BREEAM Checklist

Use the BREEAM Checklist template to assess the sustainability performance of a building or infrastructure project against criteria defined by BREEAM.

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Construction
BREEAM Checklist

BREEAM Checklist

Management And Innovation

Energy Efficiency

Water Use And Management

Materials And Resources

Waste Management

Pollution Reduction

Ecology And Biodiversity

Health, Well-being, And Indoor Environmental Quality

Transport And Accessibility

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Checklist by GoAudits.com – Please note that this checklist is intended as an example. We do not guarantee compliance with the laws applicable to your territory or industry. You should seek professional advice to determine how this checklist should be adapted to your workplace or jurisdiction.

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BREEAM Checklist

Use the BREEAM Checklist template to assess the sustainability performance of a building or infrastructure project against criteria defined by BREEAM.

1. Is sustainability training and awareness provided for project team members?

2. Are building user guides and occupant engagement programs available?

3. Are innovative technologies or strategies employed that exceed standard BREEAM requirements?

1. Is building orientation and layout assessed to maximize passive solar gains?

2. Is the high-performance building envelope evaluated for insulation, glazing, and air-tightness?

3. Are energy-efficient lighting systems and controls considered?

4. Are energy-efficient HVAC systems and controls implemented?

5. Is renewable energy generation (solar PV, solar thermal, wind, etc.) incorporated?

6. Is energy metering and monitoring done?

1. Are water-efficient fixtures and fittings (low-flow taps, dual-flush toilets, etc.) used?

2. Are rainwater harvesting or greywater recycling systems employed?

3. Are efficient irrigation systems and drought-tolerant landscaping utilized?

4. Is leak detection and water metering in place?

1. Are sustainable and responsibly sourced materials (FSC-certified timber, recycled content, etc.) used?

2. Is construction waste minimized and recycling maximized?

3. Is the design intended for flexibility, adaptability, and deconstruction?

1. Is there a construction waste management plan?

2. Are recycling and composting facilities provided for occupants?

3. Are waste storage and collection areas designed to facilitate recycling?

1. Are low-emission heating and cooling systems (e.g., low NOx boilers) used?

2. Are low-VOC materials and finishes (paints, adhesives, flooring, etc.) selected?

3. Are noise and light pollution reduction measures implemented?

1. Are ecological surveys and impact assessments conducted?

2. Is site biodiversity enhanced through habitat creation and landscape design?

3. Are green roofs and walls incorporated?

1. Are daylighting and views optimized?

2. Is ventilation and indoor air quality ensured?

3. Is thermal comfort and occupant control considered?

4. Is acoustic performance addressed?

1. Is the site selected near public transportation, amenities, and services?

2. Are cycling facilities (bike storage, showers, changing rooms) provided?

3. Is electric vehicle charging infrastructure available?

4. Are carpooling or car-sharing schemes encouraged?