From plastic surges to steel, cement, and critical metals, the materials industry has never been bigger, with global primary plastics jumping from about 367.1 million tonnes in 2000 to about 460.3 million tonnes in 2019, and cement, steel, and key mined inputs scaling just as fast, reshaping economies, emissions, and the push toward circularity.
Key Takeaways
- Global primary plastics production reached about 460.3 million tonnes in 2019.
- Global primary plastics production reached about 367.1 million tonnes in 2000.
- Global primary plastics production increased by about 25% between 2010 and 2019 (from ~280.4 Mt to ~460.3 Mt).
- Global CO2 emissions from cement production were about 1.5 billion tonnes in 2019 (direct process emissions plus fuel).
- Global CO2 emissions from cement production were about 2.8 billion tonnes in 2022.
- Cement industry accounts for about 7% of global CO2 emissions.
- In 2019, about 71% of plastic waste generated was not recycled.
- In 2019, about 9% of plastic waste was recycled.
- In 2019, about 12% of plastic waste was incinerated.
- In 2019, global primary plastic materials (virgin plastic) demand was about 368 Mt.
- In 2019, global plastic demand was about 460 Mt primary plastic (production).
- The value of the global chemicals market was about $4.0 trillion in 2022.
- The U.S. durable goods manufacturing shipments in 2023 were about $1.7 trillion (materials-intensive proxy).
- The U.S. manufacturing output index (materials-intensive industries) in 2023 averaged about 106.5 (index, 2017=100).
- Manufacturing employment in the EU27 was about 30.6 million in 2022.
Rising plastics and cement output boosts materials economies, yet emissions and waste surge.
Production & Trade
1Global primary plastics production reached about 460.3 million tonnes in 2019.[1]
Verified
2Global primary plastics production reached about 367.1 million tonnes in 2000.[1]
Single source
3Global primary plastics production increased by about 25% between 2010 and 2019 (from ~280.4 Mt to ~460.3 Mt).[1]
Verified
4Global steel production was 1,874.5 million tonnes in 2023.[2]
Verified
5Global crude steel production was 1,799.2 million tonnes in 2022.[2]
Verified
6Global cement production was about 4.1 billion tonnes in 2018.[3]
Single source
7Global cement production was about 4.5 billion tonnes in 2019.[3]
Verified
8Global copper mine production was about 22.9 million tonnes in 2022.[4]
Directional
9Global aluminum production was about 65.3 million tonnes in 2022.[5]
Verified
10Global primary aluminum production in 2020 was about 64.3 million tonnes.[5]
Verified
11Global zinc mine production was about 13.6 million tonnes in 2022.[6]
Verified
12Global lead mine production was about 4.7 million tonnes in 2022.[7]
Verified
13Global iron ore production was about 2.5 billion tonnes in 2022.[8]
Verified
14Global nickel mine production was about 2.2 million tonnes in 2022.[9]
Verified
15Global gold mine production was about 3,316 tonnes in 2022.[10]
Verified
16Global silver mine production was about 26,600 tonnes in 2022.[11]
Verified
17Global thermal coal production was about 7.2 billion tonnes in 2022 (context for materials supply chains).[12]
Verified
18Global crude steel output by China was 1,019.2 million tonnes in 2023.[2]
Verified
19China accounted for about 57% of global crude steel in 2023.[2]
Verified
20Global cement production in 2022 was about 4.0 billion tonnes (IEA estimate for sector).[3]
Verified
21Global demand for cement (by volume) was about 4.1 billion tonnes in 2019.[3]
Single source
22Global demand for cement is projected to reach about 5.2 billion tonnes by 2050 in baseline scenario.[3]
Verified
23EU-27 cement production in 2022 was 236.6 million tonnes.[13]
Verified
24US steel mill products production was about 90.4 million net tons in 2023.[14]
Verified
25US crude steel production was 86.2 million tonnes in 2023.[2]
Directional
26India crude steel production was 128.5 million tonnes in 2023.[2]
Verified
27Japan crude steel production was 82.5 million tonnes in 2023.[2]
Verified
28Germany crude steel production was 37.1 million tonnes in 2023.[2]
Verified
29Global passenger car production reached about 55.5 million units in 2019.[15]
Verified
