Lead Mining Statistics 2024 – Everything You Need to Know

Steve Bennett
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Are you looking to add Lead Mining to your arsenal of tools? Maybe for your business or personal use only, whatever it is – it’s always a good idea to know more about the most important Lead Mining statistics of 2024.

My team and I scanned the entire web and collected all the most useful Lead Mining stats on this page. You don’t need to check any other resource on the web for any Lead Mining statistics. All are here only 🙂

How much of an impact will Lead Mining have on your day-to-day? or the day-to-day of your business? Should you invest in Lead Mining? We will answer all your Lead Mining related questions here.

Please read the page carefully and don’t miss any word. 🙂

On this page, you’ll learn about the following:

Best Lead Mining Statistics

☰ Use “CTRL+F” to quickly find statistics. There are total 74 Lead Mining Statistics on this page 🙂

Lead Mining Latest Statistics

  • By the early 2000s, the total demand for lead in all types of lead acid storage batteries represented 88% of apparent U.S. lead consumption. [0]
  • Other significant uses included ammunition (3%), oxides in glass and ceramics (3%), casting metals (2%), and sheet lead (1%). [0]
  • However, more needs to be done to phase out of lead paint so far, only 41% of countries have introduced legally binding controls on lead paint. [1]
  • The Institute for Health Metrics and Evaluation estimated that in 2019, lead exposure accounted for 900 000 deaths and 21.7 million years of healthy life lost. [1]
  • In the US more than 80% of lead comes from secondary production with Europe reporting over 60%. [2]
  • Experts now use a new level based on the U.S. population of children ages 1 5 years who are in the top 2.5% of children when tested for lead in their blood. [3]
  • The modelled lead absorption attributed to the inhalation route was lower than 2 % (mean ± SE, 0.9 % ± 0.1 %). [4]
  • Europe and North America recycle close to 100% of their battery lead. [5]
  • Uses The primary use of lead is in lead acid batteries for motor vehicles (80% of total use). [5]
  • The largest use was for batteries (86%); followed by rolled and extruded products (7%); lead compounds including lead oxides and salts (5%); shot and ammunition (1%); and other miscellaneous products including alloys and solder (1%). [5]
  • In 2019, Canadian mines produced an estimated 22,608 tonnes of lead in concentrate. [5]
  • Recycled lead accounted for 60% of Canada’s total refined lead production in 2019 partially because of substantial recycling of lead. [5]
  • China was the world leader in lead production from mines in 2019 with 2.1 million tonnes of lead or 46.7% of the global total. [5]
  • Other top producers, including Australia, Peru and the United States, contributed less than 10% each to global lead production from mines in 2019. [5]
  • Ranking Country Thousand tonnes Percentage of total 1. [5]
  • 2 Australia 430 9.6% 3 Peru 290 6.4% 4 United States 280 6.2% 5 Mexico 240 5.3% 6. [5]
  • Russia 220 4.9% 7 Other countries 940 20.9%. [5]
  • China was the biggest producer with 5.1 million tonnes of refined lead, which accounted for over 42% of global production. [5]
  • 640 5.4% 5 Mexico 447 3.7% 6 Germany 332 2.8% 7 United Kingdom. [5]
  • 9 Japan 237 2.0% 10 Other countries 2,673 23.4%. [5]
  • Total world lead reserves were an estimated 90.4 million tonnes in 2019, as calculated by the U.S. Geological Survey. [5]
  • Ranking Country Million tonnes Percentage of total 1 Australia 36.0 39.8% 2. [5]
  • Russia 6.4 7.1% 4 Peru 6.3 7.0% 5 Mexico 5.6 6.2%. [5]
  • All of the lead contained in these types of batteries can be recovered and recycled for use in new batteries – Europe and North America have battery recycling rates approaching 100%. [5]
  • 0.8% Copper, Nickel, Lead & Zinc Mining Employment Growth in 2024 1.4% Copper, Nickel, Lead & Zinc Mining Annualized Employment Growth 2017–2024. [6]
  • The number of people employed in the Copper, Nickel, Lead & Zinc Mining industry in Canada increased 1.4% on average over the five years between 2017 and 2024. [6]
  • Response rates in the WLS sample have been high; approximately 75% of the original cohort responded to the 2004 survey. [7]
  • Of the 19,050 cohort members , approximately 90% were located in the 1940 census. [7]
  • Because these assessments used different metrics, we first transformed raw scores into the percentage of points earned out of the maximum possible for each test, then we averaged these scores within each domain. [7]
  • To account for potential confounding in the estimated effect of lead exposure on late life cognition, we controlled for childhood socio economic and demographic factors measured in the 1940 census. [7]
  • We used the MICE function in Stata to impute 10 datasets, then averaged estimated coefficients across these datasets to produce our final results. [7]
  • We estimated coefficients for baseline cognition and cognitive decline between 2004 and 2011. [7]
  • Associations with cognitive decline were estimated using interaction terms between each variable and a 2011 survey dummy variable. [7]
  • Approximately 54% of the sample were female. [7]
  • On average, participants who grew up in a mining town had lower parental wages, although they were more likely to report non wage income greater than $50. [7]
  • All of the lead exposed respondents lived in Southwest Wisconsin as children, compared with just 15% of other respondents. [7]
