1. The document is a student's assignment on researching the mechanical engineering profession. It defines mechanical engineering, discusses the basic materials and skills taught. It examines the skills needed, typical problems mechanical engineers work on, employment prospects and salaries.
2. It finds communication, creativity, adaptability, collaboration and leadership are important social skills, and that the student's skills align well. Problems include developing products like vehicles and power plants. Employment includes companies like Saudi Aramco and typical projects take 5 years to complete.
3. In conclusion, the student learned about the career and believes mechanical engineering will be a good fit based on their skills and interests they discovered through the research.
This document provides an overview of heat transfer principles and their application to the design of heat exchangers. It discusses the three main modes of heat transfer (conduction, convection, and radiation) and introduces concepts like heat transfer coefficients. Design considerations for shell and tube heat exchangers are covered, including sizing standards, tube/shell geometry, baffling, and hydraulic performance. Methods for designing single-phase and multiphase exchangers are presented, such as Kern's method and Bell's method. The document concludes with brief discussions on condenser, reboiler, and air cooler design.
Process Simulation of Dimethyl Ether Synthesis from Methanol Using Honeywell ...Shubham Berad
This article work focuses on the simulation of the synthesis of dimethyl ether from methanol using Honeywell's UniSim Design R490. Dimethyl ether is considered a green energy source as an additive for diesel fuel. This is preferred for the next clean energy production, and dimethyl ether is chosen because its demand is increasing due to its remarkable properties. The indirect method of producing methanol and using it as a raw material for the synthesis of DME is quite useful for large commercial production. However, current work will demonstrate methanol as a feed and dimethyl ether as an end product. Shell and tube heat exchanger at different operation conditions show that important calculated LMTD and
minimum approach values are feasible for good heat transfer while minimizing power consumption.
The lecture was delivered by me for IIChE students chapter on the theme of Student-Industry Interaction at Bharati Vidyapeeth on 8th Feb'14. Foe my blogs kindly refer: https://www.learncax.com/knowledge-base/blog/by-author/ganesh-visavale
This document summarizes methods for estimating CO2 storage resource and capacity in deep saline formations. It discusses terminology, proposed classification systems for storage resource levels, and open and closed system methodologies. Methodologies from the DOE, CSLF, IEAGHG, and USGS are compared. The document also discusses determining storage coefficients through numerical simulation and developing storage coefficients at different scales from site-specific to formation-level. Key references on the topic are also listed.
The document provides an overview of the petroleum industry, including its structure and major players. It discusses:
- The petroleum industry involves exploration, extraction, refining, transporting and marketing of oil and gas products globally. Its largest products are fuel oil and gasoline.
- The industry is divided into upstream (exploration and production), midstream (transportation), and downstream (refining and marketing) sectors.
- The largest oil companies globally based on oil production are Saudi Aramco, Gazprom, and the National Iranian Oil Company.
- OPEC coordinates petroleum policies of its 12 member countries, who collectively produce around 40% of global oil and 15% of natural gas
The document discusses the downstream oil sector, which includes refining crude oil and distributing and selling the resulting products. It is divided into three segments: exploration and production (upstream), refining (downstream), and distribution and sales (downstream). The downstream sector refers specifically to refining crude oil into products like gasoline and diesel, and distributing those products through various wholesale and retail channels to consumers.
refining of crude oil by Arun kumar ranaBIET Jhansi
This document discusses the refining of crude oil. It begins by describing crude oil as a complex mixture of hydrocarbons found in the Earth's crust. The refining process separates crude oil into fractions using fractional distillation based on differences in boiling points. Major fractions include petroleum gas, naphtha, gasoline, kerosene, diesel, lubricating oil, and fuel oil. Further processing using thermal cracking and catalytic cracking converts heavier fractions into more valuable products like liquefied petroleum gas and gasoline. Refineries are upgraded in response to market demands and clean air regulations.
India is the world's largest Sponge Iron producer and mostly uses the Coal based process. The down-side of this industry is that it generates significant amounts of solid waste in the form of ESP Flyash and Bag House Filter Dust. Now as this Flyash contains considerable unburned carbon ( 10% and above), it cannot be utilized in cement manufacturing. Likewise the Bag Filter dust contains upto 25% unburned carbon and above 70% ash which again doesn't allow it to be reused viably as a fuel. Meanwhile, reducing the carbon content by the Carbon-burnout method is too expensive and polluting just to convert the wastes into usable Flyash.
As a result most of these wastes go into landfill, where they again contribute to ground and water pollution.
Surprisingly there are technologies which can not only effectively convert these wastes into usable items like recovered fuel and low carbon Flyash, but at the same time clean up the environment and save the companies great expenses. Its is called Carbon-Ash Separation and there are several ways of doing the same.
This document provides an overview of heat transfer principles and their application to the design of heat exchangers. It discusses the three main modes of heat transfer (conduction, convection, and radiation) and introduces concepts like heat transfer coefficients. Design considerations for shell and tube heat exchangers are covered, including sizing standards, tube/shell geometry, baffling, and hydraulic performance. Methods for designing single-phase and multiphase exchangers are presented, such as Kern's method and Bell's method. The document concludes with brief discussions on condenser, reboiler, and air cooler design.
Process Simulation of Dimethyl Ether Synthesis from Methanol Using Honeywell ...Shubham Berad
This article work focuses on the simulation of the synthesis of dimethyl ether from methanol using Honeywell's UniSim Design R490. Dimethyl ether is considered a green energy source as an additive for diesel fuel. This is preferred for the next clean energy production, and dimethyl ether is chosen because its demand is increasing due to its remarkable properties. The indirect method of producing methanol and using it as a raw material for the synthesis of DME is quite useful for large commercial production. However, current work will demonstrate methanol as a feed and dimethyl ether as an end product. Shell and tube heat exchanger at different operation conditions show that important calculated LMTD and
minimum approach values are feasible for good heat transfer while minimizing power consumption.
