Control and Monitoring of Environmental Factors Quality

Activities and methods used to evaluate and ensure environmental quality:

Physico-chemical and Biological Methods for Pollutant Quantification

The use of analytical techniques for the quantitative determination of environmental pollutants, employing both physico-chemical analyses and biological assessments of their impact.

Emission and Immission Measurements

Emission monitoring is carried out using techniques such as gas chromatography, spectrometry, and automated monitoring systems at emission sources. The collected data helps ensure compliance with current environmental regulations, evaluate environmental impact, and develop strategies for controlling and reducing air pollution.

Immission monitoring is performed using automated air quality monitoring stations, sensors, and spectrometric analyses to assess pollution levels in the ambient air. The data obtained helps authorities enforce environmental regulations, identify pollution sources, and implement strategies to improve air quality.

Odor Level Assessment

Odor level assessment is carried out using the delayed dynamic olfactometry method, in accordance with the provisions of SR EN 13725:2022, a European-recognized method.

Odor concentration is expressed in odor units per cubic meter of air (ouE/m³) and is numerically equal to the sample's dilution factor required to reach the specific perception threshold of the evaluation group, i.e., the minimum concentration perceived by 50% of the population, which is 1 ouE/m³.

Waste Characterization

Waste characterization is the systematic analysis and classification of waste to determine its composition, hazardous properties, and its potential for recycling or disposal.

Noise Level

Noise level represents the intensity of sound in an environment and is measured in decibels (dB), determined with the help of a specialized instrument called a sound level meter.