deBAKOM Gesellschaft für sensorische Messtechnik mbH

For decades, deBAKOM Gesellschaft für sensorische Messtechnik mbH has been one of Germany’s established sound engineering and consultancy firms. The company’s focus is on the preparation of noise reports, forecasts and measurements for approval, planning and immission control procedures. The investigations carried out by deBAKOM regularly form the basis for official approvals and technical assessments throughout Germany.

deBAKOM is a notified measuring body according to § 29b BImSchG and accredited according to DIN EN ISO/IEC 17025:2018. The accreditation covers the areas of immission control in accordance with TA Lärm, noise at the workplace and emission measurements on wind turbines.

A particular focus of deBAKOM is on long-term measurements and the statistical analysis of complex noise situations. Measurement campaigns lasting several weeks allow even highly fluctuating immission situations or situations influenced by external noise to be reliably evaluated. Particularly in the case of industrial plants, wind turbines and complex neighborhood situations, long-term measurements provide significantly more information than conventional short-term measurements. deBAKOM has extensive experience in automated data evaluation, statistical assessment and the comprehensible separation of plant and external noise.

deBAKOM develops acoustic concepts and forecasts for assessing noise immissions for industrial, commercial and infrastructure projects as well as public and private clients. The scope of services includes noise immission forecasts in accordance with TA Lärm, noise measurements, long-term measurements, construction noise investigations, workplace noise assessments as well as verification, control and acceptance measurements.

deBAKOM supports projects from the early planning phase through approval procedures to officially recognized verification and control measurements during operation. Modern measurement systems, numerical forecasting methods and standard and guideline-compliant assessment methods are used.