Science Petroleum Power 2
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Petroleum is a fossil fuel produced from the remains of ancient plants and animals. Crude oil extracted from wells is sent to refineries where it is heated and separated based on density into products like gasoline, diesel, and lubricating oil. These refined fuels are then used to power engines in vehicles and machines, where combustion converts the chemical energy in fuel into mechanical motion.
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Science Petroleum Power 2
Petroleum is a fossil fuel produced from the remains of ancient plants and animals. It is extracted as crude oil, then refined into different products like gasoline, diesel, and lubricating oil. These products are used as fuels in engines, where combustion converts the chemical energy of petroleum into mechanical energy that powers vehicles and machines.
Science Petroleum Power 2
Petroleum is a fossil fuel created from the remains of ancient plants and animals. It is extracted as crude oil, then refined into different products like gasoline, diesel, and lubricating oil. These products are used as fuels in engines, where combustion converts the chemical energy of petroleum into mechanical energy that powers vehicles and machines.
Science Petroleum Power
Petroleum is a fossil fuel produced from the remains of ancient plants and animals. Crude oil extracted from wells undergoes refining to produce useful products like gasoline, diesel, and lubricating oil. These refined fuels are burned in engines, where combustion causes pistons to move and power vehicles and machines.
Chads Science Petroleum Power Point
Petroleum is a fossil fuel produced from the remains of ancient plants and animals. Crude oil extracted from wells is sent to refineries where it is heated and separated into products like gasoline, diesel, and lubricating oil. These refined fuels power engines by being ignited in the combustion chamber, using the expanding gases to push down the piston and turn the drive shaft.
Greentechnology
The document discusses green engine technology as a more efficient and environmentally friendly alternative to conventional engines. It begins by defining green engines as highly efficient with near-zero exhaust emissions. It then cites the need to invent such engines due to increasing energy crises and environmental problems from conventional fuels. Key features of green engines are described as having 6 phases and no pistons, along with higher expansion ratios. Their construction, working principles, and applications in automobiles, aircraft, and ships are overviewed. Green engines are concluded to minimize pollution while working with various fuels.
Green engine
The document describes a new type of engine called the "Green Engine". The Green Engine has several key features: it uses direct air intake and fuel injection for efficient air-fuel mixing; it has a variable compression ratio for optimal performance; and it is designed for high efficiency and low emissions. The Green Engine works by compressing air-fuel mixtures in small combustion chambers and igniting them in a sequence to produce power pulses. It is more efficient and produces fewer emissions than conventional engines due to its design and ability to use various fuels. The Green Engine could be used in automobiles, aircraft, power generators and other applications. It is presented as a new, revolutionary engine technology.
GREEN ENGINE
The document discusses a proposed "green engine" that aims to address current issues with energy crisis and harmful emissions. The green engine would have modifications that increase efficiency and reduce exhaust emissions to near zero. It works through direct intake, strong swirling, variable compression ratios, direct fuel injection, and other advanced features. Potential applications include steam engines, vehicles, aircraft, and generators, offering benefits like small size, limited parts, multi-fuel capability, high efficiency, near-zero emissions, and more. The green engine could help address today's problems around limited energy resources and environmental damage from combustion gases.
Green engine
This document provides an overview of the green engine. It describes the green engine as an internal combustion engine with modifications that make it more efficient and reduce emissions. The key parts and phases of operation are outlined. Advantages include high efficiency, low emissions, and ability to run on multiple fuel types. Applications include use in automobiles, aircraft, generators, and more. An example of the Kawasaki green engine is provided.
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Science Petroleum Power 2
Petroleum is a fossil fuel produced from the remains of ancient plants and animals. It is extracted as crude oil, then refined into different products like gasoline, diesel, and lubricating oil. These products are used as fuels in engines, where combustion converts the chemical energy of petroleum into mechanical energy that powers vehicles and machines.
Science Petroleum Power 2
Petroleum is a fossil fuel created from the remains of ancient plants and animals. It is extracted as crude oil, then refined into different products like gasoline, diesel, and lubricating oil. These products are used as fuels in engines, where combustion converts the chemical energy of petroleum into mechanical energy that powers vehicles and machines.
