VDI Standardisation Work - Principles and procedures

Particulate matter measurement - Dust measurement in flowing gases - Gravimetric determination of dust load

Particulate matter measurement - Dust measurement in flowing gases; particle size selective measurement by impaction method - Cascade impactor

Measurement of particles - Dust measurement in flowing gases - Measurement of smoke number in furnaces designed for EL-type fuel oil

Particulate matter measurement - Dust measurement in flowing gases - Measurement of PM₁₀ and PM<(Index)2,5> emissions at stationary sources by impaction method

Particulate matter measurement - Dust measurement in flowing gases - Measurement of emissions of crystalline silicon dioxide (quartz and cristobalite) in the PM₄ fraction

Ambient air measurement - Deposition measurement of low volatile organic compounds - Determination of PCDD/F-deposition; Funnel adsorber sampling and GC/HRMS-analysis

Ambient air measurements - Sampling of atmospheric particles > 2,5 µm on an acceptor surface using the Sigma-2 passive sampler - Characterisation by optical microscopy and calculation of number settling rate and mass concentration

Determination of suspended matter in ambient air - Measurement of the element concentration after sampling on filters - Determination of Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, K, Mg, Mn, Na, Ni, Pb, Sb, Se, Sn, Tl, V, and Zn by GF-AAS, ICP-OES, or ICP-MS

Determination of suspended matter in ambient air - Measurement of Al, As, Ba, Ca, Cd, Co, Cr, Cu, Fe, K, Mg, Mn, Na, Ni, Pb, Sb, Se, Sn, Tl, V, and Zn as part of the atmospheric deposition after sampling with bulk and wet only collectors using GF-AAS, ICP-OES and ICP-MS

Determination of suspended matter in ambient air - Digestion variants for dust samples for the subsequent determination of the mass concentration of Al, Sb, As, Pb, Cd, Ca, Cr, Co, Fe, K, Cu, Mg, Mn, Na, Ni, Se, V and Zn

Determination of suspended matter in ambient air - Measurement of the concentration of total gaseous mercury after manual sampling

Chemical analysis of particulate matter; determination of Ba, Be, Cd, Co, Cr, Cu, Ni, Pb, Sr, V, Zn in particulate emissions by atomic spectrometric methods

Chemical analysis of particulate matter; determination of arsenic, antimony and selenium in dust emissions by atomic absorption spectrometry after separation of their volatile hydrides

Chemical analysis of particulate matter; determination of arsenic, antimony and selenium in dust emissions by graphite-furnace atomic absorption spectrometry

Particulate matter measurement - Gravimetric determination of the mass concentration of suspended particulate matter in ambient air - General principles

Particulate matter measurement - Gravimetric determination of mass concentration of suspended particulate matter in ambient air - General principles

Particulate matter measurement - Sampling of airborne particulate matter in ambient air - Active sampling with HVS (high volume sampler)

Particulate matter measurement - Determination of suspended particulate matter and gaseous chemical compounds in ambient air and indoor air - Active sampling via low-volume sampler (LVS)

Measurement of soot (ambient air) - Thermographic determination of elemental carbon after thermal desorption of organic carbon

Measurement of particles - Methods for generating test aerosols - Principles and overview

Measurement of particles - Methods for generating test aerosols - Dispersing liquids

Measurement of particles - Methods for generating test aerosols - Dispersing solid materials

Measurement of particles - Methods for generating test aerosols - Condensation methods

Measurement of particles - Methods for generating test aerosols - Methods using combustion processes and other thermal reactions

Measurement of particles - Methods for generating test aerosols - Transport and conditioning

Indoor air measurement - Ambient air measurement - Measurement of inorganic fibrous particles - Scanning electron microscopy method

Measurement of fibrous particles; manual measurement of asbestos in flowing clean exhaust gas; determination of asbestos mass concentration by IR-spectroscopy

Measurement of emissions - Measurement of inorganic fibrous particles in flowing gas streams - Stationary and mobile applications

Determination of asbestos in technical products - Sampling and sample preparation

Determination of asbestos in technical products - Infrared spectroscopy method

Determination of asbestos in technical products - Phase contrast optical microscopy method

Determination of asbestos in technical products - Scanning electron microscopy method

Determination of total emission of metals, metalloids, and their compounds - Manual measurement in flowing, emitted gases - Sampling system for particulate and filter-passing matter

Determination of total emission of metals, metalloids, and their compounds - Manual method for the determination of the total mercury concentration according to DIN EN 13211

Measurement of ammonia in ambient air - Sampling with diffusion separators (denuders) - Photometric or ion chromatographic analysis

Measurement of ammonia in ambient air - Sampling with diffusive samplers - Photometric or ion chromatographic analysis

