Accredited measurements, studies and documentation for authorities
We take care of everything your operation needs — for operators, investors and designers, without having to source multiple suppliers.
We measure emissions, workplace environment, noise and vibration — accredited, with protocols for KHS and ČIŽP.

Credibility and authorisations
Accredited laboratory No. 1599ČSN EN ISO/IEC 17025EIA authorisation, dispersion studies, expert reports, GHGCourt-appointed expertOutputs for KHS, ČIŽP, regional authorities and building officesWhat we provide
Accredited measurements
We measure emissions, workplace environment, noise, vibration, lighting, microclimate and cleanrooms — accredited, with outputs for authorities.
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We measure emissions, workplace environment, noise, vibration, lighting, microclimate and cleanrooms — accredited, with outputs for authorities.
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We prepare dispersion and noise studies, acoustic reports and model calculations for KHS, building permitting or EIA.
View studiesStudies and expert calculations
We prepare dispersion and noise studies, acoustic reports and model calculations for KHS, building permitting or EIA.
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We prepare EIA, expert reports, operating rules, IPPC, ISPOP, GHG and other documentation for administrative bodies.
View documentationDocumentation and EIA
We prepare EIA, expert reports, operating rules, IPPC, ISPOP, GHG and other documentation for administrative bodies.
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Workplace microclimate measurement: temperature, humidity and air movement
Microclimate measurement is addressed where employees experience heat, cold, draughts, dry air or significant differences between parts of the workplace. During measurement we evaluate temperature, humidity, air movement and related operating conditions so that the workplace environment, thermal or cold load and suitability of technical or organisational measures can be assessed objectively.
Read articleAir pollution fees: how measurement, emission calculation, and operating records are linked
A fee return in the air field does not arise on its own. It is based on operating records, emission measurement, emission calculations, fuel and raw material consumption, operating hours, and data stated in the operating permit.
Read articleARAMIS project: what new emission factors and methodologies may mean for air protection practice
The ARAMIS project brings new professional bases for air quality assessment, emission balances, dispersion modelling, pollution source identification, and emission calculation. For operators, designers, investors, and municipalities, outputs on emission factors, construction dust, recycling lines, greenhouse gases, and source significance under the Air Protection Act are especially important.
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