The lecture was delivered by me for IIChE students chapter on the theme of Student-Industry Interaction at Bharati Vidyapeeth on 8th Feb'14. Foe my blogs kindly refer: https://www.learncax.com/knowledge-base/blog/by-author/ganesh-visavale
This document summarizes methods for estimating CO2 storage resource and capacity in deep saline formations. It discusses terminology, proposed classification systems for storage resource levels, and open and closed system methodologies. Methodologies from the DOE, CSLF, IEAGHG, and USGS are compared. The document also discusses determining storage coefficients through numerical simulation and developing storage coefficients at different scales from site-specific to formation-level. Key references on the topic are also listed.
The document provides an overview of the petroleum industry, including its structure and major players. It discusses:
- The petroleum industry involves exploration, extraction, refining, transporting and marketing of oil and gas products globally. Its largest products are fuel oil and gasoline.
- The industry is divided into upstream (exploration and production), midstream (transportation), and downstream (refining and marketing) sectors.
- The largest oil companies globally based on oil production are Saudi Aramco, Gazprom, and the National Iranian Oil Company.
- OPEC coordinates petroleum policies of its 12 member countries, who collectively produce around 40% of global oil and 15% of natural gas
The document discusses the downstream oil sector, which includes refining crude oil and distributing and selling the resulting products. It is divided into three segments: exploration and production (upstream), refining (downstream), and distribution and sales (downstream). The downstream sector refers specifically to refining crude oil into products like gasoline and diesel, and distributing those products through various wholesale and retail channels to consumers.
refining of crude oil by Arun kumar ranaBIET Jhansi
This document discusses the refining of crude oil. It begins by describing crude oil as a complex mixture of hydrocarbons found in the Earth's crust. The refining process separates crude oil into fractions using fractional distillation based on differences in boiling points. Major fractions include petroleum gas, naphtha, gasoline, kerosene, diesel, lubricating oil, and fuel oil. Further processing using thermal cracking and catalytic cracking converts heavier fractions into more valuable products like liquefied petroleum gas and gasoline. Refineries are upgraded in response to market demands and clean air regulations.
India is the world's largest Sponge Iron producer and mostly uses the Coal based process. The down-side of this industry is that it generates significant amounts of solid waste in the form of ESP Flyash and Bag House Filter Dust. Now as this Flyash contains considerable unburned carbon ( 10% and above), it cannot be utilized in cement manufacturing. Likewise the Bag Filter dust contains upto 25% unburned carbon and above 70% ash which again doesn't allow it to be reused viably as a fuel. Meanwhile, reducing the carbon content by the Carbon-burnout method is too expensive and polluting just to convert the wastes into usable Flyash.
As a result most of these wastes go into landfill, where they again contribute to ground and water pollution.
Surprisingly there are technologies which can not only effectively convert these wastes into usable items like recovered fuel and low carbon Flyash, but at the same time clean up the environment and save the companies great expenses. Its is called Carbon-Ash Separation and there are several ways of doing the same.
Analysis of environmental impact on oil & gas companysandeep7162
The document analyzes the impact of climate change on oil and gas majors. It discusses how the oil and gas sector contributes significantly to global greenhouse gas emissions and climate change. It also outlines how climate change poses several risks to oil and gas companies, such as regulatory and legal changes, shifts in energy use, and extreme weather events. The document aims to examine these impacts and risks from a business perspective.
This document provides an overview of gas processing technology through a 67 slide presentation. It discusses the need for gas processing due to impurities from geological formations. The presentation focuses on onshore gas processing technologies and concepts like centralized and decentralized approaches. Key processing steps discussed include crude oil stabilization, slug catching, gas sweetening using various solvents to remove acid gases, and other downstream processes like dehydration and NGL/LPG recovery. Equipment used in gas sweetening like contactors, strippers and amine circulation are also outlined.
This document provides information about urea. Urea has a molecular formula of NH2CONH2, molecular weight of 60, and decomposes at its boiling point of 1320°C. It is fairly soluble in water and is primarily used as solid and liquid fertilizer. Urea is also used in animal feed, formaldehyde resins, and adhesives. The largest production method for urea is the ammonium carbamate decomposition method, which involves compressing ammonia and carbon dioxide at high pressure and temperature to form ammonium carbamate, then dehydrating it to form urea. The conversion of ammonium carbamate to urea increases with temperature and pressure.
This document discusses methanol synthesis from carbon dioxide and hydrogen. It provides details on the key synthesis reaction, kinetics, equilibrium, catalyst activity, byproducts and side reactions. The maximum rate of the methanol reaction is defined and diagrams show how operating conditions can be optimized to follow the maximum rate line for minimum catalyst volume. Potential byproducts like ethanol, ketones, and hydrocarbons are also summarized.
Amine gas treating is a process that uses aqueous solutions of alkanolamines like monoethanolamine to remove hydrogen sulfide and carbon dioxide from gases. The process involves an absorber unit where the amine solution absorbs the acid gases from the sour gas stream, producing a sweetened gas. The rich amine is then regenerated in a stripper, producing a lean amine that is recycled and an acid gas stream that is usually sent to a Claus process to produce elemental sulfur. Common amines used include MEA, DEA, and MDEA.
Nitrogen (N2) is a colorless, odorless, and tasteless gas that makes up 78.09% (by volume) of the air we breathe. It is non-flammable and it will not support combustion. Nitrogen gas is slightly lighter than air and slightly soluble in water. It is commonly thought of and used as an inert gas, but it is not truly inert.
Nitrogen gas is also used to provide an unreactive atmosphere. It is used in this way to preserve foods, and in the electronics industry during the production of transistors and diodes. Large quantities of nitrogen are used in annealing stainless steel and other steel mill products.
Thermal properties of Petroleum FractionsManikanta Sjs
This document discusses the thermal properties of petroleum fractions, including:
- Specific heat depends on temperature and density, with lighter fractions having higher specific heat.
- Heat of combustion decreases from paraffins to aromatics and is related to hydrogen content.
- Latent heat of vaporization varies with temperature, molecular weight, and other parameters and can be calculated using a provided equation.
- Latent heat of fusion is approximately 50% of latent heat of vaporization and is around 167-170 kJ/kg for waxy distillates and waxes.