Science Petroleum Power
Petroleum is a fossil fuel produced from the remains of ancient plants and animals. Crude oil extracted from wells undergoes refining to produce useful products like gasoline, diesel, and lubricating oil. These refined fuels are burned in engines, where combustion causes pistons to move and power vehicles and machines.
Chads Science Petroleum Power Point
Petroleum is a fossil fuel produced from the remains of ancient plants and animals. Crude oil extracted from wells is sent to refineries where it is heated and separated into products like gasoline, diesel, and lubricating oil. These refined fuels power engines by being ignited in the combustion chamber, using the expanding gases to push down the piston and turn the drive shaft.
Greentechnology
The document discusses green engine technology as a more efficient and environmentally friendly alternative to conventional engines. It begins by defining green engines as highly efficient with near-zero exhaust emissions. It then cites the need to invent such engines due to increasing energy crises and environmental problems from conventional fuels. Key features of green engines are described as having 6 phases and no pistons, along with higher expansion ratios. Their construction, working principles, and applications in automobiles, aircraft, and ships are overviewed. Green engines are concluded to minimize pollution while working with various fuels.
Green engine
The document describes a new type of engine called the "Green Engine". The Green Engine has several key features: it uses direct air intake and fuel injection for efficient air-fuel mixing; it has a variable compression ratio for optimal performance; and it is designed for high efficiency and low emissions. The Green Engine works by compressing air-fuel mixtures in small combustion chambers and igniting them in a sequence to produce power pulses. It is more efficient and produces fewer emissions than conventional engines due to its design and ability to use various fuels. The Green Engine could be used in automobiles, aircraft, power generators and other applications. It is presented as a new, revolutionary engine technology.
GREEN ENGINE
The document discusses a proposed "green engine" that aims to address current issues with energy crisis and harmful emissions. The green engine would have modifications that increase efficiency and reduce exhaust emissions to near zero. It works through direct intake, strong swirling, variable compression ratios, direct fuel injection, and other advanced features. Potential applications include steam engines, vehicles, aircraft, and generators, offering benefits like small size, limited parts, multi-fuel capability, high efficiency, near-zero emissions, and more. The green engine could help address today's problems around limited energy resources and environmental damage from combustion gases.
Green engine
This document provides an overview of the green engine. It describes the green engine as an internal combustion engine with modifications that make it more efficient and reduce emissions. The key parts and phases of operation are outlined. Advantages include high efficiency, low emissions, and ability to run on multiple fuel types. Applications include use in automobiles, aircraft, generators, and more. An example of the Kawasaki green engine is provided.
green engine
This document presents information on the green engine. It was presented by Pappu Kumar Mehta from the Mechanical Engineering department of GEC BBSR. The green engine has several modifications that make it more efficient than conventional engines and produce near-zero emissions. It works through six phases - intake, compression, mixing, combustion, power, and exhaust. The green engine offers advantages like reduced emissions, noise and vibrations, high efficiency, ability to run on multiple fuels, and lower costs compared to conventional engines. It can be used in applications like cars, aircraft, generators and more.
Green Engine
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This document summarizes a seminar presentation on the green engine. The green engine is a 6-phase internal combustion engine that has higher efficiency and near-zero emissions compared to conventional engines. It has several innovative design features like variable compression ratio and direct fuel injection. The green engine can run on multiple fuel types and has applications in automobiles, power generation, and other industrial machinery due to its advantages of small size, low costs, and smooth operation.
Green engine ppt
This document provides information about a green engine, which is a type of internal combustion engine that aims to reduce emissions. It has a six-phase working principle of intake, compression, mixing, combustion, power, and exhaust. This allows for complete fuel mixing and burning, resulting in near-zero emissions. The green engine has higher efficiency than conventional engines and can run on multiple fuel types. It has benefits like reduced size, weight, emissions, and noise compared to piston engines. Research is ongoing but it shows potential for use in various industries and applications.
Green engine - an introduction
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The document discusses the green engine, which is an internal combustion engine with modifications for higher efficiency and lower emissions. It has six phases - intake, compression, mixing, combustion, power, and exhaust. The green engine has no pistons and instead uses a set of vanes and rotors with small chambers. It provides advantages like small size, light weight, high efficiency, ability to use multiple fuels, and near-zero emissions. Potential applications include use in automobiles, aircraft, generators, and ships.