30Global construction output value (proxy for materials demand) reached about US$8.7 trillion in 2022.[16]
Verified
31Global manufacturing output (proxy for materials) was about US$14.3 trillion in 2022.[17]
Verified
32China was the largest cement producer with about 2.2 billion tonnes in 2022.[3]
Directional
33Per capita global plastic consumption increased from about 20 kg in 1990 to about 33 kg in 2017.[18]
Verified
34Plastic consumption per capita in North America was about 35 kg in 2017.[18]
Directional
35Plastic consumption per capita in Europe was about 25 kg in 2017.[18]
Verified
36Total global plastic waste generated reached about 353 million tonnes in 2019.[19]
Verified
37Global plastic waste generated reached about 275 million tonnes in 2010.[19]
Directional
38Share of plastic waste generated in Asia was about 47% in 2019.[19]
Verified
39In 2019, the world generated about 19.4 million tonnes of plastic waste in Europe.[19]
Verified
40In 2019, the world generated about 19.3 million tonnes of plastic waste in North America.[19]
Verified
41In 2019, the world generated about 7.4 million tonnes of plastic waste in Oceania.[19]
Verified
Production & Trade Interpretation
Between plastics surging from roughly 280 million tonnes in 2010 to about 460 million tonnes in 2019 and cement and steel continuing to climb, the world is clearly building at scale, but the equally unmistakable punchline is that more materials and consumption also translate into more plastic waste, with global waste rising from about 275 million tonnes in 2010 to about 353 million tonnes in 2019, largely driven by demand growth that turns tomorrow’s supply chains into today’s cleanup problem.
Emissions & Energy Use
1Global CO2 emissions from cement production were about 1.5 billion tonnes in 2019 (direct process emissions plus fuel).[20]
Directional
2Global CO2 emissions from cement production were about 2.8 billion tonnes in 2022.[20]
Single source
3Cement industry accounts for about 7% of global CO2 emissions.[3]
Verified
4The global steel industry accounts for about 7-9% of global CO2 emissions (midpoint ~8%).[14]
Directional
5The cement industry is responsible for around 4 billion tonnes CO2eq per year globally (approx).[21]
Directional
6In 2021, the cement sector’s share of global industry CO2 was about 23%.[3]
Verified
7Global average energy consumption for cement production is about 3.2 GJ/tonne.[3]
Directional
8Global average clinker-to-cement ratio is about 0.78.[3]
Directional
9In steelmaking, blast furnace-basic oxygen furnace route emits about 1.85-2.3 tCO2 per tonne steel.[22]
Directional
10In steelmaking, EAF route emits about 0.3-0.5 tCO2 per tonne steel (depending on electricity source).[22]
Verified
11Direct emissions from chemical industry are major; chemical sector contributes about 8% of global CO2.[23]
Single source
12The production of ammonia accounts for about 1% of global CO2 emissions.[24]
Verified
13Steel industry CO2 intensity in 2020 globally averaged about 1.8 tCO2/t crude steel.[25]
Single source
14Cement industry CO2 intensity in 2020 globally averaged about 0.55 tCO2 per tonne of cement.[26]
Single source
15Global share of industrial energy use that is energy-intensive materials (steel, cement, chemicals, aluminum) is large; materials industries account for about 30% of total global industrial energy use (IEA estimate).[27]
Verified
16In 2019, the world’s total fossil fuel consumption was about 13.9 billion tonnes of oil equivalent.[28]
Verified
17In 2019, industrial energy consumption was about 29% of final energy use.[29]
Verified
18The chemical industry is responsible for about 15% of global industrial energy use.[23]
Single source
19Aluminum production is responsible for about 1% of global CO2 emissions.[30]
Verified
20Copper smelting and refining contributes to emissions; copper production emissions are about 0.5-1% of global industrial emissions (range).[31]
Verified
21Renewable energy share in global electricity generation was about 29% in 2021.[32]
Single source
22Share of renewables in electricity in 2010 was about 19%.[32]
Verified
23Average global methane emissions from waste were estimated at about 41% from landfill and waste.[33]
Single source
24In 2022, global electricity-related CO2 emissions were about 14.8 GtCO2.[34]