Analysis of rainwater - Determination of the pH value of rainwater

Measurement of asbestos in construction and demolition waste and recycling materials produced thereof - Sample preparation and analysis

Indoor air pollution - Measurement of fibrous dust on settled on surfaces - Sampling and analysis (REM/EDXA)

Indoor pollution - Measurement of fibrous dusts settled on surfaces - Sampling strategy and assessment of results

Olfactometry - Recommendations and instructions for determining the measurement uncertainty of olfactometry according to DIN EN 13725

Effects of particles on technical products - Characteristics of test dusts for product qualification - Minimum requirements for a certificate for test dusts

Evaluation of the soiling properties of surfaces - Test method for the dust soiling behaviour of solar energy systems

Bioaerosols and biological agents - Assessment of source-related ambient air measurements in the scope of environmental health - Effects of bioaerosol pollution on human health

Bioaerosols and biological agents - Risk assessment of source-related ambient air measurements in the scope of environmental health - Effects of bioaerosol pollution on human health

Bioaerosols and biological agents - Environmental health assessment of bioaerosols in ambient air - Risk assessment for aerosols containing Legionella

Bioaerosols and biological agents - Environmental health assessment of bioaerosols in ambient air - Risk assessment for aerosols containing Legionella

Bioaerosols and biological agents - Facility-specific measurement parameters and assessment values relevant to environmental health

Bioaerosols and biological agents - Installation-specific measurement parameters and assessment values relevant to environmental health

Measurement of airborne microorganisms and viruses in ambient air - Planning of plant-related bioaerosol measurements - Traverse measurement

Measurement of airborne microorganisms and viruses in ambient air - Determination of area-specific background concentrations

Measurement of airborne microorganisms and viruses in ambient air - Plant-related dispersion modelling for bioaerosols

Measurement of airborne microorganisms and viruses in ambient air - Determination of existing load

Measurement of airborne microorganisms and viruses in ambient air - Active sampling of bioaerosols - Separation of airborne mould on gelatine/polycarbonate filters

Measurement of airborne microorganisms and viruses in ambient air - Active sampling of bioaerosols - Separation of airborne bacteria with impingers using the principle of critical nozzle

Bioaerosols and biological agents - Determination of pollen and spores in ambient air by a volumetric method for a measurement network for allergolocical purposes

Measurement of airborne microorganisms and viruses in ambient air - Culture based method for the determination of the concentration of mould in air - Indirect method after sampling with gelatine/polycarbonate filters

Measurement of airborne microorganisms and viruses in ambient air - Culture based method for the quantitative determination of bacteria in air - Method after separation in liquids

Bioaerosols and biological agents - Determination of total cell count by fluorescence analysis after staining with DAPI

Bioaerosols and biological agents - Measurement of metabolites of microorganisms - Measurement of MVOC in ambient air

Bioaerosols and biological agents - Emission measurement of endotoxins

Bioaerosols and biological agents - Emission sources and control measures in livestock operations - Overview

Bioaerosols and biological agents - Emission factors for poultry

Bioaerosols and biological agents - Emission factors for pig husbandry

Bioaerosols and biological agents - Determination of performance characteristics - Culture-based counting methods

Bioaerosols and biological agents - Emission measurement - Planning and performing emission measurements

Bioaerosols and biological agents - Emission measurement - Planning and performing emission measurements

Bioaerosols and biological agents - Generation of test bioaerosols - Basics and requirements for test bioaerosols

Bioaerosols and biological agents - Generation of test bioaerosols - Requirements for test systems

Measurement of atmospheric depositions - Sampling with bulk- and wet only collectors - General principles

Measurement of atmospheric depositions - Determination of the dust deposition according to the Bergerhoff method

Measurement of atmospheric depositions - Determination of the deposition of water-soluble anions and cations - Sampling with bulk- and wet only-collectors

Measurement of atmospheric depositions - Determination of the deposition of selected polycyclic aromatic hydrocarbons (PAH) using the funnel-adsorber collector

Measurement of atmospheric depositions - Determination of the deposition of PCDD/F and PCB using the Bergerhoff method and GC-HRMS analysis

Measurement of atmospheric depositions - Determination of the deposition of PCDD/F and PCB using the funnel-adsorber method and GC-HRMS analysis

Mobility management for employers - Qualification criteria for mobility management professionals

Mobility management for employers - Process steps and implementation

Genetic engineering operations in genetic engineering facilities - Guidance on safe operation of genetic engineering facilities

Stationary source emissions - Bioaerosols and biological agents - Sampling of bioaerosols and collection in liquids - Impingement method; German version EN 17359:2020