Teta nitrobolia (high sixteenane value diesel raw material) production tutorial [GTCEU] Gray technology community versio

This tutorial is set by the author to use the CC By-NC-SA protocol.

This is the idea of ​​a high sixteen alkane diesel production line


1. Glyceride takesceride

Recently, I just made the HV circuit board, and I started to plan to make the biological diesel at home into high sixteenane diesel.

Among the raw materials required for a barrel of tetra nitrothane: In the raw material required for a bucket of methal ester: a barrel of the raw materials required by a barrel of elenete acid and a barrel of methanol (right), it is 3000MB of carbon dioxide and 8000MB hydrogen.

And my biological diesel production line glycerin can get 3 carbon powder, 3000MB oxygen, 8000MB of hydrogen after electrolysis, and send carbon powder and oxygen to the chemical reactor kettle.Oxygen, perfectly in line with a barrel of methanol and a barrel of ethyl, that is, the amount of raw materials required for a barrel of methal ester, there are not many or many, there are no surplus and no waste.Metroxyate is carbon powder and a lot of water when tetra nitrobitne is used).

So I tried to make such a semi -acetate flowchart


2. Glycerin ketone ketone

In fact, it was only intended to do acetate and nitrate lines, but after all, tetraolitethane exists [2000MB of methyl acetate+4000MB nitric acid] and [1000MB of ethyleone+8000MB nitric acid]The synthetic table is made of ethyleone production flowchart. Of course, it also makes full use of the by -production glycerin. As for whether it is choosing a ethylene ketone or acetate, it depends on you. As for me, in fact, when writing this tutorial, when I write this tutorialI didn't build it at all, and it was purely turning into a watch.

The principle is that the acetic acid+raw lime catalyzed by glycerin electrolyte raw materials can be dissolved in the chemical reaction kettle, and then dissolved calcium acetate in [distillation tower] to distille the acetone (no [distillation tower] in the [distillation tower]Not enough, the difference is 1000MB, if it is used in the way, 1000MB will be solved by 1000MB of oxygen), and completely recycle the lime in the calcium acetate in the dissolved state.Calcium acetate, a non -destructive cycle of the square lipstick, as shown below.

By the way, the reason for using prescription stone instead of limestones is used to do solubble calcium acetate, because the use of the square lipstick only requires a MV voltage, 2.64W power, 10 seconds, and the HV voltage is required directly with lime.It can only be a step of lime to rotate the stones.

2. (1) Carbon powder, or ethylene ketone

This carbon powder is probably the optimal route of ethyleone. It has been optimized for several months before and after, and finally the fermented biomass is optimized. Except for water, there are only carbon powder as raw materials, which is extremely low in cost. The cost is extremely low.So that as long as there is a source of carbon powder, it can be regarded as the motivation of ethyleone that consumes only power.

However, this set of production lines can only produce ethyleone. If there is a demand for intermediate product acetone, it is recommended to use fermented biomass to rub methane. In this caseOnly LV -grade fluid heating machines are used to rub vinyl ketone, saving some electricity and materials.

The flowchart is as follows, just like another ethylene ketone flowchart, because the production of tetraolin methane will produce a large amount of water as a by -production, and it can also be used to save the pump

Note: If your ethylene yield is quite sufficient, you can choose a line two of ethylene to take acetic acid.In addition, the line one and lines are irrelevant, so the carbon powder by the line two cannot be used to supplement the carbon powder demand for line one.Ah, if you adopt line two, then the distilled water distilled water is useless, which is a by -yield.


About nitric acid

If nitric acid is nitric acid, it is recommended to centrify the air, and it can get about 50MB of nitric oxide per second.

But if you do not intend to go to the end, or there is no cross -dimensional block loading and cross -latitude transportation means, you can also try the figure below.Rubbing the nitrogen at a time and rubbing 5 nitrogen at a time, each time it takes ten seconds to rub it for 18 seconds), it is recommended to use two LV centrifuge to ensure that nitrogen is sufficient.

Of course, because this set of nitrate lines is more complicated, many of the machines need a lot of trouble. If you already have a lot of inverse, you can directly rub nitrogen oxygen to nitric oxide and rub it into nitric acid