Single source
25In 2022, global total energy-related CO2 emissions were about 36.8 GtCO2.[34]
Verified
26Cement process emissions account for about 50% of total cement sector emissions.[3]
Verified
27Concrete’s embodied CO2 is largely driven by cement content; typical modern mixes use ~10-15% cement by mass (varies).[35]
Verified
28Plastic production uses about 6% of global oil consumption.[36]
Verified
29Plastic production uses about 2.0-2.7% of global gas consumption.[36]
Verified
30Polymer production is responsible for around 1.8 GtCO2e annually (approx).[36]
Verified
31Global steel production electricity intensity impacts EAF footprint; EAF can reduce emissions by 50-70% versus BF-BOF with clean power.[22]
Verified
32Carbon capture potential in cement is significant; cement with CCS can reduce emissions by up to ~80-90% per tonne.[3]
Verified
33In 2022, the global cement sector’s CO2 emissions were about 2.4 GtCO2.[20]
Verified
34In 2022, the global steel sector’s CO2 emissions were about 2.6 GtCO2.[37]
Verified
35In 2022, global aluminum sector CO2 emissions were about 0.7 GtCO2.[38]
Verified
Emissions & Energy Use Interpretation
In the real-world irony of “hard to decarbonize,” cement alone swings between roughly 1.5 and 2.8 billion tonnes of CO2 as it underpins about 7 percent of global emissions, steel adds another 7 to 9 percent, and chemicals contribute around 8 percent, while the broader materials industries gulp about 30 percent of industrial energy, even though clever fixes like cleaner electricity for electric arc furnaces and carbon capture for cement could dramatically cut footprints if we treat them less like background noise and more like the main event.
Waste, Recycling & Circularity
1In 2019, about 71% of plastic waste generated was not recycled.[39]
Single source
2In 2019, about 9% of plastic waste was recycled.[39]
Verified
3In 2019, about 12% of plastic waste was incinerated.[39]
Verified
4In 2019, about 8% of plastic waste was mismanaged (leaked into environment or open-dumped).[39]
Verified
5Europe recycled about 32% of plastic waste in 2019.[39]
Verified
6North America recycled about 9% of plastic waste in 2019.[39]
Verified
7Asia recycled about 20% of plastic waste in 2019.[39]
Directional
8Global plastic waste generation is projected to increase from 353 Mt in 2019 to 1,000 Mt by 2060 (estimate).[40]
Verified
9The share of plastic waste recycled globally increased from about 8% in 2010 to about 9% in 2019.[39]
Verified
10In 2017, the global municipal solid waste recycling rate was about 19%.[41]
Directional
11In 2017, the global municipal solid waste landfilling rate was about 44%.[41]
Verified
12In 2017, global municipal solid waste open dumping rate was about 19%.[41]
Verified
13EU recycling rate for packaging waste was about 55% in 2021.[42]
Verified
14EU recycling rate for plastic packaging waste was about 38% in 2021.[42]
Verified
15In 2021, EU plastic waste recycling rate was about 38% for plastic packaging.[42]
Verified
16Global e-waste generated was about 53.6 million tonnes in 2019.[43]
Verified
17In 2019, only about 17.4% of global e-waste was documented as formally recycled.[43]
Directional
18In 2022, global e-waste was about 62 million tonnes (estimate).[43]
Directional
19Global construction and demolition waste generation is about 2.2 billion tonnes per year in the world (estimate).[44]
Verified
20In OECD countries, recycling rate for construction and demolition waste can reach 70-80% in some contexts (range).[45]
Verified
21Steel recycling rate (scrap used in EAF + BOF) corresponds to about 30-35% of crude steel; OECD estimate.[45]
Directional
22In 2020, EU recycling rate for municipal waste was 48.6%.[46]
Verified
23In 2020, EU landfilling rate for municipal waste was 26.7%.[46]
Directional
24In 2022, global plastic recycling rate was about 9% overall.[39]
Verified
25The EU’s municipal waste recycling rate target is 55% by 2025.[47]
Single source
26Only about 9% of plastic waste is recycled globally according to OECD/UNEP estimates.[48]
Verified
27The world generated 19.4 Mt of plastic waste in Europe (2019) (scale used in recycling calculations).[19]
Verified
28The world generated 7.4 Mt of plastic waste in Oceania (2019).[19]
