Construction Noise Assessment
Predict and manage noise from construction sites. Model equipment, design temporary mitigation, and demonstrate compliance throughout every project phase.
Managing Construction Noise
Major developments — from giga-projects in Saudi Arabia to urban regeneration schemes across Southeast Asia — generate significant noise during construction. Residents, workers, and regulators all require evidence that noise is being managed responsibly.
SoundPLAN models the acoustic output of each piece of construction plant, calculates propagation to sensitive receptors, and identifies where temporary barriers or scheduling changes can bring noise within permitted levels. Phase-by-phase reporting supports the Construction Noise Management Plans required by most authorities.
Key Capabilities
- Construction equipment noise emission modelling
- Phase-by-phase assessment for multi-stage projects
- Time-varying noise level prediction (Leq, Lmax)
- Temporary barrier and hoarding design
- Scheduling optimisation to minimise community impact
- Vibration propagation assessment
- Cumulative impact with existing background noise
- Monitoring plan design and compliance checking
Construction Phases
Site Preparation
Demolition, excavation, piling, and ground works
Construction
Concrete works, steel erection, and building envelope
Fit-Out & Commissioning
MEP installation, testing, and handover activities
Infrastructure Works
Roads, utilities, tunnels, and underground structures
Supported Standards
SoundPLAN implements the methods required by regulators across Asia and the Middle East.
- BS 5228-1 — Construction and open site noise
- BS 5228-2 — Vibration from construction
- ISO 9613-2 — Outdoor sound attenuation
- FHWA RCNM — Road construction noise model
- FTA Transit Noise Manual
- Local authority construction hour restrictions
Construction Noise Management Plan
A typical CNMP supported by SoundPLAN includes:
- Background noise survey and baseline assessment
- Equipment inventory and sound power levels
- Phase-by-phase noise predictions
- Sensitive receptor identification and impact rating
- Mitigation measures and residual impact
- Monitoring and complaint response procedure