- Thermal expansion causes petroleum fractions to change in shape, area, and volume with temperature changes.
This document provides an overview of various types of boilers and thermal fluid heaters used in industrial applications. It describes the key components and operating principles of fire tube boilers, water tube boilers, packaged boilers, fluidized bed combustion boilers, stoker fired boilers, pulverized fuel boilers, waste heat boilers, and thermic fluid heaters. Boilers are used to generate steam for industrial processes by transferring heat from fuel combustion to water, while thermal fluid heaters use oil as a heat transfer medium to maintain constant process temperatures. The document compares the advantages of different boiler and heater designs for various steam capacities, pressures, fuels, and temperature requirements.
Alfa Laval owns the global trademarks for MISSIONTM and Alfa Laval. The document discusses Alfa Laval's thermal fluid heating systems, which use circulating oil to transfer heat from fuel-fired heaters to applications like fuel and cargo tanks. Alfa Laval is a global leader in supplying complete thermal fluid systems and has over 30 years of experience in the technology. Their systems offer advantages like high temperature capability, low maintenance, and global after-sales support.
The document provides an overview of inplant training at MRPL, including:
- MRPL is a subsidiary of ONGC located in Mangalore, Karnataka.
- The refinery's units include a crude distillation unit, vacuum distillation unit, hydrocracker unit, hydrogen unit, and gas oil hydrodesulfurization unit.
- Each unit is described briefly, outlining its key processes and products. The presentation aims to educate trainees on MRPL's refinery operations and configuration.
Optimization of H2 Production in a Hydrogen Generation UnitMárcio Garcia
This article presents the results of the use of advanced process control algorithm
to optimize the H2 production of Henrique Lage Renery (REVAP) located in the state of
S~ao Paulo, Brazil. The control methodology is applied to the second Hydrogen Generation
Unit (HGU) of the Renery and consists of optimizing its production in order to guarantee
the hydrogen supply for the renery's header without production loss. The designed controller
had the support of dynamic simulation for disturbances modelling and identication which
contributed for the improvement of the control strategy. The results in this paper represents
the application of the control methodology in the real plant.
Introduction to Gas Transportation and Storage technology including pipeline, CNG, LNG, GTL, GTW, methane hydrate, and the importance of gas sales agreement in a gas value chain.
The document discusses a method for producing synthesis gas (syngas) from gasification of bagasse. Bagasse is a waste product from sugar production that is abundant in India. Syngas produced from bagasse gasification can be used as an alternative fuel source for power generation and other industrial processes. The method involves pyrolyzing bagasse in a free-fall reactor to produce char, and then gasifying the char in a packed bed reactor to produce syngas, which consists mainly of carbon monoxide and hydrogen. Experimental results show that syngas yield increases with higher temperature and smaller bagasse particle size during pyrolysis.
This document provides an introduction to a university course on petroleum refining and petrochemicals. It outlines the learning objectives of the course, which include describing refinery products and processes such as distillation, hydrotreating, reforming, and cracking. It also discusses analyzing markets for crude oil, petroleum products, and petrochemicals. The document gives an overview of the petroleum refining process, from crude oil to final products, and provides examples of crude oil types and hydrocarbon components. It focuses on refineries in Abu Dhabi and the UAE's economic dependence on crude oil production and exports.
Report on field visit to dakhni oil fieldSaba Saif
This report summarizes a field trip to the Dhakni oil field led by Saba Saif and submitted to Mam Saima Akbar. The trip's purpose was to observe drilling, extraction, and processing of oil and gas. At the field, health and safety precautions were emphasized due to hazards like H2S gas. The report describes the field's location, accessibility, and production estimates. It also provides details on processing plants that separate hydrocarbons and H2S, produce natural gas, LPG, and sulfur. Throughout the field, controls and safety measures are in place to monitor and address issues like high pressure or gas leaks.
The document discusses the process of re-refining used lubricating oil. It is a 3 step process where (1) water, solids, lighter oils are removed through dehydration and diesel stripping, (2) the lubricating oil fractions are distilled and condensed, and (3) aromatic contaminants are extracted using N-methylpyrolidone. The re-refined oil is then blended with additives to enhance its lubricating properties and meet specifications.
This document discusses principles of gasification and different types of gasifiers. Gasification involves partially oxidizing biomass at high temperatures to produce a gaseous fuel called producer gas. Producer gas consists mainly of combustible gases like carbon monoxide, hydrogen and methane, as well as non-combustible gases like nitrogen, carbon dioxide and water vapor. Several factors affect gasification including biomass properties and moisture content. Common types of gasifiers include updraft, downdraft, crossdraft, and fluidized bed gasifiers. Updraft gasifiers have high efficiency but produce tarry gas, while downdraft and crossdraft gasifiers produce tar-free gas but with lower efficiency. Fluidized bed gasifiers allow
This document outlines the key steps in the liquefied natural gas (LNG) production process. It begins with extracting natural gas from the ground, then treating the gas to remove impurities. The treated gas is then condensed into a liquid by cooling it to -260°F through a multi-stage liquefaction process. The LNG is stored and transported in specialized cryogenic tanks on ships or trucks, then regasified back into gas form before being distributed through pipelines. The document provides details on each stage of the LNG value chain from production to regasification and discusses related technologies like compressed natural gas.
Natural gas processing technology sweetening processesMohamad Abdelraof
The document discusses hydrogen sulfide (H2S) concentration and toxicity levels at different ppm concentrations. It then discusses requirements for gas entering LNG plants and different sweetening processes used to remove sour gases like H2S and CO2. The amine sweetening process is described in detail, including major equipment used like absorbers, strippers, heat exchangers. Different amines used and their properties are also discussed. Mercury and nitrogen removal processes are briefly covered.
Engineering Essay : What Is Engineering?