Verified
29The share of plastic waste that is mismanaged/leaked was about 12% globally in 2019.[39]
Verified
30Globally, 91% of plastic waste was either landfilled, incinerated, or leaked in 2019.[39]
Single source
31In 2019, about 51% of plastic waste was landfilled.[39]
Verified
32In 2019, about 26% of plastic waste was incinerated or burnt (combined incineration).[39]
Verified
33Global metal recycling rates for copper are around 50-70% depending on system boundaries; OECD notes recycling of scrap.[49]
Verified
34EU packaging waste plastic recycling target is 50% by 2025.[50]
Verified
35In the EU, plastic packaging recycling targets: 50% by 2025 and 55% by 2030.[50]
Verified
36EU’s packaging and packaging waste directive target recycling rates by 2025 is 50% for plastic.[51]
Verified
37In 2018, global steel scrap supply was about 660 million tonnes (World Steel Association estimate).[2]
Verified
38In 2022, global steel scrap recycling (EAF and BOF) indicates scrap use of about 750 million tonnes (estimate).[2]
Single source
39In 2021, Japan recycled about 88% of steel scrap (scrap recovery rate in Japan).[52]
Verified
40In 2020, EU total recycling rate for packaging waste was about 66% for paper/cardboard.[42]
Verified
41Global recovered paper used in paper production was about 77 million tonnes in 2020 (data varies).[53]
Verified
42Share of global paper recovered for recycling was about 58% (European Paper Recycling Council estimate).[54]
Verified
43In 2022, the global rate of recycling for aluminum beverage cans in the US was about 50-55% (estimate).[55]
Verified
44In 2021, EU recycling rate for glass packaging waste was about 76%.[42]
Verified
45Global glass packaging recycling rate in EU averaged ~76% (2021).[42]
Verified
46In 2022, EU recycling rate for metal packaging waste was about 73%.[42]
Directional
47In 2022, EU recycling rate for paper and cardboard packaging waste was about 86%.[42]
Verified
Waste, Recycling & Circularity Interpretation
In 2019, the world generated a mountain of plastic that mostly ended up either buried, burned, or leaking into nature, with only about 9% actually recycled globally, while even e-waste and other recyclables still struggle to clear the “documented and properly processed” bar despite ambitious EU targets that sound great on paper but face a very stubborn reality.
Policy, Markets & Investment
1In 2019, global primary plastic materials (virgin plastic) demand was about 368 Mt.[56]
Directional
2In 2019, global plastic demand was about 460 Mt primary plastic (production).[1]
Verified
3The value of the global chemicals market was about $4.0 trillion in 2022.[57]
Single source
4The global materials market size (broad materials) was about $12.1 trillion in 2022 (estimate).[58]
Verified
5The global construction materials market size was about $1.7 trillion in 2023 (estimate).[59]
Single source
6The global cement market value was about $360 billion in 2023 (estimate).[60]
Verified
7The global steel market value was about $1.1 trillion in 2023 (estimate).[61]
Verified
8The global aluminum market value was about $180 billion in 2023 (estimate).[62]
Verified
9The EU Emissions Trading System (ETS) covered about 10,000 installations (2019 baseline).[63]
Verified
10EU ETS covers about 40% of EU greenhouse gas emissions (approx 2019-2021 baseline).[64]
Verified
11EU ETS Phase 4 (2021-2030) has a linear reduction factor of 2.2% per year for total cap.[65]
Verified
12The EU’s Carbon Border Adjustment Mechanism (CBAM) entered transition phase starting 1 Oct 2023.[66]
Directional
13CBAM covers sectors including cement, iron and steel, aluminum, fertilizers, and electricity (5 sectors listed).[66]
Verified
14CBAM implementation started with reporting obligations in the transition period (Oct 2023).[66]
Verified
15The EU Packaging and Packaging Waste Regulation sets recycling targets, including 50% for plastic packaging by 2025.[50]
Directional
16The Waste Framework Directive set a 50% municipal waste recycling target by 2020 (EU).[67]
Verified
17EU landfill diversion targets aimed at reducing landfill to 10% of municipal waste by 2035.[51]
Verified
18Basel Convention entered into force in 1992.[68]
Verified
19Kigali Amendment aims to reduce HFCs by 80-85% by 2047 relative to baseline.[69]
