scispace - formally typeset
Search or ask a question

What is petroleum? 


Best insight from top research papers

Petroleum, commonly known as crude oil, is a complex mixture of hydrocarbons found beneath the Earth's surface and obtained through drilling wells . It is a diverse substance containing organic molecules like hydrocarbons, heteroatom-containing hydrocarbons, and inorganic matter, appearing in gas, liquid, and solid forms . The term "petroleum" originates from Latin and Byzantine Greek, meaning "rock oil" or "oleaginous liquid from rocks" . This natural resource is a crucial component of the modern industry, serving as a primary source for energy, fuels, chemicals, and materials . Petroleum products derived from crude oil include various fractions like hydrocarbon gases, naphtha, gasoline, kerosene, lubricating oils, and asphalt . Overall, petroleum is a vital and versatile resource with significant implications for various industrial sectors and daily life activities.

Answers from top 4 papers

More filters
Papers (4)Insight
Petroleum is a broad term encompassing natural hydrocarbon-based substances and refined petrochemical products with varying physical properties like viscosity, density, and specific gravity, impacting their behavior in the marine environment.
Petroleum is a natural oily liquid containing hydrocarbons, mainly obtained by drilling wells underground. It consists of various hydrocarbon gases, naphtha, gasoline, kerosene, fuel oils, and other products.
Petroleum, originating from Latin and Greek roots, means "rock oil." It has been known as "aceite de roca" by the Chinese and Japanese, signifying oily liquid from rocks.
Petroleum is a diverse substance on Earth, primarily composed of hydrocarbons with some heteroatom-containing hydrocarbons and inorganic matter. It exists in gas, liquid, and solid forms, with a historical significance.

Related Questions

What are hydrocarbons?4 answersHydrocarbons are organic compounds composed solely of carbon and hydrogen atoms. They are the fundamental components of fossil fuels like natural gas and crude oil, serving as crucial sources of energy. Alkanes, a type of hydrocarbon, have the general formula CnH2n+2 and are typically saturated with hydrogen, making them stable and unreactive. Hydrocarbons can be synthesized by various organisms, including marine cyanobacteria, engineered bacteria, and yeasts, highlighting their potential for renewable energy production. Additionally, hydrocarbon fuels derived from sources like coal, oil shale, and natural gas play a significant role in energy generation. Understanding hydrocarbons is essential due to their prevalence in fuels and their impact on various industries and energy production processes.
What is the petroleum?4 answersPetroleum is a naturally occurring, oily, flammable liquid composed principally of hydrocarbons. It is obtained from beneath the Earth's surface by drilling wells. Crude oil is the term used for unrefined petroleum, which is a highly complex mixture of hydrocarbons. Petroleum products, such as fuels and oil products, are the most common environmental contaminant in most industrial countries. The physical properties of crude oil and petroleum products can vary widely, including viscosity, density, and specific gravity. Petroleum is a carbon-based fossil fuel that is extremely complex and contains traces of nitrogen, sulfur, oxygen, or metals. It is used as a fuel for vehicles, heating, and other purposes. The petroleum industry has a long history, and modern society relies heavily on petroleum for energy, fuels, chemicals, and materials.
What is Hydrocarbon?4 answersHydrocarbons are a class of carbon compounds consisting only of carbon (C) and hydrogen (H) elements. They are a large compound and one of the most important sources of energy on Earth. Hydrocarbons are commonly used as fuel sources and can be found in various forms such as gases, liquids, and solids. They are also a major component of petroleum, which is a naturally occurring, flammable liquid composed mainly of hydrocarbons. Hydrocarbons can be produced through various processes, including the application of mechanical energy to a metal body in the presence of a gas containing carbon dioxide and a hydrogen source. They are essential for creating mechanical energy and have been harnessed for industrial and consumer use.
What is oil?4 answersOil is a generic term that refers to a wide range of natural hydrocarbon-based substances and refined petrochemical products. It can have different physical properties such as viscosity, density, and specific gravity, which affect its behavior in the marine environment. Crude oil is a complex mixture of chemicals that is released into the environment through chronic discharges and accidental spills. It undergoes weathering and accumulates in soil, sediment, and living organisms. The composition and weathering of crude oil determine its environmental impact, causing acute or chronic effects in various organisms. Oil is a highly versatile raw material that is used as an energy source and can be processed into numerous consumer products. However, our dependency on oil has created vulnerability and environmental devastation, leading to the realization of its technological limits. Ontologies, such as OIL, play a major role in supporting information exchange and knowledge sharing across networks, including the World Wide Web.
What is fossil fuels?4 answersFossil fuels are natural fuels formed from the remains of living organisms in the geological past. They can exist in solid, liquid, or gas form. Coal is a solid fossil fuel consisting mainly of carbonized plant matter and is used as fuel. Fossil fuels, such as coal, petroleum, shale oil, tar sands, and natural gas, contain hydrogen and carbon that react with oxygen to release energy. The combustion of fossil fuels poses major threats to the environment, including land damage, smog, acid rain, and changes in the atmosphere's composition. Fossil fuels release carbon dioxide into the atmosphere, contributing to global warming. Fossil fuels are complex compounds of carbon, hydrogen, oxygen, sulfur, and nitrogen, along with mineral matter and moisture. Hydrocarbon fuels, including petroleum-based fuels, coal, natural gas, and oil shale, are sources of fossil fuels.
What is oil spill?5 answersAn oil spill is the release of a liquid petroleum hydrocarbon into the environment, especially marine areas, due to human activity, and is a form of pollution. Oil spills can occur in marine areas or on land and may be caused by releases of crude oil from tankers, offshore platforms, drilling rigs, and wells, as well as spills of refined petroleum products and their by-products. They can have disastrous consequences for society, the economy, and the environment. Oil spills can damage vulnerable ecosystems and have hazardous impacts on marine life. Various physical, chemical, thermal, and biological processes are used for oil spill remediation, with biological methods involving the use of native microorganisms being highly sustainable and economical. Response technology plays a crucial role in oil spill management, with methods such as booming, skimming, use of sorbents, in situ burning, and bioremediation being employed.

