Industry News

CSA Ocean Sciences Awarded BOEM Renewable Energy Acoustic Propagation Contract

CSA Ocean Sciences Inc. (CSA), along with team members Oasis and TNO, has been awarded a contract from the Bureau of Ocean Energy Management (BOEM) for the project entitled, “A Parametric Analysis and Sensitivity Study of the Acoustic Propagation for Renewable Energy Sources and Projects” (PASS).

The main objective of the PASS study is to standardize modeling approaches for sound propagation from activities associated with offshore renewable energy development for the Atlantic Outer Continental Shelf. More specifically, the project’s aim is three fold: 1) characterize the sensitivity of the sound field to known variability in propagation conditions for wind farm installation activities, including but not limited to pile driving; 2) improve understanding of shallow water propagation characteristics and the sound field caused by pile driving and related activities; and 3) provide a harmonized methodology for estimating the volume of ocean impacted from each activity.

Environmental compliance documents are prepared by BOEM for US offshore renewable energy projects, and underwater acoustic modeling is an integral element of these documents to understand potential acoustic impact on marine life. Acoustic modeling is conducted by different contractors, using a variety of models and approaches, which results in diverse estimations of predicted sound fields, thus, making it difficult to understand to what degree predictions are within acceptable norms.

Ultimately, this study will recommend a consistent underwater acoustic modeling approach and quantify the acoustic impact volume associated with the construction of renewable energy facilities. These results will assist BOEM with unifying, understanding, and validating the range of acoustic modeling results used for compliance documents through determination of the salient environmental parameters that influence predicted acoustic fields and, hence, mitigation needs. Understanding the limits and strengths of the acoustic modeling approaches will increase understanding and lead to harmonization of approaches as well as facilitate a reduction in inconsistency.

For more information about this important study and other CSA services, click here.

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