Optimize installation strategy with physics-based insight.
Construction noise risk is driven by foundation type, hammer energy, sequencing, and mitigation choices. We support developers during procurement to understand how installation options influence acoustic performance and non-price risk factors. After award, we work with installation teams to evaluate which techniques and equipment configurations will meet permit conditions.
By integrating acoustic modelling into real project decision points, we reduce uncertainty, support compliance strategy, and help teams avoid costly redesign, delays, or over-mitigation.
We evaluate hammer forcing functions, monopile and foundation geometries, sediment-borne acoustic energy pathways, attenuation technologies, and installation sequencing to understand how each variable changes sound generation and propagation.
By comparing realistic scenarios under site-specific conditions, we identify strategies that meet permit thresholds, improve mitigation performance, and maintain construction efficiency—grounded in physics, not assumptions.
INSPIRE is working with Cape Holland to develop simulations of the sound field resulting from vibratory pile installation and investigate the extent of noise-induced behavioral responses in marine mammals compared to impact-hammer pile installation.
Learn how INSPIRE and Venterra use VAST, our 3D numerical physics based acoustic model, to predict underwater noise with industry-leading precision.
Listen as we address the industry issue of how to evaluate potential effects of emerging offshore technologies, such as vibro piling.
