NEW EMISSION CONTROL METHOD USING THERMAL REACTOR DESIGN

-



THERMAL REACTOR DESIGN - TO REDUCE CO IN EXHAUST




uses

1. When the exhaust gas is mixed with the additional secondary gas that is oxygen..the CO is converted into CO2 so that we can reduce the pollution at-least to some extant
2. When these gases passes through the baffle section, the carbon particles are settled down
3. In normal mufflers the single compartment is present, but in our new design we had three compartments so that the back pressure is reduced so that the flow exhaust gas is eased. then the deposited carbon particles are removed by electrode connections
4. But the electrode connection is also failure to some extant. It cant remove all the particles
5. The sound is reduced due to baffle arrangement in zig-zag motion.
6. the main important thing is to reduce heat and sound too. It is done by insulating fiber " GLASS ROD". It controls upto 600 celcius
7. the main theme of our project is to reduce heat, sound, and pollution to some extant






these are the pics taken while making of exhaust gas using thermal reactor design

the manufactured material is mild steel
 













Comments

Post a Comment

Popular posts from this blog

Meaning of 1.2L, 1.4L, 1.6L,engine in a car?

-
Image
In a car, which has a multi(4/6/8) cylinder engine, the above nomenclature viz. 1.6L,1.4L, etc. refers to the combined volume capacity of all the cylinders( expressed in cubic centimeters, 1L=1000 cc).  Here volume capacity refers to the swept volume or displacement volume or breathing capacity of the cylinder. It is basically the volume of air that can be sucked insde the cylinder as the stroke moves from TDC to BDC. Swept Volume,  V= pi/4*d^2*L*K   , where                                            d- Bore, L-Stroke,  K-no. of cylinders. This is the common terminology used to specify the engine size. A 1.2L engine means a 1.2 litre engine, which is equal to 1200cc (cc = cubic capacity).  Hope that explains it! Pros/Cons: Usually, hig...
Read more

Difference between a muffler and a catalytic converter

-
Image
A muffler makes the  car  quiet, the cat makes the exhaust clean. Cars built after 1974 originally had both, but it's legal to run with no muffler as long as the car isn't too loud. The cat is required, you can't pass emissions without one. Some people will remove the cat, if they live in a county without  emissions testing , but that is illegal. If you have a car with no  catalytic converter , and the muffler goes bad, sure you could put a cat on instead. They're more expensive, and louder, but that would get you legal. Actually, the cat is supposed to be mounted closer to the engine, where there is more exhaust heat to burn off exhaust crud. I suppose if you wanted to, you could run two catalytic converters. That would greatly restrict your exhaust and cut down on horsepower, probably reduce fuel economy as well. Probably wouldn't help emissions, either. hey are two totally different things,each with it's own  seperate purpose. You could put 2 co...
Read more

Nitrox suspension - Gas charged suspensions

-
Image
The advantages of using a Nitrox suspension - Gas charged suspensions. The rear shock absorbers on current Bajaj Pulsar series bikes are also popularly known as NITROX shock absorbers . These types of shock absorbers are actually called as ‘Gas Filled Shock Absorbers’. The visual differentiation between a conventional shock absorber and a gas filled shock absorber is a small canister (box) which is attached on one side of it. This canister holds a small amount of Nitrogen gas in it. Hence these hydraulic shock absorbers or dampers are called as gas filled shock absorbers. So what is the reason to use a gas filled hydraulic dampers instead of using a conventional one? we'll find out the answer here. The 'Royal Enfield - Bullet Electra' was the first bike in India to have this feature. The Pulsar 150/180 UG II (2’nd upgrade) then became the second model (and the first in the 150 cc and above category) to make this feature available on Indian bikes. A ...
Read more