All language subtitles for generator GPL.eng

Hi, I'm Kamil and I greet you all

very warmly in the next episode on my channel.

Have you ever had a chance to meet?

With such a cylinder.

Definitely.

It is a gas cylinder with LPG gas.

LPG is used in

many areas of our lives: for cars, for

forklifts, for cooking in the kitchen and for heating.

Yes, all these cylinders that are standing next to our homes do not have

natural gas, but only have LPG.

Have you ever wondered what is LPG gas?

Why is it called LPG? Where is it coming from?

How is it produced? And why does its price go up and

down again and we are so dependent on it?

Or maybe you have ever wondered if you could

produce gas yourself for your own needs? If you are interested, I

invite you to watch.

Dear ones, LPG from the English

liquid petrol Gas, Gas - so stupid that even no one has been able to

come up with its name so far, only liquid petrol gas, i.e. liquefied

petrol gas?

Well, why is this gas

not called? Just gasoline,

even gas.

This one arises when a refinery makes

a huge borehole to search for oil.

Where there is oil, there is

gas.

A natural chemical process

is the extraction of gas from crude oil.

The moment they go down, they'll

get to the oil, if there's a lot of gas, and that's, say,

a seaside of some sort.

The ship is passing by, the gas is collecting the

oil, it is taking everything nice and beautiful.

If there is little gas, you can see anyway, there

are chimneys in every refinery and it just burns.

This gas is a complete byproduct.

Additionally, this gas

is supplied to the refinery when crude oil is supplied.

The crude oil is not exactly what we pour into our car.

It is in the form of a slime, it is used to extract asphalt, paraffin and

many other types of mud from which I will not be able to use it now.

He discussed, but among other things is diesel our

popular diesel.

Gas.

Well, and a side effect is also a very, very large amount of gas.

It used to be unknown what to do with this gas, so they just

aren't.

The easiest way to burn him was

some big chimneys, and he burned to hell.

But over time they realized that there is so much of this gas that it can be used.

Industry let go? Well, but like such a large amount of gas.

So they just started building plants to condense

this gas.

And liquefied gas, if

it is compressed in a cylinder under pressure,

continues to burn after expansion, has its own properties.

The world went mad, it started to drive

cars, machines, villas.

The entire industry went on gas,

including gas.

In our houses we have

two, seven hundred or five thousand liters canisters.

We call, gas arrives at 3, 53, 60 .. Listen, the price of gas

includes transportation, liquefaction, excise duties,

taxes, stupid, something honest, and it turns out that

we pay three for a liter of liquefied gas, something with a piece today the figure for two

thousand and twenty-two at this price.

As I said, if someone

heats his home, he has to pay.

Film for the entire cylinder there.

Two, two, seven hundred, some thousands of zlotys.

Well, it's good if this gas is a side effect.

It has been so strongly embedded in our consciousness that no one would even

guess that you can produce it yourself completely.

Completely, listen up for yourself.

I know that soon in the comments

there will be a lot of opinions about how it breaks into the system and so I do not

break it, listen, in Africa they have been doing it for a long time.

And they don't have refineries there.

And they have gas from somewhere.

Listen, production of own gas from 1 liter of diesel fuel.

Gasoline and it comes out about a hundred liters that you would have to buy.

For a hundred liters of gas you would have to pay now.

PLN 370,380.

Ah, one liter of gasoline costs

seven zlotys.

Today I am going to show you how to make

your own home safe LPG gas installation.

If you already know what it is, where it comes from and the gas in

our cylinder, we can try to create our own mini refinery

and produce gas ourselves for our own needs.

Gas in the form of a liquid, or liquefied, has been pumped into this

cylinder and it is there under a pressure of about three to six

atmospheres when we open the gas valve.

When it is released into the air, the gas expands and

becomes flammable with the air.

So the pressure inside the cylinder between four and

six atmospheres looks like this.

To achieve this type of pressure,

I would need to use a compressor for that.

The compressor is loud, noisy.

There are also handy, handy compressors, which do not emit so

much noise, but are still loud enough that such a mini

production in our garage, let's say, could be burdensome.

Therefore, it was necessary to achieve the same pressure that is

inside this gas cylinder.

I got a small, handy

Ek compressor.

I will not advertise the company, but

it is a paint compressor, airbrush.

He reaches a pressure of four or

five ba, it depends on the settings.

It turns off itself, and its noise is

so negligible that perhaps the camera will not reflect it.

But in fact, the hair dryer with this device is a total,

total, once again, a total noisy smack.

The choice of the compressor depends on its properties.

And the parameters it achieves, but

only from noise.

Because who would want

an amazing noise from a compressor or some other device in the

garage when unscrewing the tap on the gas valve

? Noise is paramount.

See my little hair

dryer by some Chinese company, and it has two degrees of heat.

First.

And as you can see, it's very quiet.

And the second: Stronger.

Well, that's the noise the

hair dryer makes, and see how the compressor makes noise.

I do not know if he heard anything, but can hear anything.

Compared.

The dryer blushes are louder.

Yes he is very quiet and this is my main determinant

I need for my gas production equipment and quiet.

The next device I will need to build my small

refinery will be a set.

Filters, namely housings for

water filters.

You know me for my love of water,

yes, so it was not without this type of device.

But attention here, several types of this type of Ek housings for filters

are very important

. This set, as you can see, is there.

Continuous.

It is one big compact structure.

Because they are left that you can buy online.

They often have connection screws here, so you can unscrew them yourself.

These screws are not suitable for this particular gas system.

I bought myself a piece of snake at the store.

It can be purchased by the meter.

The snake is armed.

And it has a diameter of 30 mm inside, the

thicker it is, in a way maybe better, but for me it's 30

mm inside and about 2 mm outside.

It is important that this snake is armored.

At this point I will take an opal, an ark, or it can be a film,

a hair dryer and heat it to make it more flexible,

because it is so thick that my husband can hardly be cold when he is cold.

W. Well, unfortunately it is difficult to work with.

Six hundred, six hundred.

6.

How did you see putting the hose on the brush stick?

It's a very good idea, because it's really cold,

this hose is very, very stiff, and what, I warmed it up and wanted to

straighten it for myself.

I don't care if

this snake was great for a while, somehow.

Simple, but in the form

I bought it, it is really crazy.

So.

The next thing I do, I cut the snake into twenty or

six centimeters pieces, which is exactly the same amount as mine.

filters.

One six.

As you have seen, I attached my hoses to the filters,

and at the end I shortened them a bit so that the last one was five

centimeters higher than the bottom.

And the first one should be at

the very bottom.

Remember that the filter has an input and an output.

There is.

Check it out.

Entry, and here's an exit, but entry.

When these containers work with

water filters, then at the outlet water is poured from this side and

filtered water goes inside.

As for our system,

we have to do the opposite: we connect everything towards.

In the starting.

Inside.

In the next stage, I take my professors and compressor, it has

a thread on the output.

I bought a quarter out of a quarter

.

ee, the end with the transition to the

tube, so: I am looking to see if it will fit.

Well, and here it does not use

Teflon in any way.

I don't trust Teflon, I don't know maybe.

Well, I don't trust Teflon.

Listen, Teflon is supposed to be in Gaza,

Teflon is doing well.

But what is Teflon?

I don't trust techno, I take a paste for the new ones.

And tow.

Of course, before i'll post what I was drinking a thread?

Because it wasn't frayed.

I put the ball on.

I take it.

It was already a tow about the thread

, it did not move on the thread anymore.

Cool.

Well, and I'm winding it up.

My boar bitch.

And for this purpose.

Key, seventeen.

Once I got my thread cutter on the hose.

I screwed it.

I bought myself a llll.

Hose, also armored,

fourteen millimeters.

Of course, I'm taking the blindfold.

And it suggests me.

A. I try to do my best.

I also have a lot.

Er, stiff one.

This is my hose, so it warms it up for a while.

Now elegant to the very end.

And it twists the same.

Hose on the compressor.

My armband.

Well, and now I'm taking

my fll tanks back from the filters.

Well, now, so that I can connect

the filter, the hose from the compressor k again needs the same hose connector

and like it here has three eighths, arphiel, thread,

hillel, after the filter housing is three-quarters.

There is no reduction.

Well, unless someone knows I can

never find a reduction in life eight to three-quarters directly.

This is why.

I bought myself a

three-eighth reduction to one another.

And then with 1/2 X 3/4 ..

The second with a reduction.

I have.

And here.

Such a reduction.

I will connect to the other this time, our fourth.

And also the tow paste, and I stick it together permanently.

Remember, I do it like I told you about the exit side,

not the entry side, but the exit side.

Well, it looks like it.

Thread.

From the entrance side, as you can see

from the rear, and from this side, he is now assembling in the following

order: reduction.

Do not pelek on one another, on the

other he will install a valve, a gas valve on the other, in

which I can do it.

Control your strength.

Into the outflow.

And finally.

Downsizing again.

On 3/8 .. On the other.

Yes, and here we go again on.

Wężyk.

Yes, so I'm getting on with it.

Paste and tow.

Well, and this is how I have both ends of my

gas system prepared.

So, at the input, I attach a

hose to the compressor, and at the output, to a

gas-powered device.

Six.

Well, and this is what my finished gas production device looks like,

so the compressor, filters, connection.

The valve, and finally I have a tube

that I can connect to the stove or even to the

condensing stove in our house.

Now to the last container, right next to

the valve.

Which I will take out at this point.

With the one with the shortest tube, I pour the cleanest, cleanest shine.

Ą water to? Up to a capacity of more or less.

One with a little bit more.

Well, we have a little more than half.

Let us not forget that this distance is still empty here.

So, I'm screwing myself.

Water.

And to the second container.

I pour myself nothing but

pure petrol.

The most common are ninety,

five or eight octane gasoline.

Gasoline.

I'm pouring half the reservoir over here.

And screw it.

And to.

My filters.

I also pour gasoline in the first tank.

And this time.

He pisses me the same, even a little more.

Even so more than.

Three-quarters of that container.

And it also assumes.

I tighten my containers.

I turn off the valve and run the compressor to get the right pressure.

My filters.

Fine my compressor and it shut off

exactly at four bars.

It's fun to stop working.

Gas is not being produced.

As soon as I unscrew this

valve, gas will start to be produced, and the compressors, when it drops

to two atmospheres, will turn on again.

As you have seen, the compressor k goes to the first.

the first gasoline container that is completely full.

Here he goes over the lazy, does not aerate him.

The gas is already translated into the second tank.

Therefore, I already have more space for gas in the second tank.

Gaseous vapors from the first container, this one passes through the

water, here we additionally have a ha, two oh, and this is how.

We'll unscrew the valve.

I don't know if it will be heard.

We should have gas.

Remember that this tube is

fourteen millimeters, so there will be no flame from a

gas cylinder, as from a stove.

But take it easy.

Gas.

Myself.

In the liquid, we can increase it a little.

Flame.

And here at this tip.

This tip is so much rubber, so

she's gonna be melting.

I have to find something metal

so that the tip itself does not melt.

I will temporarily close this tip.

We can connect.

Is it for a gas stove, a condensing stove in our

house, or any other source, even a gas stove.

I put an ordinary, ordinary cap on the hose.

This is probably a ten, yes a ten. Portfolio.

I just got into the fourteen figurine.

Well, now she should

cut it nicely, because I say that, and she smelt the tip to me.

mine.

Tubes, yeah, so he unscrews a

little bit of gas.

Well, and with palm trees.

Approx. See your own gas from own production.

We can even increase his a little bit.

Oh, oh, I exaggerated.

Well, the diameter is too big.

Err, tubes, there's no nozzles here.

And the excess air just

extinguishes the natural way.

Zdmu #### e flame.

It's the same.

Okay, I've got a match lately.

Six, and that's okay.

How will it be, yes?

Maybe a little.

We will increase this flame a little.

You see.

Gas.

Home production, home gas refining.

Beloved, if you liked this episode, give a thumbs up and

write in the comment what would you like to see more.

Well, and I invite you to the production.

Own source of energy and so

important nowadays.

Stay warm and see you.