Ethics in Engineering Essay
Essay on Mechanical Engineering
A Successful Engineer Essay
The Role Of An Engineer Essay
Mechanical Engineering Research Paper
Persuasive Essay For Civil Engineering
Essay about Career Profile: Engineering
Essay on Engineering Developments
History of Engineering
A Career in Mechanical Engineering Essay
The Career of Engineering Essay
Designing And Problem Of An Engineer Essay
Industrial Engineering Essay
Personal Reflection On Engineering
Proses Of Becoming An Engineer Essay
Essential Characteristics of an Engineer Essay
Engineering Essay
Essay about Writing in Electrical Engineering
Essay about software engineering
The passage summarizes the development of Dean Kamen's "Luke arm" prosthetic device. It describes how the arm provides fine motor control through 18 degrees of freedom, allowing users to perform delicate tasks. The arm receives signals from muscles in the chest through electrodes, or from foot pedals, depending on the user. It provides feedback through vibrating tactors on the skin. The arm gives amputee veterans an enhanced ability to resume normal daily activities. Kamen aims to make the arms even more capable and desirable compared to biological limbs.
Analysis of environmental impact on oil & gas companysandeep7162
The document analyzes the impact of climate change on oil and gas majors. It discusses how the oil and gas sector contributes significantly to global greenhouse gas emissions and climate change. It also outlines how climate change poses several risks to oil and gas companies, such as regulatory and legal changes, shifts in energy use, and extreme weather events. The document aims to examine these impacts and risks from a business perspective.
This document provides an overview of gas processing technology through a 67 slide presentation. It discusses the need for gas processing due to impurities from geological formations. The presentation focuses on onshore gas processing technologies and concepts like centralized and decentralized approaches. Key processing steps discussed include crude oil stabilization, slug catching, gas sweetening using various solvents to remove acid gases, and other downstream processes like dehydration and NGL/LPG recovery. Equipment used in gas sweetening like contactors, strippers and amine circulation are also outlined.
This document provides information about urea. Urea has a molecular formula of NH2CONH2, molecular weight of 60, and decomposes at its boiling point of 1320°C. It is fairly soluble in water and is primarily used as solid and liquid fertilizer. Urea is also used in animal feed, formaldehyde resins, and adhesives. The largest production method for urea is the ammonium carbamate decomposition method, which involves compressing ammonia and carbon dioxide at high pressure and temperature to form ammonium carbamate, then dehydrating it to form urea. The conversion of ammonium carbamate to urea increases with temperature and pressure.
This document discusses methanol synthesis from carbon dioxide and hydrogen. It provides details on the key synthesis reaction, kinetics, equilibrium, catalyst activity, byproducts and side reactions. The maximum rate of the methanol reaction is defined and diagrams show how operating conditions can be optimized to follow the maximum rate line for minimum catalyst volume. Potential byproducts like ethanol, ketones, and hydrocarbons are also summarized.
Amine gas treating is a process that uses aqueous solutions of alkanolamines like monoethanolamine to remove hydrogen sulfide and carbon dioxide from gases. The process involves an absorber unit where the amine solution absorbs the acid gases from the sour gas stream, producing a sweetened gas. The rich amine is then regenerated in a stripper, producing a lean amine that is recycled and an acid gas stream that is usually sent to a Claus process to produce elemental sulfur. Common amines used include MEA, DEA, and MDEA.
Nitrogen (N2) is a colorless, odorless, and tasteless gas that makes up 78.09% (by volume) of the air we breathe. It is non-flammable and it will not support combustion. Nitrogen gas is slightly lighter than air and slightly soluble in water. It is commonly thought of and used as an inert gas, but it is not truly inert.
Nitrogen gas is also used to provide an unreactive atmosphere. It is used in this way to preserve foods, and in the electronics industry during the production of transistors and diodes. Large quantities of nitrogen are used in annealing stainless steel and other steel mill products.
Thermal properties of Petroleum FractionsManikanta Sjs
This document discusses the thermal properties of petroleum fractions, including:
- Specific heat depends on temperature and density, with lighter fractions having higher specific heat.
- Heat of combustion decreases from paraffins to aromatics and is related to hydrogen content.
- Latent heat of vaporization varies with temperature, molecular weight, and other parameters and can be calculated using a provided equation.
- Latent heat of fusion is approximately 50% of latent heat of vaporization and is around 167-170 kJ/kg for waxy distillates and waxes.
- Thermal expansion causes petroleum fractions to change in shape, area, and volume with temperature changes.
This document provides an overview of various types of boilers and thermal fluid heaters used in industrial applications. It describes the key components and operating principles of fire tube boilers, water tube boilers, packaged boilers, fluidized bed combustion boilers, stoker fired boilers, pulverized fuel boilers, waste heat boilers, and thermic fluid heaters. Boilers are used to generate steam for industrial processes by transferring heat from fuel combustion to water, while thermal fluid heaters use oil as a heat transfer medium to maintain constant process temperatures. The document compares the advantages of different boiler and heater designs for various steam capacities, pressures, fuels, and temperature requirements.
Alfa Laval owns the global trademarks for MISSIONTM and Alfa Laval. The document discusses Alfa Laval's thermal fluid heating systems, which use circulating oil to transfer heat from fuel-fired heaters to applications like fuel and cargo tanks. Alfa Laval is a global leader in supplying complete thermal fluid systems and has over 30 years of experience in the technology. Their systems offer advantages like high temperature capability, low maintenance, and global after-sales support.
The document provides an overview of inplant training at MRPL, including:
- MRPL is a subsidiary of ONGC located in Mangalore, Karnataka.
- The refinery's units include a crude distillation unit, vacuum distillation unit, hydrocracker unit, hydrogen unit, and gas oil hydrodesulfurization unit.
- Each unit is described briefly, outlining its key processes and products. The presentation aims to educate trainees on MRPL's refinery operations and configuration.
Optimization of H2 Production in a Hydrogen Generation UnitMárcio Garcia
This article presents the results of the use of advanced process control algorithm
to optimize the H2 production of Henrique Lage Renery (REVAP) located in the state of
S~ao Paulo, Brazil. The control methodology is applied to the second Hydrogen Generation
Unit (HGU) of the Renery and consists of optimizing its production in order to guarantee
the hydrogen supply for the renery's header without production loss. The designed controller
had the support of dynamic simulation for disturbances modelling and identication which
contributed for the improvement of the control strategy. The results in this paper represents
the application of the control methodology in the real plant.