GREEN ENGINE TECHNOLOGY
The Green Engine Co was a British engine company founded by Gustavus Green in Bexhill to sell engines of his design. He flourished especially as a designer of aeroplane engines during the first two decades of the 20th century. The engines were actually manufactured by the Aster Engineering Company.
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Green engine
The green engine is a new 6-phase internal combustion engine that has higher efficiency and thermal expansion ratio than traditional engines. It uses direct fuel injection and swirling air intake to thoroughly mix air and fuel for more complete combustion and lower emissions. The engine works in 6 steps - intake, compression, mixing, combustion, power, and exhaust - and has advantages like smaller size, lower costs, and ability to run on multiple fuel types with near-zero emissions. It could be used to power vehicles, generators, and other applications.
Green Engine
The document discusses the green engine, which is an internal combustion engine modified to increase efficiency and reduce emissions. It notes that green engines are more efficient than contemporary engines and produce near-zero exhaust emissions. This makes them significant given current energy and environmental challenges. The document outlines the need to invent green engines to address issues like energy crisis and harmful gas emissions from conventional engines. It provides details on green engine working, technical features, advantages, examples of different green engine applications, and concludes that green engines will help serve the purpose of addressing current energy and environmental problems, even if some limitations remain unknown.
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Green engine
This engine is constructed in such a way that it can produce higher efficiency by emitting zero emission of harmful gases,because of complete burning of fuel.It is light,small and of low cost.It is benificial for the environment.It can solve the problems of over consumption of fuel.It creates a revolution in the field of engine mechanism.It has two strokes more than the four stroke engine.In future it may be used in every technical field due to higher output and low pollution factor.
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for engineering students please refer foreign author book to develope knowledge .from this 11 slides a complete engine is explained
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This document presents information on the green engine. It was presented by Pappu Kumar Mehta from the Mechanical Engineering department of GEC BBSR. The green engine has several modifications that make it more efficient than conventional engines and produce near-zero emissions. It works through six phases - intake, compression, mixing, combustion, power, and exhaust. The green engine offers advantages like reduced emissions, noise and vibrations, high efficiency, ability to run on multiple fuels, and lower costs compared to conventional engines. It can be used in applications like cars, aircraft, generators and more.
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This document provides information about a green engine, which is a type of internal combustion engine that aims to reduce emissions. It has a six-phase working principle of intake, compression, mixing, combustion, power, and exhaust. This allows for complete fuel mixing and burning, resulting in near-zero emissions. The green engine has higher efficiency than conventional engines and can run on multiple fuel types. It has benefits like reduced size, weight, emissions, and noise compared to piston engines. Research is ongoing but it shows potential for use in various industries and applications.
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The document discusses the green engine, which is an internal combustion engine with modifications for higher efficiency and lower emissions. It has six phases - intake, compression, mixing, combustion, power, and exhaust. The green engine has no pistons and instead uses a set of vanes and rotors with small chambers. It provides advantages like small size, light weight, high efficiency, ability to use multiple fuels, and near-zero emissions. Potential applications include use in automobiles, aircraft, generators, and ships.
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The green engine is a new 6-phase internal combustion engine that has higher efficiency and thermal expansion ratio than traditional engines. It uses direct fuel injection and swirling air intake to thoroughly mix air and fuel for more complete combustion and lower emissions. The engine works in 6 steps - intake, compression, mixing, combustion, power, and exhaust - and has advantages like smaller size, lower costs, and ability to run on multiple fuel types with near-zero emissions. It could be used to power vehicles, generators, and other applications.
Green Engine
The document discusses the green engine, which is an internal combustion engine modified to increase efficiency and reduce emissions. It notes that green engines are more efficient than contemporary engines and produce near-zero exhaust emissions. This makes them significant given current energy and environmental challenges. The document outlines the need to invent green engines to address issues like energy crisis and harmful gas emissions from conventional engines. It provides details on green engine working, technical features, advantages, examples of different green engine applications, and concludes that green engines will help serve the purpose of addressing current energy and environmental problems, even if some limitations remain unknown.
