|
Planning for Sustainability
Oxford House
10 Brent Avenue
Didcot
Oxfordshire
OX11 7UD
01235 852778
info@planningforsustainability.co.uk
|
Planning for Sustainability provides a range of support services specially designed
to ensure your planning application complies with the current environmental and sustainability
requirements. Our range of services includes Environment Impact Assessment, Socio-economic studies,
Energy Strategies and Renewable Energy Feasibility Studies.
The concept of sustainability is now a fundamental part of the planning process. Even
application for planning permission of relatively small developments requires a series
of documents describing the effects on and approach to the environmental and sustainable
development agendas. This can grow to a substantial effort for larger developments
especially when an Environmental Impact Assessment is required. The need to demonstrate
compliance with environmental legislation and sustainable development policy requirements
can contribute significantly to the cost of the planning application as well as introducing
additional risk to the programme of development.
We support our clients by thoroughly assessing the scope of the required studies and
documentation, ensuring that resources and attention are focussed on the issues that are
relevant. For the following phase, the delivery of the agreed scope of works, we are able
to provide our clients a comprehensive range of services including carrying out technical
studies and the production of environmental and sustainability statements and appraisal
documents. It is our believe that the early implementation of such an approach is essential
to successfully manage and reduce risks and control the costs of development projects.
Planning for Sustainability Ltd. Registered in England and Wales Nr.5231576
Registered Address 10 Brent Avenue Didcot OX11 7UD
|
Project Sustainability Strategy
EIA Screening
EIA Scoping
Environmental Statements
Ecological Surveys
Archaeological Surveys
Socio-Economic Impact Assessment
Renewable Energy Feasibility
|
