Analysis of vegetation
Analysis of vegetation
Vegetation analysis helps to understand which nutrients are deficient or, conversely, exceed the required amount for plant growth.
Scheduled plant analysis and soil analysis will help get the planned yield and control plant growth
Scheduled plant analysis and soil analysis will help get the planned yield and control plant growth
Other expert opinions
We act as an expert body in assessing environmental and natural damage. Our expert opinions of a specific site's effects are supported by a solid scientific foundation and years of experience.
Natural waters, drinking water from water supply sources
Soils, grounds, bottom sediments
Atmospheric air in populated areas
Receive an environmental study
The report contains an assessment of the current state of the various components of the ecosystem (wildlife, as well as surface water, groundwater, soil, atmospheric air)
Main and auxiliary equipment