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Photo of BedZED eco village showing colourful wind cowls. Copyright Bioregional.

Building use

Different building types and uses present a range of sustainability challenges and opportunities, with varying governance and decision-making factors involved. 

A range of approaches and policies appropriate to the type and use case can drive sustainability improvements for domestic, commercial and municipal buildings. Additionally, it is estimated that a billion people live in slums or informal settlements.  Consideration of how to improve sustainability of housing, alongside living standards for this group of people forms a significant part of the global challenge in this area. 

Sustainable public procurement is a powerful tool to improve the sustainability of municipal construction, which includes schools, hospitals, government buildings, social housing and the built environment. Expenditure by public authorities on goods, services, and infrastructure accounts on average for 13% of the gross domestic product in OECD countries, and up to 30% in many developing countries. Globally, the public sector accounts for 20-30% of revenues in the construction industry.

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Photo credit © Unsplash / Ricardo Gomez Angel

Avoid’ strategies in this context should seek to build with less, avoid over-ordering and waste, and improve material circularity. For municipal buildings, there is an opportunity to enable adaptive re-use within a portfolio, or specify deconstruction instead of premature demolition.

Extending building lifetimes can reduce demand for materials and the embodied carbon expended. In the International Energy Agency’s most ambitious decarbonization scenario, extending building lifetimes would contribute to more than 90 per cent of the CO2 emission reductions for both steel and cement by 2060 (IEA 2019). Sustainable public procurement of more circular construction services, or contracts that specify material recovery targets, can reduce costs, as well as providing sustainability benefits for public authorities.  

Public sector procurement can also provide an opportunity to act as an early adopter of using more innovative materials and contribute to market transformation - more and more examples of public buildings deploying a ‘Shift’ strategy towards more sustainable materials are being seen.  And due to their relatively large purchasing power for materials such as concrete and steel in buildings and infrastructure projects, opportunities exist for ‘Improve’ strategies that can reduce the impacts of these materials within public procurement.

Domestic buildings, constructed by private sector companies have a different set of opportunities and challenges to move towards a more sustainable norm.  Where achieving the lowest cost is a driver, the use of sustainable materials may be deprioritised.  A combination of innovation on materials and construction practices, and an enabling environment of policies to reduce costs, can help push the domestic construction market towards increased use of sustainable materials. In some countries, it is vital to support industry to ‘leapfrog’ the use of higher carbon, conventional materials where there are more sustainable options.

Resources addressing the impacts of materials used in informal settlements are available on the Hub - these include case studies and research papers on how this type of community can act to reduce waste and health hazards as part of materials sourced, whilst improving living standards.

Best practices for different building uses need to be demonstrated and evaluated to show what is possible, driving policy and market support for more sustainable material use and design. Resources include planning tools, policy analysis and best practice case studies of buildings and materials, intended to inspire and promote action for the range of different building types and infrastructure projects.

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2022-01-01

The GreenScreen List Translator™ provides a “list of lists” approach to quickly identify chemicals of high concern. It does this by scoring chemicals based on information from over 40 hazard lists developed by authoritative scientific bodies convened by international, national and state governmental agencies, intergovernmental agencies and NGOs. These GreenScreen Specified Lists include REACH categorizations and chemical hazard classifications by countries using the Globally Harmonized System of Classification and Labelling of Chemicals (GHS).

2022-01-01

This short online course from the Life Cycle Initiative provides grounding on lifecycle thinking for policy makers. This is delivered via a series of video lessons, reading materials, and quizzes around the application of life cycle thinking in different areas of policy. The areas covered include those relevant to the built environment and urban planning, including transport and waste policy.

2022-01-01

HBN's Product Guidance uses a red-to-green ranking system to compare different types of products based on their hazardous content. It is informed by our comprehensive research into the hazards associated with building products that may impact building occupants as well as fenceline communities and workers throughout the product's life cycle.

2021-11-01

Policy briefing paper focusing on four countries in Africa: Burkina Faso, Rwanda, Senegal and Uganda. Through policy analysis and stakeholder interviews, this report presents the operating context for the building industry in these countries and the concept of circularity through all phases of the building life cycle. Nineteen of these examples are featured as case studies in this report and provide insights to the current initiatives on circularity in buildings. Case studies featured also include projects and practices from Malawi, Morocco, Nigeria and South Africa. 

2021-09-01

Policy brief paper analysing the policy, legal and regulatory frameworks governing the cement sector in Nigeria, Africa, and examines the policies required to encourage increased use of bioenergy in cement production.

2021-09-01

A comprehensive resource for cities and other government bodies seeking to develop strategies, action plans and policies to tackle embodied carbon. The report identifies and assesses policy types and urban planning approaches to create a sustainable built environment in terms of embodied carbon, with best practices drawn mostly from cities in Europe and North America alongside new policies that have yet to be implemented.

2021-09-01

Study into the key aspects of international best practices of green public procurement policies that can be adopted in the USA for successful design and implementation of the Federal Buy Clean initiative. The Buy Clean initiative calls for the prioritisation of American-made, lower-carbon construction materials in federal procurement and federally assisted projects in North America.

 

2021-08-01

User-friendly overview of proven and scalable solutions to reduce concrete’s contribution to climate change. This guide highlights six key opportunities to reduce embodied carbon in concrete products without compromising financial or material performance.

2021-07-05

The SDG 12 Hub is a one-stop-shop for governments, businesses, civil society and the public for tracking progress on the achievement of Goal 12 of the 2030 Agenda for Sustainable Development: ensuring sustainable consumption and production patterns.

The SDG 12 Hub supports the transformation to sustainable consumption and production practices by offering direct access to transparent data, impactful solutions, guidance and official reporting all in one place, and facilitates the sharing of progress, knowledge and solutions for sustainable consumption and production.

2021-06-25

With the ÖKOBAUDAT platform, the Federal Ministry for Housing, Urban Development and Building (BMWSB) Germany provides all stakeholders with a standardized database for the life cycle assessment of buildings. At the heart of the platform is the online database with life cycle assessment data on building materials, construction, transport, energy and disposal processes. With the help of life cycle assessment tools, such as the eLCA provided by the BBSR, the entire life cycle of a building can be compiled with the ÖKOBAUDAT database.