European Union flag

Buildings are homes, work places, schools, hospitals, shops, sports halls, transport terminals, where we all spend a significant part of our day. Their construction, maintenance and demolition present many challenges and some opportunities for climate change and the environment.

Addressing the environmental and climate footprint of buildings

Construction, use and demolition of buildings causes major environment and climate pressures but smart renovations that focus on efficient use of energy and resources can help Europe increase the sustainability of its housing sector, according to a European Environment Agency report.

Ageing populations, increasing affluence and changing climate are expected to change demands for buildings’ particular uses in Europe, the EEA report notes. More buildings are likely to be needed in cities, and buildings need to contribute to environment and climate solutions, including energy saving and production, protection from climate hazards, and restoring nature.

Find out more about the report

Buildings account for

>30%

of the EU's environmental footprint

1/3

of our material

consumption

42%

of total energy consumption

35%

of greenhouse gas emissions

Cooling your home during a heatwave?

Across Europe, rising temperatures, combined with an ageing population and urbanisation, mean that the population is becoming more vulnerable to heat and that demand for cooling in buildings is rising rapidly. Buildings, as long-lasting structures, can offer protection from heatwaves and high temperatures if appropriately designed, constructed, renovated and maintained. 

Our briefing examines key elements of sustainable cooling policy, and its potential impacts on vulnerable groups, by reducing health risks, inequalities and summer energy poverty.

More on heating and cooling buildings
Picture of a double heat pump on legs, between two tree plants in rusted pots in a yard with an orange wall as background.
Max Payload on Unsplash
EGMS buildings and construction
Copernicus data

How is Copernicus helping?

The Copernicus Land Monitoring Service offers users several products with detailed information on urban areas. High resolution imperviousness datasets reveal areas where the soil is sealed at the continental scale, including both natural and artificial surfaces. The Urban Atlas gives users access to detailed land cover and land use maps for 788 Functional Urban Areas across Europe, with additional street tree maps, building block height measurements, and population estimates.

The European Ground Motion Service product uses radar data derived from Sentinel-1 to detect and measure ground movements across Europe with milimetre precision. With this information, urban planners can make data-driven decisions about where to build new infrastructure by assessing the likelihood of natural hazards such as landslides or subsidence.

Read more on the Copernicus Land Monitoring Service

How can we improve building construction?

Three circularity objectives can be addressed through circular renovation actions:

Alt text: Infographic on three circularity objectives to improve building construction. Long description: The infographic depicts three circularity objectives to improve building construction that can be addressed through circular renovation actions. There are three simplified icons with text underneath arranged from left to right, each representing one of the three objectives. The leftmost icon shows a high-rise building next to an analogue clock. The text underneath reads: “Increasing life spans, thus delaying the need for new construction and reducing the corresponding demand for new materials or increasing the use intensity of buildings.” The middle icon shows six empty squares arranged in three rows of two; the borders of the two squares in the top row are dotted while the borders of the other four squares are solid. Next to this are two arrows arranged in a circle, each pointing at the end of the other. The text below reads: ”Reducing the need for material consumption by using resources more efficiently.” The third icon shows several connected hexagons, reminiscent of the comb in a beehive next to a large sheet of drafting paper with a drafting compass hovering above. The text below reads: “Making use of new generation materials with high circular potential.”

Source: EEA briefing, 2022

Improving circularity of construction and demolition waste

Alt text: Infographic on ways to improve the circularity of construction and demolition waste, focusing on raw materials, end-of-life, design, use and construction. Long description: The infographic features ways to improve the circularity of construction and demolition waste in the EU. The infographic is divided into five sectors, each featuring the pros and cons of the proposed methods. Each sector has an associated 3 dimensional icon; generic blocks and pipes for Raw Materials, a person working on a computer for Design, a truck with an open top trailer containing construction materials for Construction, a construction worker speaking to a man in a suit with a briefcase for Use, and a recycling plant for End-of-Life. The text associated with the Raw Materials section reads: Bold headline, “High-grade products with high-recycled content.” Subtext below, “materials with high durability used in structural elements.” Below that, a list of pros and cons. Pros read, “prolong construction’s lifespan, thus contribute to waste prevention,” and, “creates demand for recycled materials in closed loops, increases quality of recycling.” Cons read, “low cost of virgin materials versus high cost of waste processing,” and, “doubts on quality of recyclables, lack of standards.” The text associated with the Design sector reads: Bold headline, “Design for disassembly.” Subtext below, “Design construction products so that they are easy to separate into components that can be reused, reassembled, reconfigured, and recycled.” Below that, a list of pros and cons. Pros read, “Re-use is part of waste prevention, separation of components makes recycling easier.” Cons read, “Higher complexity of disassembly,” and, “Potential conflict with other legislation such as energy efficiency,” and, “Lack of knowledge and information,” and, “Very long time delay between implementation and results.” The text associated with the Construction sector reads: Bold headline, “Materials passports.” Subtext below, “Sets of data describing defined characteristics of materials and components in building products.” Below that, a list of pros and cons. Pros read, “Facilitates source separation of end-of-life materials, increases recycling quality and closed loops.” Cons read, “Information and data management for long time periods,” and, “Costs of data gathering and storage.” The text associated with the Use sector reads: Bold headline, “Extension of construction service life.” Subtext below, “renovate, improve maintenance, upgrade, repair and adapt constructions.” Below that, a list of pros and cons. Pros read, “Implementation of waste prevention,” and, “Avoidance of new construction and related environmental impacts.” Cons read, “Energy inefficient buildings also extend their lifespan,” and, “Risks for the presence of inferior materials in buildings and degradation of structural building elements,” and, “high labor costs,” and, “changes in architectural preference.” The text associated with the End-of-Life sector reads: Bold headline, “Selective demolition.” Subtext below, “remove hazardous materials and increase source separation into high value, pure material fractions.” Below that, a list of pros and cons. Pros read, “Increase quantity and quality of recycling.” Cons read, “More time consuming and potentially more costly demolition,” and, “Lack of traceability (limited information on waste material origin and quality),” and, “Complexity of buildings and construction materials.”

Source: EEA briefing, 2020

More information

Other topics you might be interested in: