Efficiency ecopra kit?

[Flytox]

please
With your system you well ????

In 10% fuel economy and opacity test is comparable to current cars. When the car is restrained at first, it seems more difficult to improve ...

[pauline82]

What car did you model ???

[Flytox]

Renault Diesel 19 1992 of atmospheric

[pauline82]

Hello hello, I come back after a period of de-motivation but here I am again in the starting block.
I ve decided to make a bubbler while stainless steel in the proportions of a tin 5l with a coil in the bottom of the bubbler where will the LDR and an outlet pipe air drilled 1,5 see 2mm to ensure micro bubbling.
D after you what diameter should I use for the coil (same size as my hoses of ldr or less), and the air intake pipe ??
Again thank you to you.

[Flytox]

Hello hello, I come back after a period of de-motivation but here I am again in the starting block.

It is motivated. Yes !!!

I ve decided to make a bubbler while stainless steel in the proportions of a tin 5l with a coil in the bottom of the bubbler where will the LDR and an outlet pipe air drilled 1,5 see 2mm to ensure micro bubbling.
D after you what diameter should I use for the coil (same size as my hoses of ldr or less), and the air intake pipe ??
Again thank you to you.

A bubbler of 5 liters, must cram ...? You are sure you'll get to find a place under the hood and in the right place ??

For drilling in 1.5 or 2 mm, can you give us the pattern of what you want to do? If this is the main air intake to the bubbler, it's a little small ..... were you I will make a bigger opening that can quickly shrink to the desired diameter, such a hose of 10 15 mm inside diameter in which one can insert pipes or other smaller diameter to zoom out / make jet etc ... As you have a quick adjustment margin to change the air flow.

For the coil, you can use the genre pipe inside 17 mm (+ or - 3 mm) and at least 2 complete loops (the largest possible). Not enough length, not heat it enough, too long and / or too small diameter, the flow of LDR may become too low and it will not heat enough either.

[pauline82]

My idea was to immerse a horizontal tube in the bubbler (in the middle of a loop coil LDR), drilled full of small holes 1,5 see 2mm and the apparent vertical on one side of the bubbler. This same tube could serve me as the water filling

See that's what I mean
If c is not clear j test tomorrow to make you a diagram

[Flytox]

Its good. For diameter holes to 1.5 2 mm, in your tube in its horizontal part, must do that below and not to the side or above. Otherwise the water that returns to the judgment in the tube can not go and slows the passage. The air flow becomes very disturbed and considerably lower at equal pressure, whereas when the holes are below the water is drained, pushed by the air / gas with the pressure difference and the flow resumes in just a few seconds.

[pauline82]

So I understand the end of the horizontal pipe must be closed

The person who will make me the bubbler are of stainless steel tube but no plates.
Where can I find ?? To make the stainless coil hoses do not twist, so I also have to find the elbows nan ??

The stainless steel plates must have a minimum thickness ??

[Flytox]

So I understand the end of the horizontal pipe must be closed

Yes!

The person who will make me the bubbler are of stainless steel tube but no plates.
Where can I find ?? To make the stainless coil hoses do not twist, so I also have to find the elbows nan ??

The tubes in general and also in stainless steel, is working well / easily because they are not too thick.
The easier it is with copper which works / hanger this very well and is resistant to corrosion (with water) is welded or soldered very well with stainless steel.

The stainless steel plates must have a minimum thickness ??

You can do very "thin" and fragile, 5/10 of a mm if you want (there is no pressure), on the other hand to weld / braze it becomes more difficult .... We are never safe a few shocks, rather aim 8/10 mm to 1.5 mm thick?

To bend your copper pipes, if you have too much material:
-You Take on a good length to do the manip.
-You Dry sand filled and cups as possible.
-You Mouths effectively ends with the least trapped air as possible.
-You Heaters kindly to blowtorch the area to be bent.
- By pulling the end of the pipe (the lengthwise) on a cylindrical shape of the desired "final" diameter, the pipe bends gently and evenly following the rounded shape.

The tube does not remain truly cylindrical (there is a small side dish small radius) but it is quite acceptable.
This solution is much less loss than putting X bends on to make a loop.

[pauline82]

After further observation, I'm leaving on a basis of a tin 2l. It will house more easily
I inquired of my welder for copper pipes on stainless steel, which will simplify my task
J am anxious that it be done, hihihihhihihi

J I measure my hoses LDR. They are 19mm inside. So a serpentine 19mm it makes a big bend nan especially in a ti tin 2L