See what other people are reading

What is the petrochemical industry?
4 answers
The petrochemical industry encompasses the production of a wide array of chemicals and polymers derived from sources like synthesis gas, olefin, and aromatic compounds. It plays a crucial role in various sectors of the economy, utilizing petroleum distillates from oil and natural gas to manufacture essential products like polymers, synthetic fibers, plastics, drugs, and more. Petrochemical plants, which are outdoor facilities, handle toxic and flammable substances to convert raw materials sourced from refining and gas processing into valuable end products using diverse chemical processes. These chemicals, produced from natural gas and crude oil, serve as building blocks for a multitude of chemical products, distinguishing them from bulk fractions derived from the same sources. The industry has seen geographical shifts in production over time, with increased capacity in regions like the Middle East and Asia.
What are the current methods used for oxidation and desulfuration of residual oil extraction?
5 answers
Current methods for oxidation and desulfurization of residual oil extraction include various techniques such as oxidative desulfurization (ODS) using hydrogen peroxide and catalysts like cobalt, molybdenum, and iron oxide. Researchers have explored the use of ionic liquids (ILs) in extractive desulfurization (EDS) and ODS processes, with eutectic-based ILs showing promise as greener solvents for efficient desulfurization. Additionally, the role of ILs in alternative desulfurization methods has been highlighted, showcasing their effectiveness in removing sulfur compounds from model fuels. A novel method involves the use of a solid acid coupled with an ionic liquid for extraction and oxidative desulfurization, offering a cost-effective, recyclable, and environmentally friendly approach to desulfurization processes. Furthermore, modifications in oxidation and extraction steps, including the use of hydrogen peroxide and alcohol solvents, have been successful in achieving significant desulfurization of residue oil to meet international standards.
What is the impact of oxidation and desulfuration on the extraction of residual oil?
5 answers
Oxidation and desulfurization processes play a crucial role in the extraction of residual oil by effectively reducing the sulfur content, which is essential for meeting international standards and minimizing environmental impact. Various studies have shown significant advancements in this area. For instance, the use of hydrogen peroxide and ionic liquids in oxidative desulfurization processes has led to high desulfurization efficiencies ranging from 70% to over 99%. Additionally, modifications in the oxidation and extraction steps, such as using different solvents and catalysts, have resulted in remarkable sulfur reduction rates of up to 90.7% after multiple extraction stages, enabling residual oil to meet stringent sulfur content regulations. These findings highlight the effectiveness of oxidation and desulfurization techniques in enhancing the extraction of residual oil while minimizing sulfur content.
What is the oil and gas industry?
7 answers
The oil and gas industry is a global powerhouse, generating an estimated $3.3 trillion in annual revenue and serving as a critical indicator of economic health worldwide. It encompasses the exploration, extraction, refining, transportation, and marketing of hydrocarbons, primarily oil and natural gas. This industry plays a pivotal role in the energy market, significantly impacting decision-making in critical sectors of economies, particularly in countries like India where it is closely linked to economic growth and energy demand. Hydrocarbons, which include different types of oil and gas, are essential sources of energy, and their exploration and production have a rich history regulated by various government agencies in North America and beyond. The industry faces the challenge of balancing the production of over half of the world’s energy needs with the imperative of reducing emissions to meet the Paris Agreement objectives and support sustainable development goals. Management within the industry focuses on efficient capital investment and the adoption of technologies to mitigate environmental impacts and enhance safety and emergency response capabilities. The operational scope of the industry is vast, covering the discovery of resources, evaluation of formations, drilling of wells, and the management of production, alongside the conversion of crude oil and gas into usable products. Physical properties of crude oil and petroleum products, such as viscosity and density, play a significant role in their behavior in the environment and their processing in refineries. The industry also grapples with environmental management challenges, particularly in controlling emissions of volatile organic compounds and other pollutants. Globally, petroleum is crucial for many industries and accounts for a large percentage of energy consumption, necessitating a detailed understanding of its composition, classification, and the distribution of resources. The industry's processes, from exploration to marketing, involve sophisticated techniques and technologies to find and produce oil and gas, refine it into various products, and deliver these products to consumers.
What are the most commonly used multivariate techniques in the analysis of crude oil chemical properties?
5 answers
