X5012 version before the search, mining and basic processing [NTM/HBM] HBM nuclear technology (HBM's Nuclear Tech M

Due to the Great Rock Mine Reform of the X5012 version, this tutorial is the X5012 version and the subsequent Shinji Rock Mining Tutorial!However, the old version of the base rock ore can still be used by modifying the configuration file, so this tutorial will be used as the tutorial of the old version of the rock mine.

New version of the tutorial link

In the process of playing HBM, we will encounter a special type of mineral -base rock mineral buried under deep rocks.They can use large mining rig consumption of electricity and solvents to minimize unlimited amounts of mining, but for their search, mining and treatment are a very troublesome process.I have made some experience summary, and will explain them one by one in this tutorial, and provide you with a basic base of base rock mineral processing line.

Notice!

Most of the senior by -product production of base rock minerals must be used for high -performance or organic solvents (the production of this type of solvent requires a vacuum treatment line for crude oil, and the vacuum refinery needs to be synthesized).The mining of some base rock ore also needs to be used for RBMK products (铋, etc.).Therefore, it is recommended that ores that produce important by -production production such as Kenyan uranium ore are minimized and treated after building the vacuum refining line. In the early stage, ordinary minerals such as iron are minimized and the production needs can be met with purifying lines!

1. Ore information

Before preparing to start the tutorial, let us know the types and information of these ore.

ore type (red font is exclusive to 528 mode) Minerals of mining requires the drill level mining consumptionSolvent Kiyan coal ore coal 1 non -base rock copper ore base rock copper ore 1 no base rock iron ore base rock iron ore no foundation rock gold ore gold ore 1Stone Cymblytic Iron Mine Frame 1 -free rock tungsten ore -tungsten tungsten ore 2500MB hydrogen peroxide/subtrobium titanium titanium titanium titanium ore 2500MB sulfuric acid/subgatroya ore base rock ore ore 2500MB hydrogen permeability/subgront rocky rock rocky rocky rocky rock钕 ore ore base rock ore ore 3500MB of hydrogen peroxide/time

Kenya ore ore base rock ore ore 4500MB sulfuric acid/sub -rock uranium ore lysite base rock uranium lying 4500MB sulfuric acid/subgatrole red stone powder 1

Rock Fluorite 1 -free rock fluorite ore fluorite flour powder 1 no base rock phosphorus flame powder 1 without base rock ore ore bottom quartz 1 non -base rock ore lymite lymite ore 2500MBHydrogen peroxide/sub -rock rare earth ore rare earth ore lattice 2500MB of hydrogen peroxide/sub -rock chlorine ore lymite cubes 3500MB sulfuric acid/subtro iron iron ore base rock citron ore 1Kenya peacock ore 1 is not in the 528 mode. The base rock red iron ore and the base rock malachite ore will be generated instead of the base of the base of the base of the kitchen and the basic rock copper ore respectively.

For the information of the base rock minerals, the ore pointed to the ore that can be triggered by the cursor can show the types of mineral types and mining equipment produced by it.

Like this

2. ore search

After understanding the basic information of the rock minerals, we can start looking for the base rock minerals.

The base rock ore is generated in the base rock layer.For the search for base rock minerals, we can use the survey scanner.Its synthesis method is not described in addition. The use method is to right -click on the handheld survey scanner. It can display the type of ore when the base rock ore is present nearby, or you can find deep rock and shale formation, but you cannot find the base rock oil field.Under normal circumstances, the foundation rock minerals we detected are covered by deep rocks, and we only need to use explosives to explode deep rocks, and we can find the base rock mineral buried under deep rocks.We can also use large mining rigs to drill in the range until drilling until the rock ore. The advantage of doing this is that it can be directly mining and collecting ordinary minerals by the way.

After the X4746 version, the SA blue explosion can no longer destroy the base rock rock rock and base rock ore, so it can also use "prototype" and other items that can cause SA blue explosion to find the foundation of the base rock minerals, but the destruction of the terrain is extremely extremeBig, please use it carefully.

3. Mine mining

After finding the specific position of the base rock ore, we can make mining, and the mining of the base rock ore must use a large mining rig.