Introduction to Gas Transportation and Storage technology including pipeline, CNG, LNG, GTL, GTW, methane hydrate, and the importance of gas sales agreement in a gas value chain.
The document discusses a method for producing synthesis gas (syngas) from gasification of bagasse. Bagasse is a waste product from sugar production that is abundant in India. Syngas produced from bagasse gasification can be used as an alternative fuel source for power generation and other industrial processes. The method involves pyrolyzing bagasse in a free-fall reactor to produce char, and then gasifying the char in a packed bed reactor to produce syngas, which consists mainly of carbon monoxide and hydrogen. Experimental results show that syngas yield increases with higher temperature and smaller bagasse particle size during pyrolysis.
This document provides an introduction to a university course on petroleum refining and petrochemicals. It outlines the learning objectives of the course, which include describing refinery products and processes such as distillation, hydrotreating, reforming, and cracking. It also discusses analyzing markets for crude oil, petroleum products, and petrochemicals. The document gives an overview of the petroleum refining process, from crude oil to final products, and provides examples of crude oil types and hydrocarbon components. It focuses on refineries in Abu Dhabi and the UAE's economic dependence on crude oil production and exports.
Report on field visit to dakhni oil fieldSaba Saif
This report summarizes a field trip to the Dhakni oil field led by Saba Saif and submitted to Mam Saima Akbar. The trip's purpose was to observe drilling, extraction, and processing of oil and gas. At the field, health and safety precautions were emphasized due to hazards like H2S gas. The report describes the field's location, accessibility, and production estimates. It also provides details on processing plants that separate hydrocarbons and H2S, produce natural gas, LPG, and sulfur. Throughout the field, controls and safety measures are in place to monitor and address issues like high pressure or gas leaks.
The document discusses the process of re-refining used lubricating oil. It is a 3 step process where (1) water, solids, lighter oils are removed through dehydration and diesel stripping, (2) the lubricating oil fractions are distilled and condensed, and (3) aromatic contaminants are extracted using N-methylpyrolidone. The re-refined oil is then blended with additives to enhance its lubricating properties and meet specifications.
This document discusses principles of gasification and different types of gasifiers. Gasification involves partially oxidizing biomass at high temperatures to produce a gaseous fuel called producer gas. Producer gas consists mainly of combustible gases like carbon monoxide, hydrogen and methane, as well as non-combustible gases like nitrogen, carbon dioxide and water vapor. Several factors affect gasification including biomass properties and moisture content. Common types of gasifiers include updraft, downdraft, crossdraft, and fluidized bed gasifiers. Updraft gasifiers have high efficiency but produce tarry gas, while downdraft and crossdraft gasifiers produce tar-free gas but with lower efficiency. Fluidized bed gasifiers allow
This document outlines the key steps in the liquefied natural gas (LNG) production process. It begins with extracting natural gas from the ground, then treating the gas to remove impurities. The treated gas is then condensed into a liquid by cooling it to -260°F through a multi-stage liquefaction process. The LNG is stored and transported in specialized cryogenic tanks on ships or trucks, then regasified back into gas form before being distributed through pipelines. The document provides details on each stage of the LNG value chain from production to regasification and discusses related technologies like compressed natural gas.
Natural gas processing technology sweetening processesMohamad Abdelraof
The document discusses hydrogen sulfide (H2S) concentration and toxicity levels at different ppm concentrations. It then discusses requirements for gas entering LNG plants and different sweetening processes used to remove sour gases like H2S and CO2. The amine sweetening process is described in detail, including major equipment used like absorbers, strippers, heat exchangers. Different amines used and their properties are also discussed. Mercury and nitrogen removal processes are briefly covered.
Engineering Essay : What Is Engineering?
Ethics in Engineering Essay
Essay on Mechanical Engineering
A Successful Engineer Essay
The Role Of An Engineer Essay
Mechanical Engineering Research Paper
Persuasive Essay For Civil Engineering
Essay about Career Profile: Engineering
Essay on Engineering Developments
History of Engineering
A Career in Mechanical Engineering Essay
The Career of Engineering Essay
Designing And Problem Of An Engineer Essay
Industrial Engineering Essay
Personal Reflection On Engineering
Proses Of Becoming An Engineer Essay
Essential Characteristics of an Engineer Essay
Engineering Essay
Essay about Writing in Electrical Engineering
Essay about software engineering
The passage summarizes the development of Dean Kamen's "Luke arm" prosthetic device. It describes how the arm provides fine motor control through 18 degrees of freedom, allowing users to perform delicate tasks. The arm receives signals from muscles in the chest through electrodes, or from foot pedals, depending on the user. It provides feedback through vibrating tactors on the skin. The arm gives amputee veterans an enhanced ability to resume normal daily activities. Kamen aims to make the arms even more capable and desirable compared to biological limbs.
Before you enroll in Civil Engineering School, you need to have an overview of the courses and specialties in this engineering major.
In this course all of these requirements. To view the full course, please visit:
https://hamiddarwishh.wixsite.com/cepchannel
An aerospace engineer can expect good pay, with typical salaries around $107,803 per year. The job involves both indoor and outdoor work designing models and systems like satellites, spacecraft engines, and Mars rovers. Aerospace engineering pays well compared to other fields, with average hourly wages of $51.84. The work is hands-on problem solving and one may be asked to invent new defense systems or fix existing satellites.
Assignment 1, author Luis Eugenio Bravo Soza, Empathize and Define AssignmentEugenio Bravo
The document summarizes interviews conducted with people from a computer science department and an insurance company's IT department regarding the skills and preparation of computer science students. The interviews revealed differing perspectives, with the university representatives feeling students were well-prepared but the business representatives feeling students lacked real-world experience and business knowledge. This disconnect between the views of academia and industry formed the problem statement around ensuring computer science curricula properly equip students for careers in software and business technology.
