If you are looking for higher performance in the built environment, then Breeam assessment UK is just for you! Breeam would help you in building design and its effective use in a professional way. BREEAM has contributed much to the strong focus in the UK on sustainability in building design, construction use, and it’s the world’s first sustainability rating scheme for the built environment. This article would highlight the significance of BREEAM; where did it come from? Its aims, objectives, and rating, etcetera, thus a complete guide for a BREEAM assessment.
Overview
BREEAM stands for Building Research Establishment Environmental Assessment Method. BREEAM is a master planning project, building and infrastructure and the world’s leading sustainability assessment method. Subsequently, from new construction to in-use and renovation, it recognises and reflects the values in higher-performing assets across the built environment lifecycle.
Moreover, by using standards developed by BRE, the assessment of an asset’s environmental, social, and economic sustainability performance is performed via third-party certification. Meanwhile, boosting the well-being of people who live and work in ecological environments helps in protecting natural resources and make for more attractive property investments are viable environments, and thus such developments get rated by BREEAM.
A Complete Guide for BREEAM Assessments
BREEAM is the world’s longest established method of assessing, rating and certifying the sustainability of buildings, and it was first published by Building Research Establishment. It is the world’s first environmental assessment method for new designs of buildings which was first launched in 1990. Similarly, over two million buildings are registered for certification in more than 50 countries worldwide, and more than 550,000 buildings have been BREEAM-certified. If you are looking to emphasise neighbourhood development, then go and check BREEAM, as it also has such a tool.
To decide how to achieve ideal environmental performance for the project, it uses a balanced scorecard approach with tradable credits to enable the market. BREEAM applied to an ever-growing range of development types, designs and lifecycle stages as, over the years, it has been regularly updated. And over 50 countries applied in its various forms.
Purpose of BREEAM
The purpose of the BREEAM is to use scientifically based sustainability metrics and indices which cover a range of environmental issues as it’s an assessment undertaken by independent licensed assessors. Its groups assess ecology, transport, materials, waste, management process, pollution, wellbeing, health, water use and energy. ‘Outstanding’, ‘Good’, ‘Very Good’, ‘Pass’, and ‘Excellent’ are the scale on which buildings are related and certified on.
Subsequently, providing a framework to assist them to successfully adopt sustainable solutions in a cost-effective manner and offering market recognition of their achievements, it works to boost awareness amongst owners, occupiers, and designers of the benefits of taking a sustainable approach. BREEAM’s main purpose is also to reduce the negative effects of development and construction on the surroundings.
Aims of BREEAM
BREEAM aims to lessen the environmental impacts of the built environment, and its
model offers economic and social benefits. This way it stimulates demand for sustainable development and enables developments to recognise according to its sustainable benefits. Moreover, ranging from energy to ecology, it assesses supportable value in a series of categories. BREEAM also includes groups of significant factors such as
- Biodiversity protection
- Energy
- Adaptation to climate change
- Health and wellbeing
- Management system
- Water use
- Land use
- Ecological value
- Low impact design
- Carbon emission reduction
- Innovation
- Waste
- Increasing pollution
- Resilience
- Transport system
- Design durability
Objectives of BREEAM
BREEAM consists of several important objectives.
- In order to determine sustainability, use quantified measures.
- Avoid design solutions and prescriptive specification and adopt a flexible approach.
- For quantifying and calibrating a cost-effective performance standard for defining sustainability, use the best available science and practice as the basis.
- Ensure credibility, consistency, and independent pf label by adopting third-party certification.
- Ensure wide awareness and availability, incorporate construction professionals in the development and operational processes.
- Support developments in policy and technology, minimise costs, build on existing skills and understanding adopts existing industry tools, practices, and other standards wherever possible.
- To meet the ‘local’ context, including regulation, climate and sector, provides a common framework of assessment.
- In accordance with the underlying principles and the pace of change in performance standards (accounting for policy, regulation) use stakeholder consultation to inform ongoing development.
BREEAM Awarding Credits
In BREEAM, with its own benchmarks, target and aims, each category subdivide into a range of assessment issues. The development or asset score points, called credits when a target or benchmark reach as determined by BREEAM assessors. Then according to the number of credits achieve and its category weighting, the category score calculate. Thus, the sum of weight category scores as the final performance rating successfully determine once the development is fully assess.
Concluding Thoughts
Bream assessment is quite effective for construction purposes and the sustainability of building. It’s the first and most effective system to assess the sustainability of the environment and ecology.
