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.

1. SUBMITTED TO:
MR. RAM MOHAN
ASST PROFF
SUBMITTED BY:
ANkUR PATEl
1319540821
10/29/15
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2.  introduction
 Abstract
 Technical features
 Construction and Working
 Advantages
 Applications
 Conclusion
 Reference
Fig 1
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3.  Green engine is the internal combustion engine with some or
major modifications in its parts and design.
 The efficiency of this engine is high when compared to the
contemporary engines and also the exhaust emissions are near
zero.
 The significance of the engine lies in the efficiency when the
present world conditions of limited resources of energy are
considered.
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4.  The consumption of petroleum constitutes 60 percent of
energy from all sources
 Green engine is a 6 phase engine which has a very low exhaust
emission, high efficiency, low vibrations etc….
 Its uniqueness to adapt to any fuel which is also well burnt
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5.  The green engine is one of the most interesting discoveries of
the millennium
 This engine is a piston less one
 Variable compression ratio, direct air intake, direct fuel
injection, multi-fuel usage etc
 It has comparatively high efficiency and exhaust emissions are
nearly zero
 Prototypes of the engine have been developed
 Generators have been produced with the green engine
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6.  The green engine is an actual six phase internal combustion
engine with much high expansion ratio
 It has extremely high thermal efficiency
 It is light and small
 Low cost
 Complete burning
Fig 2 showing px types
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7. Fig 3 showing green steam engine
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8.  The green engine is an actual 6 phase internal combustion
engine
 The six phases are…………
 Intake, compression, mixing, combustion, power and
exhaust
 The features are………
 Direct Air Intake
 Strong Swirling
 Sequential Variable Compression Ratio
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9.  Super Air-Fuel Mixing
 Direct fuel Injection
 Lowest Surface to Volume Ratio
 Controllable Combustion time
 High Expansion Ratio
 Vibration Free
 Modular Design
 Limited parts
 Small size
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10.  The term phase is used instead of stroke is actually
associated to the movement of piston
 But this engine has no piston
 The six phases are Intake , compression, Mixing,
Combustion, power and exhaust
 The engine has a set of vanes, a pair of rotors
having a no of small pot like containers
 The engine also contains two air intake ports, and a
pair of fuel injectors and spark plugs
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11.  Intake
The air arrives to the engine through the direct air intake port in
the absence of an air inlet pipe, throttle and inlet valves
 Compression
The rushing air from the duct is pushed by the blades into the
small chambers in the rotor
 Mixing
In this phase the fuel mixes well with the compressed
air
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12.  Combustion
In this phase chamber rotates towards the end of its path.
A spark flies from the plug into the air-fuel mixture.
 Power
The expanded gas rushes out of the chamber through narrow
opening.
 Exhaust
As thermal energy is fully utilized, the exhuast gases bring less heat
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13. 10/29/15
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Fig showing Kawasaki green engine

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Fig showing green engine of aero plane

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Fig showing green engine in Audi car

16. Fig showing six phases of green engine
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17. Fig showing green engine of Volkswagen
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18.  Small Size and Light Weight
 Limited parts
 High efficiency
 Multi-Fuels: any liquid or gas fuels.eg: Methanol
Fig showing car made by green engine
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19.  Near-Zero Emissions
 Smooth Operation
 Fast Accelerating Response
 Quietness and Low Exhaust Temperature
 Ideal to Hydrogen Fuel
 Highly Reliable
 Low cost
Fig showing green engine
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20.  Like normal engine green engine can be employed in
automobiles and in aircrafts, too.
 Engineering applications.
 Military use.
 Mines.
 Electrical Generators.
 Ships and submarines.
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21.  The Green engine prototypes have been recently developed.
 It has unique design.
 The limitations have not been determined to any extent.
 The Green engine is serve the purpose to a large extent.
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22.  http://www.greenenginetech.com
 Introduction to Internal Engines by Richard Stone
 Internal Combustion Engines BY K.K. Ram lingam
 WWW.GOOGLE.COM
 WWW.WIKIOEDIA.COM
 WWW.GREEN ENGINE .ORG
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