The Impact of Construction Material on BREEAM Assessments
The selection of construction materials is a pivotal aspect of the Building Research Establishment Assessment Methodology, and construction materials hold profound implications for the environmental sustainability of buildings. BREEAM is considered a comprehensive framework for evaluating different aspects of environmental performance.
They include structures that scrutinise various facets of sustainability, with construction materials playing a central role. The impact of materials is assessed through criteria which include sustainable sourcing, life cycle assessments, embodied carbon, recyclability, and indoor air quality. By prioritising responsible material choices, BREEAM aims to promote the construction of buildings that not only meet functional requirements but also adhere to stringent environmental standards.
Resources:
When we talk about the impacts of construction materials on BREEAM, the first thing that impacts it a lot is resources. They play a pivotal role in the impact of construction materials on BREEAM assessments. Some factors like responsible procurement practices, considering factors like transportation and supplier environmental practices are ensured by sustainable sourcing of materials.
Embodied carbon, reflecting the carbon footprint of extraction and production, underscores the importance of judicious resource use. When you choose the materials that are embodied with lower carbon, they contribute positively to BREEAM ratings. Moreover, recycling and reusability of materials align with resource conservation goals, emphasising the interdependence of resource management and sustainable construction practices in achieving higher BREEAM assessments.

Communities and Stakeholders:
Communities and stakeholders play a significant role in influencing and reflecting the impact of construction materials on BREEAM assessments. The way they are engaged in the decision-making process ensures that local concerns, preferences, and environmental priorities are considered and observed as well. Communities can influence the selection of construction materials that align with sustainable development goals by fostering transparent communication and collaboration with them.
Stakeholder input aids in identifying materials that harmonise with local ecosystems and cultural values. This approach that is so inclusive not only enhances the social acceptance of construction projects but also promotes a more holistic consideration of environmental and societal factors that are contributing to the achievement of higher BREEAM ratings and construction services.
Enhanced Marketability and Value:
Enhanced marketability and value are outcomes of conscientious construction material choices. Opting for sustainable, responsibly sourced materials aligns with growing market preferences for environmentally conscious buildings. Properties that attain favourable BREEAM ratings due to judicious material selection stand out as eco-friendly and socially responsible investments.
Such a green building certification not only signals a commitment to sustainability but also appeals to a broader base of environmentally aware consumers and investors. Consequently, the enhanced marketability and perceived value of a property contribute to its competitive edge in the real estate market, fostering long-term economic viability and desirability.

Reduced Environmental Impact:
Reduced environmental impact is important in BREEAM assessments, shaping the sustainability profile of construction materials. This criterion emphasises selecting materials with minimised carbon footprints, fostering responsible sourcing, and favouring those with lower embodied energy. Choosing materials that align with environmentally conscious practices, such as recycling, reusability, and efficient waste management, significantly influences a building’s life cycle assessment.
By prioritising innovation and favouring low-impact options, BREEAM encourages the constructions industry to adopt materials that not only meet structural requirements but also contribute to broader environmental objectives, ultimately enhancing the overall sustainability and rating of a building.

Recyclability and Reusability:
Recyclability and reusability of constructions materials play a pivotal role in BREEAM assessments by significantly influencing a building’s environmental sustainability. BREEAM emphasises the importance of selecting materials that can be easily recycled or reused, contributing to a reduced ecological footprint.
Opting for such materials not only lessens the demand for virgin resources but also minimises waste and promotes a circular economy. By prioritising recyclability and reusability, constructions projects align with BREEAM’s objectives, earning favourable ratings for their commitment to sustainable practices and the responsible use of resources throughout the building’s life cycle.
The choice of constructions materials can have a substantial impact on a building’s BREEAM assessment. Considering factors such as sustainable sourcing, life cycle assessments, embodied carbon, recyclability, and indoor air quality can help improve a building’s overall environmental performance and contribute to a higher BREEAM rating.