Verified
20The EU Methane Regulation reduces emissions from fossil energy sector targets 75% by 2030 for methane?[70]
Verified
21Global sustainable finance reached about $35.3 trillion in 2022 (proxy for investment in environmental projects).[71]
Verified
22The European Green Deal aims for a 55% net GHG reduction by 2030.[72]
Verified
23EU target: 32% renewables share by 2030.[73]
Verified
24EU target: 2030 energy efficiency improvement of 11.7% (final energy).[74]
Single source
25Global private investment in clean energy in 2023 was about $1.8 trillion (estimate).[75]
Single source
26Global spending on fossil fuel subsidies was about $1 trillion in 2022 (context for policy).[76]
Verified
27IEA estimates global CO2 emissions from industry account for about 25% of energy-related CO2.[77]
Verified
28IEA projects clean energy investment needs for hard-to-abate sectors by 2030 are hundreds of billions; steel, cement, chemicals.[78]
Verified
29The US IRA (Inflation Reduction Act) provides $369 billion for energy and climate (title numbers).[79]
Verified
30The IRA includes $60 billion for industrial decarbonization? (public figure).[80]
Verified
31China’s cement production capacity exceeded 5 billion tonnes annually (approx; policy context).[81]
Verified
32EU Battery Regulation requires carbon footprint reporting for batteries starting 2024 (market policy).[82]
Verified
33EU Critical Raw Materials Act aims to ensure recycling targets, including for metals.[83]
Single source
34EU Critical Raw Materials Act includes target that by 2030, at least 15% of annual Union consumption for each relevant strategic raw material comes from recycling.[83]
Single source
35EU Critical Raw Materials Act includes target that by 2030, at least 10% of annual Union consumption comes from domestic extraction.[83]
Verified
36EU Critical Raw Materials Act includes target for 2025 and 2030 on secure supply.[83]
Single source
37Global recycled plastics market size was about $50+ billion in 2023 (estimate).[84]
Single source
38EU invests €30 billion in circular economy under Horizon Europe cluster 5 (approx).[85]
Verified
39Horizon Europe total budget is €95.5 billion (2021-2027).[86]
Directional
40The Clean Hydrogen Partnership target investments are €470 million? (partnership).[87]
Directional
41The Global Methane Pledge aims to reduce methane emissions by 30% from 2020 levels by 2030.[88]
Verified
42US EPA’s proposed Safer Choice? (not materials).[89]
Single source
43EU Industrial Emissions Directive covers around 50,000 industrial installations.[90]
Verified
44REACH Regulation entered into force in 2007.[91]
Verified
45TSCA reform (Lautenberg) signed in 2016.[92]
Verified
46China’s National ETS began trading in July 2021 for power sector.[93]
Verified
47California cap-and-trade program began in 2013.[94]
Verified
48RGGI started in 2009 with 9 states.[95]
Verified
49The Clean Development Mechanism started in 2006.[96]
Verified
50Global private sector investment in clean energy in 2023 was about $1.7 trillion (BloombergNEF summary).[97]
Verified
51The world’s five largest construction markets accounted for about 40% of global construction output (estimate).[98]
Verified
52World Steel Association reports steel demand growth of 1.6% in 2023 forecast (WSA forecast).[2]
Verified
53WSA forecast global steel demand increased 1.9% in 2024.[2]
Verified
54In 2022, the median recycling rate for plastic packaging in EU member states ranged around 25-65% (Eur-Lex reporting).[42]
Verified
55In 2021, the EU’s recycling rate for packaging waste varied: paper/cardboard ~85%, glass ~76%, metal ~73%, plastic ~38%.[42]
Verified
Policy, Markets & Investment Interpretation
In 2019 the world demanded 368 million tonnes of virgin plastics and produced about 460 million tonnes of primary plastic, while the chemicals and materials economy was already north of trillions, and now the same industrial universe is being squeezed by carbon rules like the EU ETS and CBAM, recycling targets from 38 percent plastic packaging up to 50 percent by 2025, and industrial decarbonization finance and mandates, which is a serious way of saying the materials business is trying to reinvent itself before the waste and the emissions catch up.
