There is potential for environmental damage during the drilling and production of oil, both onshore and offshore. Blowouts, or uncontrolled production can cause environmental damage. If offshore, marine life and birds are likely to be affected. Although more likely to occur during the exploration or delineation phase of development, the largest spills occurred as a result of war (in Kuwait as a result of the Iraqi invasion). Some potential for environmental damage can occur during the disposal of waste products. During drilling, there are normally regulations that control the disposal of waste, and fluids (mud, additives, oil and in some cases acid) used in operations. In the production period, which may last several decades or more, the use of oil pits (containing oily water, which is skimmed for the oil) can be the source of pollution. See link. Drilling in remote areas such as the ANWR area of Alaska, has raised serious questions of disturbing the wildlife (and damaging the ecosystem) by setting up drilling bases and pipelines. I have included a few links found on the internet. Environmental damage in Ecuador's rainforest is a controversial subject. Generally, no one denies damage, it is only a question of how much and whether this damage was condone by Ecuador's government's national oil company. Some of the rainforest damage is not directly link to the production. The "drilling footprint", logistics and operation bases can be kept small. However, operations required manpower, and in turn, spawn new towns in the rainforest. Deforestation occurs initially to set up of bases, drilling locations and roads, but more follow for purposes of farming. In adding links, I've included a link to the American Petroleum Institute, which is supported by the major oil producers, and provides their opinion of environmental issues. Also, for balance, I've added links of news stories, which may more reflect the viewpoints of environmental activists. Finally, I included a wikipedia link which is generally unbiased. There are a number of books on the subject as well.
Extracting mineral resources can have significant environmental impacts such as habitat destruction, deforestation, soil erosion, and water contamination. This activity can disrupt ecosystems, contribute to air and water pollution, and lead to long-lasting damage to the environment. Reclamation efforts are often necessary to mitigate these effects and restore the land once mining activities have ceased.
extracting crude oil can cause loads of harm to the enviroment. if its underground youll need to dig big holes killing and destrying animals and their homes. if its under the sea youll have to build big pipelines which is dangerous activity and can cause animals to be scared. if the pipeline leaks then it spreads into the sea and kills the animals and plants around it.
Oil production and transportation causes severe damage to the environment, both deliberately and accidentally.
Negligible mineral resources are those that have little to no economic value due to factors such as low abundance, poor quality, or high extraction costs. These resources are typically not worth extracting or exploiting compared to other more valuable mineral resources.
Environmental factors affecting mineral resources include deforestation, water pollution, habitat destruction, and soil erosion. These factors can impact the availability and quality of mineral deposits, leading to challenges in extraction and utilization. Sustainable practices and conservation efforts are essential for minimizing the environmental impact on mineral resources.
Exploration geologists are responsible for identifying areas with potential mineral resources, conducting surveys, and assessing the economic viability of mining projects. On the other hand, mining projects involve the development and extraction of mineral resources, including planning, infrastructure construction, ore processing, and environmental management. Both roles are crucial in the process of discovering, evaluating, and extracting mineral deposits.
Full mining of continental refers to the extraction of all available mineral resources within a specific region or landmass. This process involves identifying and extracting all economically viable mineral deposits from the continental crust, which can have significant environmental and social impacts. Proper planning and regulation are necessary to ensure sustainable use of resources and minimize negative consequences.
The reuse of minerals involves extracting minerals from waste materials or byproducts and utilizing them in a new product or process. This helps to reduce the need for new mineral extraction and conserves natural resources. Recycling and repurposing minerals also offer economic and environmental benefits.
The process of extracting mineral ore and separating it into valuable resources and waste is known as mineral processing or beneficiation. It involves crushing, grinding, separating, and concentrating the desired minerals from the ore to produce a usable product.
John L. Harper has written: 'Mineral King' -- subject(s): Environmental aspects of Mines and mineral resources, Environmental policy, Mines and mineral resources
Negligible mineral resources are those that have little to no economic value due to factors such as low abundance, poor quality, or high extraction costs. These resources are typically not worth extracting or exploiting compared to other more valuable mineral resources.
D. Milburn has written: 'A first book of geology' 'Northern aquatic ecosystems and mineral development' -- subject(s): Environmental aspects, Environmental aspects of Mines and mineral resources, Environmental protection, Mines and mineral resources
Environmental factors affecting mineral resources include deforestation, water pollution, habitat destruction, and soil erosion. These factors can impact the availability and quality of mineral deposits, leading to challenges in extraction and utilization. Sustainable practices and conservation efforts are essential for minimizing the environmental impact on mineral resources.
U. Aswathanarayana has written: 'Water resources managment and the environment (HBK)' 'Mineral resources management and the environment' -- subject(s): Environmental aspects, Environmental aspects of Mineral industries, Environmental aspects of Mines and mineral resources, Management, Mineral industries, Mines and mineral resources 'Food and Water Security' 'Soil Resources and the Environment' 'Green energy' -- subject(s): Costs, Renewable energy sources 'Age determination of rocks and geochronology of India' -- subject(s): Geochronometry, Geology
Exploration geologists are responsible for identifying areas with potential mineral resources, conducting surveys, and assessing the economic viability of mining projects. On the other hand, mining projects involve the development and extraction of mineral resources, including planning, infrastructure construction, ore processing, and environmental management. Both roles are crucial in the process of discovering, evaluating, and extracting mineral deposits.
Full mining of continental refers to the extraction of all available mineral resources within a specific region or landmass. This process involves identifying and extracting all economically viable mineral deposits from the continental crust, which can have significant environmental and social impacts. Proper planning and regulation are necessary to ensure sustainable use of resources and minimize negative consequences.
L. R. Arnold has written: 'Analytical and numerical simulation of the steady-state hydrologic effects of mining aggregate in hypothetical sand-and-gravel and fractured crystalline-rock aquifers' -- subject(s): Aggregate industry, Aquifers, Environmental aspects of Aggregate industry, Environmental aspects of Mines and mineral resources, Groundwater flow, Hydrogeology, Mines and mineral resources
The key functions of mining include extracting minerals and ores from the Earth's crust, processing them to create usable products, and contributing to economic development through the production of raw materials for various industries. Mining also involves exploration for new mineral deposits, environmental management, and ensuring safety and sustainability practices.
The reuse of minerals involves extracting minerals from waste materials or byproducts and utilizing them in a new product or process. This helps to reduce the need for new mineral extraction and conserves natural resources. Recycling and repurposing minerals also offer economic and environmental benefits.
H. Colley has written: 'Introduction to Environmental Geology' 'The Savundrondro mineral prospect' -- subject(s): Mineral lands, Mines and mineral resources 'Mineral deposits of Fiji'