  • Parents’ Education, N(%). [7]
  • $50 of non wage income, N(%). [7]
  • 1.1 0.081 Adult Variables Education, N(%). [7]
  • 83 Net Worth, N(%). [7]
  • 67 Fair/Poor Health, N(%). [7]
  • Hypertension, N(%). [7]
  • Table 2 shows the estimated fixed effects from multilevel regression models of late life memory/attention. [7]
  • After adjusting for potentially confounding socio economic and demographic factors in Model 2, the estimated effect of childhood lead exposure on the intercept of memory/attention was still not significant. [7]
  • However, the estimated slope effect increased slightly in magnitude and indicated a significantly steeper rate of decline in memory/attention for those who were exposed to lead as children. [7]
  • Estimated fixed effects from multilevel regression models of language/executive function are presented in Table 3. [7]
  • In Model 3, we found that the estimated coefficient for childhood lead exposure did not substantially change after adjusting for adolescent IQ, even though adolescent IQ itself is strongly associated with late life language/executive function. [7]
  • To investigate this threat, we tested whether WLS participants who lived near lead mines as children were less likely to participate in the 2004 or 2011 survey rounds. [7]
  • Finally, although the WLS is a large population based sample, it includes mostly those with at least a high school degree, reflecting approximately 80 percent of those graduating from high schools during this period. [7]
  • According to the World Health Organization , today around 85% of the world’s lead consumption is for the production of lead. [8]
  • The good news is that lead acid batteries are 99% recyclable. [8]
  • Thus, while the 99% recycling statistic is important, it may understate the potential for lead contamination via this process. [8]
  • They stressed that while leadacid batteries are 99% recyclable, lithium ion batteries are recycled at a rate below 5%. [8]
  • However, several companies also contacted me to argue that the 5% statistic itself is misleading. [8]
  • “Our batteries are highly recyclable based on our Bill of Materials on average we have 83% of steel and copper, by weight. [8]
  • They are close to 100% recyclable. [8]
  • Some companies already claim 50%, which takes OneCharge batteries to around 90% recycling rate. [8]
  • Around 80% of cells usually can still work in less demanding applications, such as home energy storage. [8]
  • From October 2016 to October 2017, the largest percentage increases in statewide employment were mostly in mining and logging. [9]
  • State 12 month ercent change North Dakota Mining and logging Texas Mining and logging Nevada Construction Vermont Mining and logging Wyoming Mining and logging. [9]
  • Among the industries with the largest percentage increase in employment in each state from October 2016 to October 2017, mining and logging in North Dakota experienced the largest increase, with 23.4 percent. [9]
  • Among the states with industries having the largest percentage increases in employment, mining and logging had the largest percentage increase in 16 of the top 20. [9]
  • Among industries having the largest percentage decreases in employment in each state, the information industry in Kansas experienced the largest decrease, with an 8.3 percent decrease from October 2016 to October 2017. [9]
  • This was followed by a 7.5percent decrease in manufacturing employment for Alaska, a 6.8percent decrease in construction for Iowa, and a 6.7 percent decrease in information employment in North Carolina. [9]
  • State 12 month ercent change Kansas Information Alaska. [9]
  • 37 Copper, Nickel, Lead & Zinc Mining Businesses in the US in 2024 0% Copper, Nickel, Lead & Zinc Mining in the US Business Growth in 2024 2% Copper, Nickel, Lead & Zinc Mining in the US Annualized Business Growth 2017–2024. [10]
  • There are 37 Copper, Nickel, Lead & Zinc Mining businesses in the US as of 2024, a decline of. [10]
  • In Broken Hill, the most recent data show that 53 % of children tested have BLLs over 5 μg/dL, with Aboriginal children “twice as likely to have blood lead levels that exceed 10 μg/dL” [13]. [11]
  • In 2008, a larger sample showed a greater percentage of children with BLLs greater than or equal to. [11]
  • In Port Pirie, in the first half of 2014 approximately 20 % of children tested had blood lead levels of 10 μg/dL or higher [16]. [11]
  • [55], or the percentage of yards that exceed the standard. [11]
  • Parents in all three cities are advised that children should not have “empty stomachs” and should follow specific diets in order to, according to the Broken Hill materials, “keep children’s lead levels low” [73]. [11]
  • In 2018, U.S. production of lead was estimated at 1.3 million metric tons; primarily from secondary refining of scrap metal and 10 mines mostly in Alaska and Missouri. [12]
  • The U.S. has 11 operating secondary smelters accounting for 99% of refined lead production in the U.S. Lead can be used as a pure metal, combined with another metal to form an alloy, or in the form of a chemical compound. [12]

I know you want to use Lead Mining Software, thus we made this list of best Lead Mining Software. We also wrote about how to learn Lead Mining Software and how to install Lead Mining Software. Recently we wrote how to uninstall Lead Mining Software for newbie users. Don’t forgot to check latest Lead Mining statistics of 2024.


