Trends in France for achieving the Agenda 2030 sustainable development goals (SDG)

SDG12 – Ensure sustainable consumption and production patterns

Jobs in the circular economy (full-time equivalent)
Change*Latest value**Trend for achieving the SDG by 2030

+20.1% from 2016 to 2021

YearValue
2016675 800,00
2017698 800,00
2018726 800,00
2019755 500,00
2020738 200,00
2021811 400,00
811,400 FTE
Favourable

Environmentally friendly activities involve the companies, administrations and associations committed to protecting the environment and natural resources. They still hold a fairly small share of all French economic activities: 2.2% of added value and 2.4% of total employment. Organic farming and energy control activities (energy renovation of buildings, installation of condensing boilers, manufacture of energy-efficient facilities, etc.) are the environmental sectors that create the most employment (128,350 and 95,750 full-time equivalent positions in 2020). Waste management (91,250 full-time equivalent positions), renewable energies (89,750 full-time equivalent positions) and wastewater management (54,350 full-time equivalent positions) also require a significant workforce. These five fields alone account for 72% of employment in environmentally friendly activities (more than 640,000 full-time equivalent positions in 2020).


Material footprint per capita
Change*Latest value**Trend for achieving the SDG by 2030

-0.4% from 2015 to 2020

YearValue
201512,80
201612,80
201713,80
201813,70
201913,80
202012,70
12.7 tonnes
Moderately favourable

The material footprint is an indicator to assess the amount of raw materials extracted to meet a country’s final consumption demands. It reflects the impact of France’s domestic demand on the use of resources, including those extracted on national territory as well as those mobilised directly and indirectly from outside France’s borders to produce and transport imported products. France’s material footprint stood at 12.7 tonnes in 2020 and around 14 tonnes per capita in 2021, slightly below the European average (14.8 tonnes per capita). Between 2008 and 2021, France’s material footprint dropped by 17%. In 2021, France extracted 650 million tonnes (Mt) of raw materials, or 9.6 tonnes per capita. The material footprint fluctuated around 14 tonnes per capita through the 2010s before falling to 12.8 tonnes per capita during the pandemic. In 2021, it went back up to the pre-pandemic level, at 14.0 tonnes per capita. The material footprint is 46% non-metallic materials, 24% biomass, 18% fossil energy materials and 12% metal ores.


Hazardous waste treated
Change*Latest value**Trend for achieving the SDG by 2030

-2.3 points from 2016 to 2020

YearValue
201665,10
201871,90
202062,80
62.8%
Moderately unfavourable

Hazardous waste accounted for 11 million tonnes; non-hazardous waste stood at 303 million tonnes, including 209 million tonnes of non-hazardous mineral waste (inert). Four sectors account for almost 80% of hazardous waste produced: water production and distribution, sanitation, waste management and decontamination, construction, and the chemical and tertiary industry. Hazardous waste is mainly produced by companies: 2.3 million tonnes for industry and 2.6 million tonnes for the construction sector; and waste collection and processing services, water catchment and sanitation services account for 3.6 million tonnes.


Domestic material consumption per capita
Change*Latest value**Trend for achieving the SDG by 2030

+7.0% from 2016 to 2021

YearValue
201610,90
201711,80
201811,60
201911,90
202010,60
202111,70
11.7 tonnes
Unfavourable

Note: provsionnal 2021 data

Of the range of materials consumed, some are renewable (biomass). Others are not, namely minerals (metal ores and non-metallic minerals) and fossil energy materials (water is not included in this indicator). In 2019, domestic material consumption in France, namely domestic material extraction increased by imports and decreased by exports, stood at 772 million tonnes, or 11.5 tonnes per capita. In 2019, half of France’s material consumption was construction materials, and consumption had dropped significantly between 2007 and 2014. The evolution of resource productivity, which is the ratio between GDP and DMC (Domestic Material Consumption) measures how society is transitioning to a more sustainable organisation of natural resources. France aims for a 30% increase in resource productivity for the period 2010-2030, which means producing added value using less primary raw materials. France’s material footprint was estimated at 14.0 tonnes per capita in 2021 versus 11.7 tonnes per capita for domestic material consumption.


Hazardous and non-hazardous waste treated
Change*Latest value**Trend for achieving the SDG by 2030

-8,0 points from 2016 to 2020

YearValue
201694,10
201894,40
202086,00
86%
Unfavourable

In 2020, waste production in France represented 315 million tonnes (excluding agricultural waste on farms); including 213 million tonnes from the construction sector, 68 million tonnes from economic activities (including local authorities) not related to construction, and 34 million tonnes from households. In 2020, of all waste combined, 72% was reused, 54% through recycling and 10% used as backfill. The proportion of waste sent to storage facilities went down slightly from 27% in 2016 to 26%. More than half (59%) of the mineral waste processed was recycled, 14% was used as backfill and 27% was put into storage. The production of hazardous waste went from 12.1 Mt in 2018 to 11.2 Mt in 2020, representing 3.6% of waste produced in France.


Food loss and waste per capita
Change*Latest value**Trend for achieving the SDG by 2030

average over 2020-2021 : 129

YearValue
2020129,00
2021129,00
129 kg
Not assessable

The 2020 data for waste was established as part of the compulsory reporting of the levels of food waste imposed by the European Commission, the methodology and communication format of which are set according to two decisions from the Commission (delegated decision 2019/1597 of 3 May 2019 supplementing directive 2008/98/EC and implementing decision 2019/2000 of 28 November 2019). The scope of what is considered to be food waste differs between the FAO and the EU. Within the European Union, food waste excludes harvest waste and food items reused as animal feed and includes non-edible food waste (such as bones and peelings).


Regional industrial ecology projects
Change*Latest value**Trend for achieving the SDG by 2030

single value in 2022

YearValue
2022186,00
186
Not assessable

According to SYNAPSE, the national network of players in regional industrial ecology (ITE), there were 152 active industrial and territorial ecology initiatives in August 2020, of which two thirds had been launched during the preceding three years. All regions are now implementing at least one initiative of this kind. This approach can involve two types of synergies: • pooling synergies, in order to rationalize the use of resources, such as equipment (sharing between multiple companies to encourage use rather than ownership), services and transport (waste management, ridesharing, security, etc.), joint procurement and training. • substitution synergies, allowing the by-products of one company to be used as inputs for another through the exchange of flows, including water and heat (reuse of wastewater, heat recovery, etc.), energy (biogas reinjection, local electricity self-consumption) and waste (recovery of by-products and effluents).


Source: INSEE, Dashboard of national indicators for monitoring the Sustainable Development Goals – published February 2024. Statistics processed by SDES (ministerial Statistical Data and Studies Department) - Only available in French. (Insee, Tableau de bord des indicateurs pour le suivi national des objectifs de développement durable - paru en février 2024. Traitements SDES)

*Change: since the latest available value, change over a period of 5 years (longer or shorter depending on data availability).

**Latest value: value corresponding to the last year of the trend graph.

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