ASSE 2111: Learning Outcome Assessment 1
Semester and Year
Assignment: ePortfolio Artifacts
Student Name: Ahmed Alsadiq
Student ID: 201600718
ePortfolio
About me (Home Page)
My name is Ahmed Nassir A Al-sadiq. I am a student at Prince Mohammed bin Fahad University and my major is mechanical engineer. I plan to graduate with my BS in engineering, and after wards take a position in a construction firm in the Saudi Kingdom. In addition, I choose this major because my father, also he was a mechanical engineer.
In addition, everyone most know has ability to success in this life, but the teamwork is one of the success ways and I got certificates for that from professional company, also now I am focusing about that part due to teamwork help me in my real life.
Professional Goals
My goals in five years to be graduated with my Mechanical Engineering degree. In addition, planning to build and customize my own house. After that , I will get married and start my own family .
Learning Outcome Assessment
Assignment: ePortfolio Document
Student Name: Ahmed Alramadan
Student ID: 201203367
Section: 101
Eportfolio
About me/Introduction
Eportfolio is one of the most successful assignments that I learned in PMU. So, most of
the students in PMU had a good experience with this assignment, because it is very
helpful and effective for the students to share their experience in the six competences.
Also, most of the students can learn from each other by looking to each student’s
experience. These six competences are very helpful for the students, because they will
know the importance of the communication and teamwork to do our work in the life.
Also, they will know the relationship between being a leadership and professional.
This is Ahmed Alramadan, I am a sophomore student at prince Mohammed Bin Fahd in
Saudi Arabia. I am studying a mechanical engineering in the college of engineering. I
chose this major because I want to be one of the most successful engineers in the Saudi
Arabia. Moreover, most of the companies in the Saudi Arabia need a lot of engineers’
specially mechanical engineers. Also, I interest in this major because I have a huge
information about the Mechanical engineering and I interest to work with engines, design
and manufacturing.
Professional Goals
My short term goal is to graduate from prince Mohammed Bin Fahd University in
mechanical engineering after two years.
My long term goal is to keep going in studying and having a master in management, then
I will start to do my project as establishing a company for manufacturing and designing
engines.
Competencies
The six core competences are one of the most important goals that PMU needs from all
the students to know these competences and apply it in their life. You cannot pass the
core if you do not know the competences and the importance of these competences in our
life.
Communication
1. D.
6 things you should know about industrial engineeringIE Saeed Shurrab
Industrial engineering originated from mechanical engineering and is an interdisciplinary field that applies various sciences including mathematics, physics, psychology and management principles. While often applied to manufacturing industries, industrial engineering can be used across all types of industries to improve systems. Industrial engineering graduates have extensive and high-paying career opportunities in both industrial and non-industrial sectors.
This document provides an overview of chemical engineering as a profession. It discusses what chemical engineers do, including designing and operating chemical plants and equipment. The document outlines the importance of chemical engineering in everyday life from foods to medicines to fuels. It also describes some transferable skills of chemical engineers like teamwork, analytical skills, communication skills, computer skills, and time management. Finally, it provides a brief history of the early beginnings of chemical engineering in the 1700s and 1800s through innovations like the lead chamber process and Leblanc process.
Industrial engineering is an interdisciplinary field that is a derivative of mechanical engineering. It involves principles from both engineering and management with a scientific focus. While often applied in manufacturing settings, industrial engineering principles can be used across many types of industries and systems. Industrial engineering graduates have extensive and high-paying job opportunities in both industrial and non-industrial sectors.
Choose The Right College For Engineering Courseleepikaroy
Engineering is an excellent course which provides numerous job opportunities. This presentation explains the important factors while choosing an engineering college.
This newsletter issue discusses tutorials and inspiring teachers. It begins by welcoming readers and providing an update on the newsletter's operations. The main articles discuss the significance of tutorials in learning and profile an exemplary teacher, Dr. V Kamaraju. Tutorials are meant to supplement lectures through discussion and problem-solving. They are most effective in small groups. The teacher profile highlights Dr. Kamaraju's passion for teaching and research despite challenges. He chose academia over other options and finds reward in students' success. Must-read links and information on recent events are also included.
5 reasons to study mechanical engineeringRohanDavid3
Mechanical engineering is one of the most popular engineering disciplines that deal with the principles of physics and material science for analysis, manufacturing, design and maintenance of mechanical systems. To know more about career course programs and career prospects please visit https://www.uowdubai.ac.ae/bachelor-engineering-mechanical
This document provides course specifications for the Bachelor of Technology in Mechanical Engineering program offered by the Mechanical and Manufacturing Engineering Department at M.S. Ramaiah University of Applied Sciences. It outlines the details of the program including the program structure, intended learning outcomes, and course objectives. The program aims to produce graduates with skills in mechanical system design, analysis, testing and problem solving to prepare them for careers in mechanical engineering.
Introduction to Mechanical Engineering - Sample AssignmentSample Assignment
The process of combining physics and mathematics to design, construct, and develop mechanical systems or a device is considered mechanical engineering. Mechanical engineering is considered as a broad branch of engineering that many students are trying to understand to develop their professional careers in the field of engineering. While pursuing a degree in engineering, students seek assignment help in Australia to complete their assignments in an error-free manner.
Here you should only come to understand the exact concepts about the engineering question so, only the Computer Aided Engineering that approached you to provide you simple methods of solving the engineering question patterns easily.
Similar to Engineering the professionMechanical engineering (17)
1. 1
FACULTY OF ENGINEERING
IE201 Introduction to Engineering Design
Assignment C-1 (Engineering the profession)
By: Mohammed Eidan Al-Ghamdi
ID: 1536259
Email: alfrwan007@gmail.com
Section: A1
Team number: 4
Member number: 5
Spring: 2016
Date: 2/6/2016
2. 2
INTRODUCTION
Life is full of difficulties and problems and we are always facing a
many of choices that we have to choose some from the other and how to
choose is easy of course, but the difficulty lies in what is the option that we
have to choose and is it the right choice?.
This is my first assignment of the engineering design material. Choosing
professional specialization, which I will study and be my career it is very
important for each student. In this assignment, I will research and write for
specialization, which I would like to study and be knowledge about it before
entering into it. "The Mechanics of the Faculty of Engineering" It is the
scientific name for Mechanical Engineering, which I would like to go in it
and will do research for it. I expect after I finished this research I will be
able to know many of ideas and knowledge of specialty Mechanical
Engineering and I will be able to know if it works for me this specialization
and can adaptation with it or not.
