NOISE ASSESSMENTS
Noise assessments are often required to support a planning application where noise may impact on the proposed development or the development itself may impact on the local environment. Miller Goodall will monitor, predict and assess noise from both the development and the existing environment and provide advice on mitigation where necessary, consulting closely with local authorities to ensure the assessment meets their criteria. Our assessment is produced in a report format applicable for planning submission; this may be in the form of a standalone document or form part of an Environmental Impact Assessment.
Featured project: Junction 7, M65
Miller Goodall was appointed to undertake a noise assessment in relation to the redevelopment of a site used for warehousing, offices and various industrial activities. Read more
I would like to thank Miller Goodall for all their help throughout this process. Right from our first phone call, we have found your services to be professional, informative and helpful.
We engaged Miller Goodall to deal with the noise issues likely to be caused by our new industrial development and to provide a report to the local authority planning department. They were helpful and knowledgeable throughout the course of the scheme, specifying the data required to perform their work and liaising directly with the end user as required to arrange the necessary surveying and monitoring. I would not hesitate to recommend Miller Goodall in the future.
We have worked with Miller Goodall for a number of years and always found them to be very responsive in providing an excellent and cost effective service. We would recommend their services to all our clients.
As is always the case, Miller Goodall professionally respond to every situation and provide a high quality and reliable service.
Bringing Miller Goodall into your project as environmental consultants means you can be certain that you are meeting the required standards of environmental best practice. Talk to us: info@millergoodall.co.uk
