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.

2. guidED by:
MR. venkatesh murty k
LECTURER OF GOVT...
POLYTECHNIC
RAMANAGAR
SUBMITTED BY:
Santhosh kumar m n
Reg no:159me14045
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4. Introduction
What is green engine?
Energy crisis
Parts of Green engine
Construction of Green engine
Technical features of Green engine
Working of Green engine
Six phases of Green engine
Advantages of Green engine
Applications of Green engine
Example for Green engine
Conclusion

5. Green engine is the internal
combustion engine with some
or major modifications in its
parts and design.
The green engine is one of the
most interesting discoveries of
the new millennium.
 The efficiency of this engine is high when compared to
the contemporary engines and also the exhaust
emissions are near zero.

6. Green engine is the internal combustion engine with some or
major modifications in its parts and design.
The green engine is one of the most interesting discoveries
of the new millennium.
The efficiency of this engine
is high when compared to the
contemporary engines and
also the exhaust emissions are
near zero.

7. canada
Austrailia
russia
namibia
niger
kazakhastam
USA
INDIA
PAKISTAN
GERMANY
CHINA

8. Intake value
Heating chamber value
Combustion chamber value
Exhaust value
Cylinder
Combustion chamber
Air heating chamber
Wall of combustion chamber
Fuel injector
Spark plug
Plunger
Crankshaft

10. Direct Intake
Sequential Variable
Compression Ratios.
Direct Fuel Injection
Super Air Fuel Mixing
Lowest Surface to Volume
Ratios
Constant Volume
Combustion
Controllable Combustion
Time
Multi Power Pulses
High Working Temperature
High Expansion Ratios
Self Adapting Sealing System
Vibration Free
Modular Design
Limited parts & Small Size

11. Intake
Compression
Super Mixing
Combustion
Power
Exhaust

12. 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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13. 1.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
2.Compression
The rushing air from the duct is pushed by the blades into
the small chambers in the rotor
3.Mixing
In this phase the fuel mixes well with the compressed air
This is for the deletion of CO emission
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14. 4.Combustion
In this phase chamber rotates towards the end of its path.
A spark flies from the plug into the air-fuel mixture.
5.Power
The expanded gas rushes out of the chamber through narrow
opening.
6.Exhaust
As thermal energy is fully utilized, the exhaust gases bring less
heat energy.
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16. Small size and light weight
Limited parts
High efficiency
Multi-fuels
Near-zero emissions
Smooth operation
Fast accelerating response
Quietness and low exhaust temperature
Ideal to hydrogen fuel
Highly reliable
Low cost

17.  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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19. Kawasaki Green engine
Green engine in Aero plane

20. Green engine can work with large variety of fuels which
makes it good choice for using nonconventional fuels
like biodiesel.
Pollution is minimized by green engine.
It’s a new revolutionary engine technology.