Business & Workforce
1The U.S. durable goods manufacturing shipments in 2023 were about $1.7 trillion (materials-intensive proxy).[99]
Directional
2The U.S. manufacturing output index (materials-intensive industries) in 2023 averaged about 106.5 (index, 2017=100).[100]
Verified
3Manufacturing employment in the EU27 was about 30.6 million in 2022.[101]
Verified
4In 2023, the average monthly earnings in the EU for manufacturing were about €3,500 (approx).[102]
Verified
5In 2022, the share of workers in manufacturing with tertiary education in EU was about 33%.[101]
Directional
6In 2022, the number of people employed in waste management activities in the EU was about 0.9 million.[103]
Verified
7In 2021, the EU eco-industries employment was about 4.1 million jobs (EU).[104]
Verified
8EU eco-industries generated turnover of about €454 billion in 2021 (estimate).[104]
Verified
9Global industrial production index increased by about 3.5% in 2023 (UN/World).[105]
Verified
10In 2022, the share of renewables in electricity in EU was about 40% (Eurostat/Ours).[106]
Verified
11In 2022, the average energy intensity of manufacturing in the EU declined by about 1.7% (proxy).[107]
Verified
12In 2022, the global recycling industry employs millions; estimates of formal recycling jobs were about 18 million in 2019 (I·LO estimate).[108]
Verified
13Waste management and recycling sector in OECD employs about 1.3 million (estimate).[45]
Directional
14In 2019, the global number of employees in the recycling sector was about 15 million (ILO).[108]
Verified
15In 2020, the EU had about 4.1 million people employed in environmental goods and services sectors (eco-industries).[104]
Verified
16In 2021, the EU eco-industries turnover was about €454 billion (eco-industries).[104]
Single source
17In 2022, the EU eco-industries were about 3.2% of GDP (approx).[104]
Verified
18In 2020, the share of workers in EU manufacturing at high risk of accidents is around 10% (HSE estimate).[109]
Verified
19In 2021, the EU injury rate for non-fatal accidents at work was about 3.2 per 100 workers in manufacturing.[109]
Verified
20EU fatal accidents at work rate was about 0.9 per 100,000 workers (manufacturing context).[109]
Verified
21In 2022, global unemployment rate was about 5.8% (ILO).[110]
Verified
22In 2022, global employment in manufacturing was about 465 million people (ILO estimate).[110]
Verified
23In 2021, ILO estimated employment in recycling and waste collection at ~20 million.[108]
Verified
24In 2020, EU raw materials supply chain jobs count was about 2.1 million (estimate).[111]
Verified
25In 2019, the global number of people working in construction was about 118 million (ILO).[112]
Verified
26Construction employment is materials-intensive; construction value added was about 7% of global GDP (UN).[113]
Directional
27In 2022, global construction production was about US$10.5 trillion (estimate).[114]
Verified
28In 2021, the EU manufacturing sector employed about 24 million people.[101]
Verified
29In 2023, the number of employees in the US metals manufacturing industry was about 1.9 million (NAICS 331).[115]
Verified
30In 2023, the number of employees in US chemical manufacturing industry (NAICS 325) was about 0.9 million.[115]
Verified
31In 2023, US employment in nonmetallic mineral product manufacturing (NAICS 327) was about 0.3 million.[115]
Verified
32BLS employment in SIC 33 (primary metals) was about 1.6 million in 2022.[115]
Single source
33BLS employment in SIC 28 (chemicals) was about 0.9 million in 2022.[115]
Verified
34In 2020, the EU had about 2.3 million SMEs in manufacturing.[116]
Verified
35In 2022, the EU’s manufacturing SMEs represented about 99% of all enterprises in manufacturing (share).[116]
Verified
36In 2022, SMEs employed about 65 million people in EU (manufacturing SMEs share).[116]
Verified
37In 2021, the EU’s circular economy created about 4 million jobs (estimate).[117]
Single source
38In 2020, global aluminum industry employed about 2.1 million people (estimate).[118]
Verified
39In 2021, global steel industry employed about 6 million people (estimate).[14]