After providing a large -scale mining rig with adapted solvents with or higher than the level of minerals that are equal to mining, the mining rig is powered on, and the mining of the base rock ore can be used.The output of base rock minerals is slow, and the mining radius provided by the green machine upgrade is not helpful to the mining of the base rock ore. Therefore, it is recommended to use the red machine to upgrade to increase the speed of mining.

4. Mineral treatment

Most of the base rock ore mining of large mining rigs is the base rock mineral corresponding to the ore.In addition to the different from its by -products, the processing process of base rock minerals is basically the same.Therefore, it is only necessary to treat different types of base rock minerals in the same method in the same method. This is the processing process of the base rock minerals I summarized.

The processing process of Kizari ore (purple is classified as the production line, blue is the required raw material, red is the processing equipment, and green is the processing product)

1 Katan ore → centrifuge = 4 centrifugal ore

1 centrifugal ore+hydrogen peroxide (500MB/serving) → mineral acidization = 1 cleaning ore


1 Clean Mine → Corporation = 4 separation ore

The separation ore can be directly crushed into a rich mine, or it can be sent to the next two branches of production lines

Production line 1: nitrification line

1 separatist ore+nitric acid (500MB/serving) → mineral acid device = 1 part of nitrifying ore

1 part of nitrifying ore → centrifuge = 2 part of the nitrite crystal ore+2 parts

Production line 1.A: Deep Cleaning Line

1 part of nitrobic crystal ore+organic solvent (500MB/serving) → mineral acidization = 1 portion of deep cleaning ore

1 portion of the cleaning ore → centrifugal machine = 2 part of enrichment ore+2 part -products

Production line 1.B: Burning wires (this production line can be treated with a by -yield, uranium can be treated, and tungsten can be treated with by -production, which is great! It is recommended to use this method to deal with high -level by -products that can produce senior by -products.mineral!)

1 part of nitrobic crystal ore+high -performance solvent (500MB/serving) → mineral acidization = 1 part of the hot ore

1 part of the hot ore → centrifuge = 2 part of the rich ore+2 parts

The burning lines of some minerals and deep cleaning line by -products are not the same, please choose according to your own needs.

Production line 2: Purification line (low cost, but no by -yield, it is recommended to use a large amount of minerals)

1 separated ore+sulfuric acid (500MB/serving) → mineral acid = 1 purification ore

1 portion of the purification mine → centrifuge = 4 wealthy ore

The rich mine is sent to the powder, centrifugal machine, or mineral acidic device as needed and capable.

Here is a by -production table corresponding to different minerals-

Mineral types nitrite crystallineA by-product and quantity (2 parts of the raw materials for each raw material) Burning and supplement (2 by-yields for output per raw material) Deep cleaning by-yield (2 by-yields per raw material) Copper sulfur crystal fragments

Sulfur crystal fragmentation


Sulfur crystal fragments iron sulfur crystal fragments titanium crystal fragmented titanium crystal fragments, gold lead crystal fragments, copper crystal fragments, tungsten lever crystal fragments fragments fragmented titanium silicon crystal fragments, aluminum crystal fragments, iron crystal fragments, iron crystal fragments fragments fragmentsIron crystal fragments Lithium crystal fragments

Silicon crystal fragmented crystal fragments Uranium fragmented uranium lead crystal fragmented radian fragmented radium crystal fragments silicon crystal fragmented silicon crystal fragmented silicon crystal fragmented aluminum crystal fragmented fragments fragmented calcium crystal fragmented calcium crystal fragments calcium crystal fragments fragments fragmentsChlorine cubes lithium crystal fragments

Silicon crystal fragments Silicon crystal fragments red iron ore crystal fragments titanium crystal fragmented titanium crystal fragmented peacock sulfur crystal fragments sulfur sulfur fragments.

In the picture, the storage box is input to the right of the raw material, and the left is output of the finished product.

The fluid contained in the three storage tanks from left to right is high -performance solvents, nitric acid, and hydrogen peroxide.

This production line can handle most of the base rock minerals in a nitrification burning manner.It is recommended to provide solvents and other raw materials to connect to the original chemical industry production line to avoid the trouble of manual transfer of the fluid.For the supporting petrochemical production line, please refer to this tutorial.