VGTU Laboratory of Environmental Protection and Working Conditions (AADSL) is a promising, youthful laboratory with highly experienced and professional specialists. The main field of activity of the laboratory is research of physical factors. Laboratory 2003 accredited at the Lithuanian National Accreditation Bureau under the Ministry of Economy of the Republic of Lithuania. Accredited in 2008, Accreditation Certificate No. LA.01.054. 2011 October month. 03 d. Accredited AADSL activities have been expanded. 2018 November 5 The National Accreditation Bureau under the Ministry of Economy extended the accreditation certificate of the Laboratory of Environmental Protection and Labor Conditions until 29 November 2020.
AADSL has expanded the scope of its research: the laboratory can do more than that
characteristics of work, living and public use environment (noise, vibration, illumination, microclimate, electromagnetic field and electromagnetic radiation), sound insulation parameters of building and its parts and reverberation time of premises, noise level of environment and engineering equipment, language transmission index, stationary pollution sources for ambient air emission studies and sampling of odor samples, but also for testing the air permeability of buildings and parts thereof, for determining the attenuation attenuation of all types of external noise barriers.
The Laboratory has implemented a quality management system designed to ensure the quality of the services provided, to meet the needs of the customers in compliance with the requirements of the standard LST EN ISO / IEC 17025: 2005.
At present, the Laboratory has two different divisions of activity: accredited Physical Factor Research and Certified Chemical and Physical Factor Research Units.
AADSL has expanded the scope of its research: the laboratory can do more than that
characteristics of work, living and public use environment (noise, vibration, illumination, microclimate, electromagnetic field and electromagnetic radiation), sound insulation parameters of building and its parts and reverberation time of premises, noise level of environment and engineering equipment, language transmission index, stationary pollution sources for ambient air emission studies and sampling of odor samples, but also for testing the air permeability of buildings and parts thereof, for determining the attenuation attenuation of all types of external noise barriers.
The Laboratory has implemented a quality management system designed to ensure the quality of the services provided, to meet the needs of the customers in compliance with the requirements of the standard LST EN ISO / IEC 17025: 2005.
At present, the Laboratory has two different divisions of activity: accredited Physical Factor Research and Certified Chemical and Physical Factor Research Units.
Laboratory of Environment Protection and Labour Safety:
Saulėtekio al. 11, 10223 Vilnius
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SRK-I 211
Head of Laboratory of Environmental and Workplaces Conditions:
dr. Aleksandras Chlebnikovas
Quality manager of Laboratory of Enviromental and Workplaces Conditions:
assoc. prof. Jolita Bradulienė
Technical manager:
dr. Aleksandras Chlebnikovas
Engineers:
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dr. Aleksandras Chlebnikovas
- Tomas Astrauskas
- dr. Eglė Marčiulaitienė
- Assoc. prof. Dainius Paliulis
- dr. Mantas Pranskevičius
- Andrej Naimušin
- Robert Ružickij
- Mark Narvoiš
Technicians:
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Mantas Zemleris
- Edgaras Strazdas
Laboratory staff carry out physical examinations in an accredited area at workplace and workplace environments.
The Laboratory is accredited to perform measurements according to the Accreditation Certificate No. LA.01.054 issued by the National Accreditation Bureau. Laboratory researchers may carry out:
The Laboratory is accredited to perform measurements according to the Accreditation Certificate No. LA.01.054 issued by the National Accreditation Bureau. Laboratory researchers may carry out:
- environmental conditions (noise, lighting and thermal environment);
- studies of the sound insulation parameters and the reverberation time of the building partitions and parts of the building;
- environmental noise (residential environment, road transport, railway transport and industrial facilities, infrared and low frequency audio, engineering equipment);
- vibration tests,
- electromagnetic field and electromagnetic radiation research,
- odor sampling,
- determining the language transfer index
- emissions from stationary sources into the ambient air,
- testing of the permeability of buildings and parts thereof to air,
- In-situ determination of insertion loss of outdoor noise barriers of all types
The Laboratory has been certified to carry out measurements under the Environmental Protection Agency's Authorization No. 1AT-296. Laboratory researchers can measure and investigate pollutant emissions from environmental pollutants and pollutants in environmental elements:
- Ambient air: Carbon monoxide, nitrogen oxides, sulfur dioxide, particulate matter PM10, PM2,5, ozone.
- Emissions from stationary sources to ambient air: flow rate and volume flow rate, nitrogen oxides, oxygen, sulfur dioxide, carbon monoxide, hard particles, acetic acid, ammonia, chlorine hydrogen, phenol, formaldehyde, vitriol, alkalis, greases, acetone, benzene, ethyl acetate, butyl acetate, ethylbenzene, n-hexane, m, p-xylene, o-xylene, toluene, styrene, the sum of volatile organic compounds by carbon.
- Sewage and surface water: suspended matter, nitrite, pH, specific electric conductor, dissolved oxygen, nitrates, ammonium nitrogen, total phosphorus, orthophosphate, chlorides, calcium and magnesium, calcium, temperature, chemical oxygen demand (COD), permanganate index, biochemical oxygen demand (BOD), total nitrogen.
- Waste water: nickel, zinc, manganese, copper, chrome, lead.
- Soil, sludge sediment: nickel, zinc, manganese, copper, chrome, lead.
AADSL researchers in the mobile air quality testing laboratory conduct studies on CO, NOx, SO2, PM10, O3.
Researchers can also determine the dust (particulate matter) in the ambient air by gravimetric method.
From 2015 February 4 The Laboratory may carry out gas emission chromatography on stationary pollution sources.
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- Page administrators:
- Jolita Bradulienė
- Laura Ladietaitė
- Ugnė Daraškevičiūtė
- Monika Bissekerskaja