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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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2023-09-05

A dynamic material flow model was developed to simulate the evolution of global aluminum stocks in geological reserve and anthropogenic reservoir from 1900 to 2010 on a country level. The contemporary global aluminum stock in use (0.6 Gt or 90 kg/capita) has reached about 10% of that in known bauxite reserves and represents an embodied energy amount that is equivalent to three-quarters of the present global annual electricity consumption.

2023-09-05

Carbon neutrality to limit global warming is an increasing challenge for all industries, particularly for the cement industry, due to the chemical emission of the process. For decades, reducing the clinker factor has been one of the main strategies to reduce the carbon footprint. Additional cuttings in the clinker content of cements seem possible with the upsurge of novel supplementary cementitious materials.

2023-09-05

Glass is a material inextricably linked with human civilization. It is also the product of an energy intensive industry. About 75% to 85% of the total energy requirements to produce glass occur when the raw materials are heated in a furnace to more than 1500 °C. During this process, large volumes of emissions arise. The container and flat glass industries, which combined account for 80% of total glass production, emit over 60 million tonne of CO2 per year.

2023-09-05

There are several facets of aluminum when it comes to sustainability. While it helps to save fuel due to its low density, producing it from ores is very energy-intensive. Recycling it shifts the balance towards higher sustainability, because the energy needed to melt aluminum from scrap is only about 5% of that consumed in ore reduction. The amount of aluminum available for recycling is estimated to double by 2050.

2023-08-22

Contractors are uniquely positioned to impact the sustainability of building projects. In preconstruction, contractors impact the design of a building by providing feedback to designers and clients. They influence product and material selection through the submittal process. Finally, contractors control how a project gets built, including the equipment that’s used, how construction waste is managed, and the extent of surrounding site and landscape disturbance.

2023-08-22

In 2010 the worldwide building sector was responsible for 24% of the total GHG emissions deriving from fossil fuel combustion, second only to the industrial sector; but, if the embodied energy of construction materials is included, the share is far higher and the building sector becomes the prime CHG emitter. Thus,building design and construction have a significant effect on the chances of meeting the 2 °C target (keeping global temperature increase to 2 °C ). 

2023-08-22

Digital library of building materials sustainability, and 'passports'. Madaster is the online registry for materials and products. In Madaster, data are recorded on all materials and products that are incorporated in a real estate or infrastructure object, such as buildings and bridges.  Registering every component provides insight, for example, into the degree to which an object can be dismantled, embodied carbon, or the toxicity of the materials and products used. It also enables determining whether materials and products can be reused after disassemblage.

2023-08-22

The Sustainable Construction Leaders (SCL) peer network, available through Building Green and based in North America, is a community with regional ties that shares best practices, advocates for, and inspires change in a way that is collaborative, non-competitive, trusting, positive, and results-oriented.  It aims to leverage the construction industry to combat climate change and create healthy environments.

2023-08-22

Based on an extensive literature review on passive building designs for tropical climates, seven energy-efficient building design principles for tropical climate areas were deduced.

2023-08-22

Developed in conjunction with JLL and the Forum’s Real Estate CEO community, the Green Building Principles: The Action Plan for Net Zero Carbon provides a clear sequence of steps to deliver net-zero carbon buildings and along with globally applicable guidance on implementation.