Mining Statistics

Mining Statistics 2023: Facts about Mining outlines the context of what’s happening in the tech world.

LLCBuddy editorial team did hours of research, collected all important statistics on Mining, and shared those on this page. Our editorial team proofread these to make the data as accurate as possible. We believe you don’t need to check any other resources on the web for the same. You should get everything here only 🙂

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Top Mining Statistics 2023

☰ Use “CTRL+F” to quickly find statistics. There are total 35 Mining Statistics on this page 🙂

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Mining “Latest” Statistics

• In a study of decisionmakers in the mining and metals industry conducted in June 2020, 39% of respondents said that the price of copper will rebound the quickest post.^[1]
• With about 50% of all US power coming from coal and uranium and almost all manufactured goods having some kind of mineral, mining has never been a more important sector of the economy.^[2]
• On average, every American uses approximately 3.4 tons of coal and nearly 40,000 pounds of newly mined materials each year.^[2]
• Contractor employment was made up of (n=34,358) coal contractor workers, or 30.7%, and 77,677 noncoal contractor employees, or 69.3%.^[3]
• In 57.7% of the instances (n=15), fatalities occurred at surface work sites, while in the remaining (n=11; 42.3%) of fatalities happened at subterranean work locations.^[3]
• In 2015, three states—West Virginia, Kentucky, and Pennsylvania—hosted about 70% of all coal mining.^[3]
• In the stone mining industry, crushed and broken limestone accounted for 44.2% of all mining operations as their main commodity.^[3]
• Metal and nonmetal employees were reported for both underground (n=9,043; 13.4%) and surface (n=58,505; 86.6%) work locations.^[3]
• Sprains and strains made for almost half of the most commonly reported types of injury (n=806; 49.1%).^[3]
• Sand and gravel, which made up over half of the mining activities, was the main product, followed by crushed and broken limestone (14.3%) and bituminous coal (10.0%).^[3]
• Nevada has the most metal and nonmetal mining, with (n=118; 9.5%), followed by (n=89; 7.2%) in Texas and(n=86; 6.9%) in California.^[3]
• Noncoal contractor employee hours were reported at underground locations 5.3% of the time with 94.7% of the hours being worked at surface locations.^[3]
• Nonmetal mining operations reported “sand, industrial, ground silica/quartz” as the primary commodity mined (n=303; 32.8%).^[3]
• Sprains and strains were the most often reported kind of injury for both non coal and coal contractors (n=58; 33.7%) and (n=100; 30.8%) respectively.^[3]
• The active coal mines were classified as underground (n=405; 27.7%) and surface mining operations (n=1,055; 72.3%).^[3]
• According to reports, there were 32,746 personnel on average working as coal mine operators underground and 35,667 on top of that.^[3]
• All sand & gravel operator hours reported were for surface work locations. Stone operator hours were reported for both underground (3.2%) and surface (96.8%) work locations.^[3]
• The back was the most frequently reported body part injured (n=798; 17.7%), resulting in 50,320 days lost from work.^[3]
• Multiple body parts accounted for the greatest percentage of deaths, with 34.6%, followed by bodily systems, at 19.2%.^[3]
• Coal operator deaths were distributed according to accident type as follows fall of ground (n=3; 33.3%), powered haulage (n=2; 22.2%), falling rolling or sliding rock or material (n=1; 11.1%), and slip or fall of person (n=1; 11.1%).^[3]
• For coal contractors, the distribution of employee hours was 81.9% at surface sites and 18.1% underground.^[3]
• The highest number of fatalities reported by accident classification was for machinery (n=8; 30.8%), followed by powered haulage (n=6; 23.1%).^[3]
• Gold (n=168; 53.3%) was the top standard industrial classification for the main resource extracted from metal mining activities.^[3]
• For stone and sand gravel operator personnel who had nonfatal lost time injuries, handling materials accounted for the majority (n=553; 38.9%).^[3]
• Handling materials (n=181; 36.4%) was the top contractor classification for nonfatal lost time injuries, followed by slips and falls.^[3]
• For non coal contractors, the most common body parts damaged were the fingers (n=46; 14.2%) and the back (n=39; 12.0%).^[3]
• The most frequent accident classification of nonfatal lost-time injuries for coal mine operator employees involved handling materials (n=552; 33.6%), followed by slip or fall of person (n=405; 24.7%).^[3]
• Material handling accidents accounted for the majority of nonfatal lost time injuries (n=1618, or 35.8%), followed by slips and falls (n=1171, or 25.9%).^[3]
• 20 deaths, or 76.9%, were recorded by mine operators, while 6 fatalities, or 23.1%, were reported by independent contractors.^[3]
• The states with the leading number of sand & gravel mines were Minnesota (n=502; 8.0%), New York (n=380; 6.0%), Wisconsin (n=376; 6.0%), and Michigan (n=366; 5.8%).^[3]
• The back was the most frequently reported body part injured (n=798; 17.7%), resulting in 50,320 days lost from work. This was followed by injuries to the finger (n=567; 12.6%; 27,862 days lost), knee (n=475; 10.5%; 31,587 days lost), and shoulder (n=439; 9.7%; 40,290 days lost).^[3]
• Mine operators made for 80.9% of the total hours worked, while contractors accounted for 19.1% of the total hours.^[3]
• The most deaths occurred in the coal industry sector (n=11; 42.3%), followed by the stone and sand and gravel industry (n=8; 30.8%), and the metal and nonmetal industry (n=7; 26.9%).^[3]
• Coal mine operators made up 24.9% of all reported employee hours in the mining commodities sectors.^[3]
• China is emerging as the world’s leading producer of a variety of commodities, including the highly sought after rare earths, of which China accounted for roughly 58% of worldwide production.^[1]