Multivariate techniques commonly used in the analysis of crude oil chemical properties include Principal Component Analysis (PCA), Partial Least Squares (PLS), and Polytopic Vector Analysis (PVA). PCA is valuable for grouping samples with similar compositions, while PLS aids in predicting properties based on spectral data. PVA is particularly effective in quantifying the contribution of different oil sources in a sample, crucial for source identification in oil spill investigations. Additionally, techniques like Hierarchical Clustering, Nearest Neighbor-Based Classification, and Weighted Least Squares PCA (WLS-PCA) are utilized for comprehensive comparison and classification of oil samples, providing rapid and objective tools for fingerprinting complex mixtures like crude oils. These multivariate methods enhance the understanding of crude oil properties and aid in decision-making during emergency situations.
What reduces focus of jeepney drivers in the philippines?
5 answers
The focus of jeepney drivers in the Philippines can be reduced by various factors such as exposure to whole-body vibration (WBV), musculoskeletal discomfort due to poor ergonomic design of the driver's workspace, and challenges posed by the modernization of jeepneys. Exposure to WBV can lead to health risks and reduced focus, which can be mitigated by using practical vibration dampeners like rags. The ergonomic hazards in the driver's workspace, including awkward postures and unnecessary tasks, can also contribute to reduced focus. Additionally, the modernization of jeepneys can bring about changes in the transport sector, potentially affecting the focus of drivers due to shifts in operations and competition from alternative transportation modes.
How to transform footwear stocks into business opportunities.?
5 answers
To transform footwear stocks into business opportunities, firms can adopt competitive strategies like producing high-quality footwear, reorganizing production processes, and utilizing technology for efficiency. Additionally, converting foots oil into higher quality lubricant base stock through catalytic hydroprocessing presents another avenue for business development. Moreover, creating a solid business plan based on real data is crucial for leveraging footwear stocks effectively. By implementing innovative production techniques, improving operational efficiency, ensuring consistent product quality, and enhancing inventory control, firms can enhance their market competitiveness and seize business opportunities in the footwear industry. This comprehensive approach involving strategic planning, technological advancements, and quality control measures can help maximize the potential of footwear stocks for profitable business ventures.
What are the physical properties of itaconic acid?
5 answers
Itaconic acid (IA) is a versatile organic acid with various applications due to its unique properties. IA is a white, crystalline compound with a flexible structure containing covalent double bonds, making it suitable for use in industries such as agro-based, plastics, textiles, paints, and pharmaceuticals. When incorporated into polyacrylate chains, IA enhances the tensile strength and modulus of the material, increases particle size, and decreases ZETA potentials, leading to improved thermal stability and biocompatibility. Additionally, IA can be utilized in the synthesis of surfactants with C12 and C18 alkyl chains, which exhibit stimuli-responsive behavior and can switch to a polar form in the presence of CO2, showcasing their unique physicochemical properties.
What is smoke point in vegetable oils?
4 answers
The smoke point in vegetable oils refers to the temperature at which the oil begins to decompose, leading to the formation of possibly toxic compounds. This decomposition occurs due to the breakdown of triglycerides in the oil when exposed to high temperatures. The smoke point is a critical parameter as it indicates the threshold at which the oil's chemical structure starts to change, impacting its flavor, nutritional value, and safety. Vegetable oils are commonly used in various applications, and understanding their smoke points is essential for determining their suitability for different cooking methods. Specialized devices have been developed to accurately measure the smoke point of edible oils, ensuring precise and rapid detection.
What is meant by micro combustion?
5 answers
Micro combustion refers to the process of burning fuel on a very small scale, typically in micro burners or reactors. This technology aims to improve combustion performance by enhancing combustion stability, efficiency, and temperature distribution. Micro combustion systems consume small amounts of fuel, making them efficient alternatives to conventional testing methods. By mixing fuel and air at the smallest scale possible, micro combustion can achieve low NOx emissions comparable to premixed combustion while minimizing risks like autoignition and flashback. The use of microscale combustion reactors allows for the testing and differentiation of fuels based on their characteristics, such as octane number and ignition/extinction temperatures. Overall, micro combustion technology plays a crucial role in enhancing combustion performance, stability, and efficiency in various applications.
How many years does Petroleum-based plastics decomposed?
5 answers
Petroleum-based plastics, such as polypropylene, polyethylene, polystyrene, and polyurethane, pose significant environmental challenges due to their slow decomposition rates. Research indicates that certain microorganisms, like Bacillus sp., have the potential to assist in the degradation of these plastics, offering a promising solution to this issue. On the other hand, synthetic polymers derived from petrochemical monomers have revolutionized various industries, with some materials being tailored to be stronger than steel. Additionally, advancements in biodegradable plastics, particularly those derived from renewable resources like corn, have gained traction in countering the environmental impact of petroleum-based plastics. Novel biological processes involving insects and bacterial strains capable of degrading petroleum-based plastics further highlight ongoing efforts to address plastic waste concerns.