Ambient Air Pollutant Analyses

Sampling and Testing Process

1. Professional sampling of environmental pollutants:
   • Certified and experienced sampling team
   • Advanced and calibrated sampling equipment
   • Tailored planning and execution according to project requirements
2. Wide range of advanced analyses:
   • Laboratory equipped with state-of-the-art instruments
   • Experienced scientists and laboratory experts
   • Use of accurate and advanced analytical methods
3. Detailed and reliable reporting:
   • In-depth analysis of laboratory results
   • Clear and comprehensive presentation of findings
   • Professional recommendations as required

Types of Tests

1. Dust and Particulates:
   • Measurement of total suspended particulates (TSP)
   • Analysis of respirable particles (PM10, PM2.5)
   • Determination of particle composition and source identification
2. Metal Screening:
   • Identification and quantification of a wide range of metals
   • Use of advanced techniques such as ICP-MS and AAS
   • Detection of very low concentrations of heavy metals
3. Mercury in Various Collectors:
   • Measurement of mercury concentrations using dedicated methods
   • Use of different collectors to optimize sampling
4. Aldehydes:
   • Identification and quantification of a variety of aldehydes in air
   • Specialized expertise in formaldehyde measurement
5. Mercaptans:
   • Analysis of organic sulfur compounds
   • Detection of low concentrations of strong-smelling mercaptans
6. Organic Solvents:
   • Identification and quantification of a wide range of organic solvents
   • Evaluation of exposure in workplaces and ambient environments
7. Volatile Organic Compounds (VOC):
   • Using the recognized EPA TO-17 method
   • Analysis with advanced GC/MS/TD instrumentation
   • Capability to identify and quantify hundreds of VOCs using NIST libraries
8. Hydrogen Sulfide:
   • Accurate measurement of hydrogen sulfide concentrations
   • Use of highly sensitive detection techniques
9. Anions and Acids:
   • Analysis of various anions and inorganic acids in air
   • Advanced chromatographic methods
10. Additional Tests:
    • Development and adaptation of analytical methods for unique needs
    • Professional support for new regulatory requirements

Professional Consulting and Support for Ambient Air Pollutant Analyses

At Ecological Laboratories A.P. Ltd., we are committed to scientific excellence and reliable, professional service.
Our expert team supports clients throughout the entire process – from sampling plan design, through analytical testing, to interpretation of results and actionable recommendations.
We would be pleased to provide professional consulting and tailor our analytical services to meet your specific environmental monitoring and regulatory control needs.

Frequently Asked Questions

• Which official methods does Ecological Laboratories A.P. Ltd. use for ambient air pollutant analyses?
  • The laboratory operates in accordance with internationally recognized methods approved by the Ministry of Environmental Protection, including EPA, OSHA, MASA, NIOSH, and ASTM standards.
• What does the testing process include?
  • The process includes professional field sampling by certified personnel, advanced laboratory analyses using state-of-the-art instrumentation, and preparation of a detailed report with result interpretation and professional recommendations.
• Which types of pollutants can be measured and analyzed in ambient air testing?
  • The service includes testing of dust and particulate matter (TSP, PM10, PM2.5), metal screening, mercury analysis using various sampling media, aldehydes, mercaptans, organic solvents, volatile organic compounds using EPA TO-17, hydrogen sulfide, anions and acids, as well as additional analyses upon request.
• Is the laboratory capable of detecting very low pollutant concentrations?
  • Yes. The laboratory is equipped with advanced analytical instrumentation, including ICP-MS, AAS, GC/MS/TD, and highly sensitive chromatographic methods, enabling detection and quantification of pollutants at very low concentrations.
• Can analytical methods be customized to specific project requirements?
  • Yes. The laboratory has the capability to develop and adapt specialized analytical methods in accordance with client-specific needs or new regulatory requirements.