I will define it and display the materials that will be studied. Also, I will see
the possibilities that I need to be able to study it and the possibilities and the
expected skills that I will get them after completion the study. Also, I will
look for the problems that usually faced by the Mechanical engineer. After
that, I will find the typical project time duration for mechanical engineer.
Then I will discuss the field of employment and how many Mechanical
engineers are there and find the professional society. After that, I will show
the labor market companies then I will find how much salary will
Mechanical engineers gets especially for beginners and I will look for the
Mechanical Engineering's future in KSA. Finally, in this research will
include on everything related to mechanical engineering in all aspects as
mentioned previously.
3. 3
WORK
Mechanical Engineering
It is The study is interested in the manufacture and design of
everything from small individual parts to large systems devices. A
mechanical system depends on the forces and movement and skill in the
practical application of art or science, as well as the nature of the machine
or machines, related to and arising out of the movement, and physical
powers. Defined "A mechanical" as relating to machinery or tools. Also, it
is one of the oldest and broadest of the engineering disciplines. Established
in 1975 in KAU[1]
. Everything you see is made and has movement and
depends on energy, such as plane, car, ship, clock and weapons, all of this
was made by a Mechanical engineer. Take the example of the plane, a
Mechanical engineer interested in motors and fans and the way they work
and their ability to withstand the enormous weight and fly to a height up to
more than 1,000 feet. Finally, a Mechanical engineer should have to study
other materials do not rely only on forces and movement, for example,
desalination of materials, fluids, gasses transmission and computer.
Basic materials for Mechanical engineering
I found some of the basic Materials for Mechanical engineering are as
follows: Mathematics (in particular, calculus, differential equations,
and linear algebra), Basic physical sciences, Statics, dynamics, Strength of
materials, solid mechanics, Materials Engineering, Composites,
Thermodynamics, heat transfer, energy conversion,
Fuels, combustion, Internal combustion engine, Fluid mechanics,
(Mechanism and Machine design), (Instrumentation and measurement),
Manufacturing engineering, Vibration, (control theory and control
engineering), (Hydraulics, and pneumatics), (Mechatronics, and robotics),
(Engineering design and product design)[2][3]
. I see here that most of the
materials from its name relating to physics and mathematics, for example,
there is no biology.
4. 4
The technical skills I am good at and the specialization that fits best
and why
I think I am good at math and physics, I've got A + in math and A in
physics. I am also very good at using the computer. I started this semester
studying material engineering drawing and I like it, a lot of students see it
difficult, but I see it not only easy but also fun. I've drawn an advanced
drawing, which my teacher was impressed so much. Finally, we have seen
previously that the mechanical engineering concerned with the design,
which means drawing and because I love drawing material and I'm good at
math and physics, I think that the specialty of mechanical engineering will
fit for me.
The technical skills that I lack and the specialization that match with it
and why
When I was in high school I've loved biology material, I was enjoying
reading it and see the strange things. At that time, I was thinking to enter
medical school, but unfortunately, when I studied biology at first-year
university, I discovered that I lacked the English language because there are
a lot of exotic and new terminology for me and when I was in high school I
studied it by Arabic. I'm good in English, but not to the level that enables
me to study medical materials. I think if I was excellent in English specialty
medicine will be good for me.
The social skills for Mechanical engineering. Also, what these skills
people say I am good at and which specialization these skills needed for
There are five social skills must be available to the mechanical
engineer[4]
as in the following:
Figure 1: five social skills for mechanical engineer
Communication Creativity
Adaptability Collaboration
Leadership
5. 5
I found five important social skills as in Figure 1. First, Communication:
While speaking, writing, and listening are everyday actions, many
professionals underestimate the importance of communication skills[4]
.So
communication is very important and will achieve full success at work.
Second, Creativity: Surely, it's important because a mechanical engineer
depends on the art of design and manufacturing. Thirdly, Adaptability:
Sometimes problems come suddenly and we must solve it in specific ways
and as soon as possible, we need to adapt to These problems and be always
ready. Fourthly, Collaboration: It is important that engineers collaborate
with each other even if they are two different specializations. For example,
if we want to build a hotel, a civil engineer would take care of construction
and electrical engineer is interested in extending the power lines and
calculate the generators will be needed etc. Finally, Leadership: Without
leadership there will be no cooperation. Always divergence of views
happened in any place, whether in the team or group that operates with them
must assign a leader because if it got a difference of opinion was not
condone one of the other's the decision return to their Leader.
People say I am good at mastering anything though I may be late or
neglected but when I want to do anything that should be well done. Also,
my first year at the university in the English language material students
have appointed me as their leader. My friends tell me that I am good at
communication especially that I am always cared for the others students and
help them and collaborate with them in many things. I think I can adapt,
when I started my first year of Engineering I was saying I will not be able
to complete the first semester and now I am in the second semester and I've
adapted to with it and became a routine. Finally, because of the skills
required as in the preceding, I think I've done well in choosing mechanical
engineering and will work for me.
Sort of problems does mechanical engineer typically work on
I found that the mechanical engineers work on teams responsible for
developing a wide range of products and systems including, for example,
space shuttle vehicles, aircraft of all sizes and shapes, automobiles, turbines,
pumps, power plants, and factories. Virtually any machine or process you
6. 6
can think of has benefited from the influence of a mechanical engineer, for
example, everyday conveniences such as refrigeration, microwave cooking,
high-fidelity sound reproduction, transportation, communication, and
copying are affordable largely because mechanical and other engineers
worked together to make it happen[5]
. So the advantage of Mechanical
Engineers that they are always thinking of a creative a way that invents
something new. They also making amazing design and manufacturing and
they have the Knowledgeable.
The typical project time duration for mechanical engineer
I found the academic plan of Mechanical Engineering at King
Abdulaziz University. The plan is divided over five years, the first year is
the year of preparatory for science faculties such as engineering or
medicine, the four remaining years will be in engineering. First-year
engineering will be a preparatory year for all specializations and after
completing the first year of Engineering, I will be able to choose a specialty
that I want to study it. Then stay three years studying the Specialization
until graduation.
