Foreword: This tutorial is written based on GT5.09.33.02, GT ++ 1.7.02.09, BC7.1.24.

However, it is recommended that everyone below the MOD so that the complexity is reduced during synthesis.

The thermodynamics/general machinery/more practical equipment can be selected for three selections (fast transportation liquid to avoid the card in the output warehouse, and the tube/storage tank is convenient for storing a large amount of liquid).

Waila+Omniocular (square display, let you know the working conditions of the machine and avoid accidents).

It is best to have application energy 2.

As a powerful fuel for high alkane gasoline and high hexisanane, it has a strong power generation comparable to the GT ++ Rocket Engine/GT large diesel engine, but the production of the two is often distressed, mainly the synthesis routeThe reasons for complexity, the raw material utilization rate is not high.

First give a relatively simple synthetic route that requires galaxy MOD and Starry Sky MOD:

The Gas liquefied machine of Titan Sixth can directly liquefy the fuel of the Civil Affairs Six air, and react with nitrifying glycerin to make high sixteenane diesel.

Of course, the liquid methane-ethylene of Tuwei Liu directly imports the gas liquefied machine directly imported into the galaxy MOD can also produce fuel to make high sixteenthane diesel.

The following is given a way to synthesize by BC crude oil

The following synthetic routes need to be distilled tower, petroleum cracking machine and large chemical reactor, which can be made in the middle of HV.

First of all: 30B high alkane gasoline requires 6B of nitrogen dioxide, 3B -based uncle butadium ether, 16B petroleum, 3B toluene, 1B methanol, 1B acetone

The synthetic route of nitrogen dioxide is: 1B oxygen+2B nitrogen synthesis 3B nitrogen dioxide (LV, 6000EU, No. 2 programming circuit)

Ethyl -butyl ether synthesis route is: 1b butadlene+1B ethanol = 2B ethyl uncle butadyl ether (HV, 192000EU)

Tiblne is produced by buttane dehydrogenation 14:12 (MV, 76800EU)

Demoli hydrogenation Low fuel acquisition of butane: 1: 0.4 ratio, so 35B of light fuel is made of 14B butanane to make 12B butterne

Acetone synthesis routes can be used in acetone cycle:

5 Small pile of square folding stone powder/2 small pile of lime powder+8b acetic acid = 5B acetone+3B carbon dioxide (HV, 192000EU, No. 24 programming circuit)

3B carbon dioxide +1 carbon powder = 4B carbon monoxide (LV, 24000EU)

4B carbon dioxide+4b hydrogen = 8B acetic acid (LV, 9600EU, No. 24 programming circuit)

It can be understood as 2 raw lime powder (or 5 small stacks of square stone powder)+4B hydrogen+1 carbon powder = 5B acetone

Ethanol needs to distilled and fermented biomass: fermented biomass distillation ethanol ratio is 1: 0.15, and the proportion of methanol is also 1: 0.15, which meets the output of ethanol

Toluene can directly distilled the distillation and heavy fuel 1: 0.4 output

After the flatness:

Ingredients: 4 raw lime powder, 8 carbon powder, 207B hydrogen, 400B fermented biomass, 175B light fuel, 500B petroleum oil, 300B heavy fuel, 80B oxygen, 160B nitrogen.

Products: 20B methanol, 10B hydrogen, 70B propane, 35B methane, 35B ethylene, 1200B high alkane gasoline.

For intuitive, give a synthetic chart:

The picture link is located:

https://bbs.mcmod.cn/thread-9441-1-1.html