  1. usgs – https://www.usgs.gov/centers/nmic/lead-statistics-and-information.
  2. who – https://www.who.int/news-room/fact-sheets/detail/lead-poisoning-and-health.
  3. ila-lead – https://ila-lead.org/resources/lead-production-statistics/.
  4. epa – https://www.epa.gov/lead/learn-about-lead.
  5. nih – https://pubmed.ncbi.nlm.nih.gov/24122159/.
  6. nrcan – https://www.nrcan.gc.ca/our-natural-resources/minerals-mining/minerals-metals-facts/lead-facts/20518.
  7. ibisworld – https://www.ibisworld.com/canada/industry-statistics/employment/copper-nickel-lead-zinc-mining/.
  8. sciencedirect – https://www.sciencedirect.com/science/article/pii/S2352827322000167.
  9. forbes – https://www.forbes.com/sites/rrapier/2020/01/19/environmental-implications-of-lead-acid-and-lithium-ion-batteries/.
  10. bls – https://www.bls.gov/opub/ted/2017/mining-and-logging-leads-most-states-with-largest-12-month-increase-in-employment-since-october-2016.htm.
  11. ibisworld – https://www.ibisworld.com/industry-statistics/number-of-businesses/copper-nickel-lead-zinc-mining-united-states/.
  12. biomedcentral – https://ehjournal.biomedcentral.com/articles/10.1186/s12940-015-0085-9.
  13. osha – https://www.osha.gov/lead.

How Useful is Lead Mining

Proponents of lead mining highlight its numerous practical applications across various industries. Lead is a versatile metal widely employed in batteries, pipes, wiring, and even ammunition. Its high resistance to corrosion and malleability make it an ideal choice for these functions. The automotive industry, for instance, heavily relies on lead-acid batteries, which provide a reliable and relatively affordable power source for vehicles. In this context, the continued extraction of lead brings stability and helps sustain important sectors of the economy.

Moreover, economically disadvantaged regions often find themselves benefiting from lead mining. In areas where few job opportunities are available, this industry can be a lifeline for local communities. It has the potential to create jobs and stimulate economic growth. For individuals living in such areas, a steady income from lead mining can offer a means to sustain themselves and their families. This human aspect cannot be overlooked when considering the usefulness of lead mining from a broader perspective.

However, opponents of lead mining rightfully bring attention to its significant negative consequences. One primary concern is the potential harm to human health. Exposure to lead, through inhalation or ingestion, can cause severe health issues, particularly in children and pregnant women. Lead poisoning can lead to developmental delays, learning difficulties, and even permanent damage to organs such as the brain and kidneys. Additionally, certain behaviours and activities related to mining, such as ore processing and waste disposal, can release lead particles into the environment, posing a threat to nearby populations and wildlife.

Environmentalists also stress the long-lasting impact lead mining has on ecosystems. The extraction process can result in deforestation, degraded soil, and water contamination, harming flora and fauna in the affected areas. The pollution of water bodies not only threatens aquatic life but also poses risks to human communities dependent on these resources. It can result in poisoned water supplies, impacting their health and overall quality of life. In light of these valid objections, the usefulness of lead mining must be carefully weighed against its adverse environmental ramifications.

To ultimately determine the usefulness of lead mining, a holistic approach is necessary. Avoiding absolute positions and acknowledging both the positives and negatives surrounding this activity will lead to a more comprehensive understanding. It is essential to continually seek methods to mitigate the negative impacts of lead mining while educating the public about the dangers it presents.

As discussions regarding the regulation and precautions surround lead mining intensify, it is crucial to incorporate sustainable practices, modern technologies, and strict environmental guidelines. By doing so, the potential benefits of lead mining can be more fully realized while minimizing its detrimental effects on human health and the environment.

In conclusion, the usefulness of lead mining cannot be blindly dismissed nor embraced without discretion. The mining of lead offers both significant applications and critical economic opportunities. Nevertheless, it can also seriously harm both human health and the environment if not carried out responsibly. Striking a balance between these considerations is paramount, ensuring that lead mining is conducted in a manner that maximizes the benefits while minimizing the risks.

In Conclusion

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