Sort of companies hires mechanical engineers
Figure 2: Some companies hires mechanical engineers in Saudi Arabia
7. 7
Figure 3: Some companies hires mechanical engineers around the world
I found some of the companies that employ mechanical engineers[5]
.
As in Figure 2, some companies in Saudi Arabia, which employs
mechanical engineers. I also looked for some companies in the world that
hire mechanical engineers, as in Figure 3.
Number of mechanical engineers
I looked for this number and I found that there are approximately
226,000 people employed as a Mechanical Engineers[6]
. This number is very
large number of mechanical engineers and makes me more excited to enter
the specialty mechanical engineering.
The professional society in mechanical engineering
The first British professional society of mechanical engineers was
formed in 1847 Institution of Mechanical Engineers[7]
. I read that The
Institution of Mechanical Engineers is an independent engineering society,
located in London. Also, I found that it has more than 111,000 members in
140 different countries and they working In all fields such as
manufacturing, energy, railway, automotive, aerospace, biomedical and
construction.
8. 8
Job market for mechanical engineering
Engineers Syndicate said nine engineering disciplines required only in
the labor market out of the 43 specialized engineered in six branches of
Engineering (civil, mechanical, electrical, chemical, architecture, mining
and mining)[8]
. I found with respect to the disciplines of mechanical
engineering and was the largest percentage of the disciplines required, a
mechanical engineering. The number of members of the mechanical
engineering Division in the guild for more than 20 thousand engineers make
up 19.8% of the union members while there is a school of more than six
thousand students a mechanical engineer make up 17% of engineering
students[8]
.
The Salary package in mechanical engineering
Table 1: The National Salary Data For mechanical engineering
Salary $50,160 - $93,233
Bonus $0.00 - $8,495
Profit Sharing $485.07 - $8,134
Commission $0.00 - $39,641
Total Pay $49,556 - $96,611
A Mechanical Engineer earns an average salary of $66,890 per year
and I can see the national salary in Table1. Most people move on to other
jobs if they have more than 20 years' experience in this career. Experience
has a moderate effect on income for this job[8]
. I think that the very excellent
salary in general and that it is only for beginners, how after I have the
experience. I think that it is very good.
9. 9
Mechanical Engineering's future in KSA, Is it the same trend
internationally and why
Established in 1975, the Department of Mechanical Engineering offers a
strong core mechanical engineering program with applications to
mechanical design, manufacturing processes and technology, refrigeration
and air-conditioning, saline water conversion, and energy conversion
systems. The department programs provide rigorous training in analytical
skills as well as hands-on experimental skills. The Department of
Mechanical Engineering also actively conducts research activities that are
relevant to the needs of the country and the region. Cooperation with the
local industry aims at streamlining the knowledge transfer between the
university and the industry. This is achieved through consultations,
seminars, courses, meetings, and visits.[9]
That was fantastic results to Saudi
Arabia and it seems to me they care a lot and there are now clubs
mechanical engineering as well. I think that it is able to become
internationally.
DISCUSSION
I wrote the first assignment of the engineering design material. I wrote
about the mechanical engineering, to see if they suit me or not. I define the
mechanical geometry and wrote some of the material that will be taught.
Also, I wrote about the social skills that I'm good at and I knew if it fit to
specialize or not, and the skills required to specialize. After that, I wrote
about some of the problems that confront us are usually in mechanical
engineering and found time to graduate from college. Then I listed some of
the companies that employ in Saudi Arabia and around the world, and how
many of Mechanical Engineers and the Professional Association. After that,
I wrote about the Job market and the salary and the evolution of mechanical
engineering in Saudi Arabia.
I've learned a lot from this duty. First, I learned how to type and duty or in a
professional report. Second, now I have a lot of information about the
mechanical engineering career and future. Well, now I have a good
10. 11
background on the sites of Statistics, I have learned English terms of this
research because he made me read and search for information.
In future, I believe that the specialty mechanical engineering will be suitable
for me and I loved it and will surely enter it. Probably I will write another
search for electrical engineering because I was thinking about it recently,
but I do not think that I am going into.
11. 11
REFERENCES
1_http://meng.kau.edu.sa/Content.aspx?Site_ID=135009&lng=EN&cid=49070
(Accessed: 5 February 2016).
2_ http://www.me.utulsa.edu/Undergraduate.html (Accessed: 5 February 2016).
3_http://www.seas.harvard.edu/programs/mechanical-engineering (Accessed: 5
February 2016).
4_http://news.thomasnet.com/IMT/2013/03/18/5-must-have-soft-skills-for-
engineers-career-success (Accessed: 5 February 2016).
5_http://www.gulftalent.com/jobs/search#!?category=32&industry=&seniority
=&country=10111112000000&city=&keyword= (Accessed: 5 February 2016).
6_https://www.studentscholarships.org/professions/543/employed/mechanical_
engineers.php (Accessed: 5 February 2016).
7_ http://www.britannica.com/technology/engineering (Accessed: 6 February
2016).
8_http://www.addustour.com/16912/%D8%AF%D8%B1%D8%A7%D8%B3
%D8%A9:%20%D8%AA%D8%B3%D8%B9%D8%A9%20%D8%AA%D8%
AE%D8%B5%D8%B5%D8%A7%D8%AA%20%D9%87%D9%86%D8%AF
%D8%B3%D9%8A%D8%A9%20%D9%81%D9%82%D9%80%D8%B7%20
%D9%85%D9%80%D8%B7%D9%80%D9%84%D9%88%D8%A8%D8%A9
%20%D9%81%D9%8A%20%D8%B3%D9%88%D9%82%20%D8%A7%D9
%84.html (Accessed: 6 February 2016).
8_http://www.payscale.com/research/US/Job=Mechanical_Engineer/Salary
(Accessed: 6 February 2016).
9_http://meng.kau.edu.sa/Content.aspx?Site_ID=135009&lng=EN&cid=49070
(Accessed: 6 February 2016).