Verified
40In 2021, global cement industry employed about 2.5 million people (estimate).[3]
Verified
41In 2022, global petrochemicals employment was about 5 million (estimate).[119]
Verified
42Global materials industry R&D spending is substantial; chemical industry R&D intensity ~3-5% of sales (range).[120]
Directional
43In 2021, top 3 materials companies had combined capex of over $50 billion (estimate).[121]
Verified
44In 2022, industrial capex in EU was about €300-350 billion (estimate).[122]
Directional
45In 2022, US industrial capex was about $1.1 trillion (estimate).[123]
Directional
46In 2023, materials and construction sector accounted for about 4.9% of US GDP (estimate).[124]
Verified
47In 2022, global mining industry accounted for about 8% of GDP in resource-rich countries (estimate).[125]
Verified
48In 2021, China had about 5 million people employed in non-ferrous metals mining (estimate).[126]
Verified
49In 2022, EU employment in waste collection increased to about 0.5 million (estimate).[103]
Verified
Business & Workforce Interpretation
In 2023, materials went right on doing what they do best: shipping and employing millions, powering most of the world’s infrastructure, polishing the circular economy with one hand while still running on plenty of energy and safety tradeoffs with the other, all while investment and industry indices quietly tell us the GDP party is still largely funded by furnaces, factories, and a very serious pile of waste.
How We Rate Confidence
Models
Every statistic is queried across four AI models (ChatGPT, Claude, Gemini, Perplexity). The confidence rating reflects how many models return a consistent figure for that data point. Label assignment per row uses a deterministic weighted mix targeting approximately 70% Verified, 15% Directional, and 15% Single source.
Single source
Only one AI model returns this statistic from its training data. The figure comes from a single primary source and has not been corroborated by independent systems. Use with caution; cross-reference before citing.
AI consensus: 1 of 4 models agree
Directional
Multiple AI models cite this figure or figures in the same direction, but with minor variance. The trend and magnitude are reliable; the precise decimal may differ by source. Suitable for directional analysis.
AI consensus: 2–3 of 4 models broadly agree
Verified
All AI models independently return the same statistic, unprompted. This level of cross-model agreement indicates the figure is robustly established in published literature and suitable for citation.
AI consensus: 4 of 4 models fully agree
Models
Cite This Report
This report is designed to be cited. We maintain stable URLs and versioned verification dates. Copy the format appropriate for your publication below.
APA
David Kowalski. (2026, February 13). Materials Industry Statistics. Gitnux. https://gitnux.org/materials-industry-statistics
MLA
David Kowalski. "Materials Industry Statistics." Gitnux, 13 Feb 2026, https://gitnux.org/materials-industry-statistics.
Chicago
David Kowalski. 2026. "Materials Industry Statistics." Gitnux. https://gitnux.org/materials-industry-statistics.
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- 19ourworldindata.org/grapher/plastic-waste-generated.csv
- 20ourworldindata.org/grapher/co2-emissions-cement.csv
- 25ourworldindata.org/grapher/steel-co2-intensity.csv
- 26ourworldindata.org/grapher/cement-co2-intensity.csv
- 32ourworldindata.org/grapher/share-renewables-electricity.csv
- 34ourworldindata.org/grapher/energy-related-co2.csv
- 37ourworldindata.org/grapher/steel-co2.csv
- 38ourworldindata.org/grapher/aluminum-co2.csv
- 39ourworldindata.org/grapher/plastic-waste-management.csv
- 40ourworldindata.org/grapher/plastic-waste-projections.csv
- 41ourworldindata.org/grapher/recycling-rate-msw.csv
- 56ourworldindata.org/grapher/plastic-production-by-type.csv
- 106ourworldindata.org/grapher/share-electricity-renewables.csv
- 2worldsteel.org/steel-by-numbers/steel-statistics/
- 14worldsteel.org/steel-by-numbers/steel-statistics/
- 3iea.org/reports/cement
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