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This engine is constructed in such a way that it can produce higher efficiency by emitting zero emission of harmful gases,because of complete burning of fuel.It is light,small and of low cost.It is benificial for the environment.It can solve the problems of over consumption of fuel.It creates a revolution in the field of engine mechanism.It has two strokes more than the four stroke engine.In future it may be used in every technical field due to higher output and low pollution factor.
Green engines development using compressed natural gas as an alternative fuel
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Green Engine Technology
The green engine is an innovative new engine design that is more efficient and produces nearly zero emissions compared to conventional engines. It works using six phases: intake, compression, mixing, combustion, power, and exhaust. Key features include vanes, rotors, and fuel injectors that compress and ignite air and fuel mixtures to generate power. The green engine offers advantages like smaller size, ability to run on multiple fuels, near-zero emissions, and higher efficiency. Potential applications include use in cars, planes, generators and more to provide cleaner and more sustainable power.
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This document provides an overview of engine types and components presented by Vishal Singh of Raj Sons Auto Pvt. Ltd. It discusses the basic components and functions of engines, including pistons, connecting rods, crankshafts, and various engine types classified by combustion method, number of strokes, cylinder arrangement, and ignition method. It also summarizes lubrication basics, describing how oil is pulled from the sump through the filter and pump to lubricate engine components before draining back to the sump.
Oil Refining
The document discusses the process of oil refining. Crude oil enters the refinery and is separated into fractions through fractional distillation in distillation towers. It then undergoes additional processes like heating, cooling, and chemical processes. The fractions are treated to remove impurities and blended to produce useful products like gasoline, diesel, kerosene, and others which are then stored for shipping and distribution.
IC Engines Basics
1) Internal combustion engines burn fuel inside the engine, while external combustion engines burn fuel outside the engine to generate power.
2) There are various ways to classify engines, including by their thermodynamic cycle, number of strokes, type of fuel used, ignition method, cooling system, and application.
3) Two-stroke and four-stroke engines differ in aspects like the number of power strokes per revolution, valve design, cooling, cost, and lubrication needs.
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Science Petroleum Power 2
- 2. Petroleum is a fossil fuel. A fossil fuel is a material burned to release chemicals. Petroleum is produced from the remains of plants and animals millions of years ago. As this picture shows (Bottom Right).
- 3. Before there is petroleum there is crude oil. Crude oil is what was created from the remains of plants and animals millions of years ago. The crude oil is brought up from the earth by drilling wells. Usually these wells are on the land but there are many out in the ocean. After brought up from the earth the oil is sent to refineries on land.
- 4. Once at the refinery the oil is pumped into large heating tanks. As the oil heats it separates into different densities. At 400 º C it is at the right density to be lubrication oil, wax and asphalt. 370 º C industrial fuel oil 300º C Diesel fuel, 200º C kerosene, 150º - 20º C petroleum.
- 5. Kerosene Diesel Gas / Petroleum Lubrication Oil At this stage you have many different products available. Lubrication oil for car/truck motors. Kerosene for Heaters. Diesel fuel for farms trucks or tractor trailers. But most widely used gas / petroleum used in atvs, cars, trucks, tractors you name its probably uses gas.
- 6. Now lets talk about how this fuel is used in a gas engine such as an atvs engine. Fuel is forced in above the piston. Then ignited by the spark plug. Once ignited it expands forcing the piston downward thus turning the shaft. The gas that expanded is then forced out the exhaust. Piston = Green ☼ Gas / Petroleum = Red ☼ Exhaust = Brownish / Red ☼ Spark plug-ignition source Exhaust Fuel Turning Shaft
- 7. Petroleum is used in an atv for power. The atv uses the same type of motor shown before just on a much larger scale. Once the atv motor has begun combusting it will turn a shaft connected to the differential . Differential Turning Shaft
- 8. Drive Shaft Differential This is a 3D image of a trucks differential. As you can see the drive shaft comes into the differential, the drive shaft turns a large bevel gear which turns 2 other Bevel gears connected to the axle. Drive Shaft Large Bevel Gear 2 Small Bevel Gears Axle
- 9. From the ground To a refinery Heated in distillation column Used in products we use daily