Also Read

How Useful is Mining

Proponents of mining argue that without it, we would not have the resources needed to power our cars, build our homes, or even charge our smartphones. They point to the economic benefits of mining, creating jobs and driving economic growth in communities where mines are located. In many countries, mining has been the catalyst for development and prosperity, lifting entire regions out of poverty and providing a source of income for local populations.

However, critics of mining raise concerns about the negative impacts it can have on the environment, public health, and local communities. The extraction of minerals and metals often involves the destruction of ecosystems and habitats, leading to deforestation, soil erosion, and water pollution. The use of heavy machinery, explosives, and chemicals can also have serious consequences for wildlife and biodiversity. Additionally, mining activities can disrupt local communities, leading to social conflicts, displacement, and loss of cultural heritage.

Moreover, mining is a non-renewable industry, meaning that the resources it extracts are finite and cannot be replaced. As we continue to deplete our natural resources, we are faced with the challenge of finding sustainable alternatives to meet our growing demand for minerals and metals. This has led to increasing calls for responsible mining practices that prioritize environmental conservation, community engagement, and long-term resource management.

One way to address these challenges is through innovation and technology. Advances in mining technology have the potential to reduce the environmental footprint of mining operations, by improving waste management, reducing water usage, and lowering greenhouse gas emissions. Other approaches, such as using renewable energy sources and implementing reclamation and restoration projects, can help mitigate the negative impacts of mining on the environment and local communities.

Additionally, stakeholders in the mining industry – including governments, companies, and civil society – have a crucial role to play in ensuring that mining contributes to sustainable development. This requires a multi-stakeholder approach that emphasizes transparency, accountability, and collaboration between all parties involved in the mining sector. By promoting responsible mining practices and holding companies accountable for their actions, we can work towards a more sustainable and equitable future for mining.

In conclusion, while mining has undoubtedly been useful in providing the resources needed for our modern lifestyle, it is essential to consider the broader impacts of this industry on the environment and society. By recognizing the challenges and opportunities of mining, we can strive towards a more sustainable and responsible approach that balances the economic benefits of mining with environmental protection and social equity.

Reference

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1. statista – https://www.statista.com/topics/1143/mining/
2. nma – https://nma.org/facts-stats-and-data/
3. cdc – https://www.cdc.gov/niosh/mining/works/statistics/factsheets/miningfacts2015.html