This tutorial is the tutorial of the Xintan Minerals after the X5012 version
Old version tutorial link
In the process of playing HBM, we will encounter a special mineral -base rock mineral buried under deep rocks.They can use large mining rig consumption of electricity to minimize unlimited mining, but for their search, mining and processing are a very troublesome process. For this type of mineral from the magic (sincere) from the void,Some experience summaries will be explained in this tutorial.
1. Find
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 method of use is to right -click on the handheld survey scanner. It can display subtitles prompts when the base rock ore is present nearby, or you can find deep rock and shale layers, 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.
2. 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.
Provide a large -scale mining rig provided with a level 1 drill and power on the power, and you can minimize the base rock ore.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.
3. Mineral treatment
After the X5012 version, there is only one type of base rock mineral, that is, Raw Bedrolk ORE, but the base rock raw ore mined at different locations has different mineral abundance.
You can view the abundance of the minerals by the Bedrolk Ore Density Scanner through the BEDROCK ORE DENSITY Scanner.
As shown in the figure, the minerals represented by the picture of the figure are from top to bottom.
Light metal heavy metal rare soil tadpole metal non -metallic crystals (referring to red stone, cinnabar minerals)
The numbers next to the mineral are abundant, and the calculation method is percentage.The maximum abundance is 2.00, that is, the minimum output probability of 200%after the initial processing of the base rock mineral processor is 0.00.
The text on the far right refers to the level of abundance, with a total of the following levels and a rough range of abundance.
[0.00-0.10] Very Poor [0.11-0.35] Poor [0.36-0.75] Low [0.76-1.25] Moderate [1.26-1.65] HIGH [1.66-1.90] very HIGH [1.91-2.00] excellent
The base rock raw ore just mined cannot be used directly. Instead, it is necessary to pass the initial processing of the Bedrock Ore Processor to separate into various preliminary products.
The base rock mineral processor needs to use water and electricity to deal with raw ore. It will produce the following types of minerals: the base rock light metal ore base rock ore rare earth ore base rock ore base rocky -not metallic mineral rock crystal ore
Every time a raw ore is treated, an additional 1000MB of mineral sewage (ore slop) will be generated
After floating, the separated products need to be classified.The following is the initial processing process (blue is the required raw material, red is the processing equipment, and green is the processing product)
1. Mineral sewage
250MB mineral sewage (industrial curing machine) → 1 asphalt sand
1000MB mineral sewage (coking device) → 250MB collagen +1 lime powder [Limestone Powder]
1000MB of mineral sewage (electrolytic) → 250MB mercury +2 nitrate powder+2 lime powder+1 sulfur powder
2. ore
1 ore+250MB water (mineral acid) → 1 cleaning ore [WASHED?BEDROCK OR
1 ore (duplex coking furnace) → 1 roasting ore?BEDROCK ORE]+50MB alum water [vitriol]
1 ore (centrifugal machine) → 1 Earlier fragrance ore +1 gravel
1 Cleaning ore (centrifugal machine) → 2 Early fragmented ore +1 gravel 1 roasting ore (centrifugal machine) → 1 first fragrance ore +1 gravel
1 Baking ore+250MB water (mineral acidization device) → 1 cleaning ore
After preliminary treatment, the produced minerals can also be refined, and this is also the most important part of the base rock ore production line.The treatment of minerals is mainly divided into two stages.
In the first stage, except for the roasting process in a duplex coking furnace and a centrifugation in the centrifugal machine, the rest was done in the mineral acidic device. The following is the executable process table of all the processing stages of the processing phase in the first stage.The
Centrifugal ore (each): (1) 1 roasting centrifugal ore+ 50MB alum water [vitriol] (2) (250MB sulfuric acid) 1 acid immersion (3) (250MB organic solvents) dissolved ore (4) (250MB high -performance solvent) Cleaning mine
Baking centrifugal ore (each): (1) (250MB sulfuric acid) acid immersion (2) (250MB organic solvent) dissolved ore (3) (250MB high -performance solvents) cleaning ore
Acid immersion ore (each): (1) 2 centrifugal acid immersion ore + 2 acid immersion by -products
Coronic acid immersion (each): (1) (250MB organic solvents) dissolved ore (2) (250MB high -performance solvent) cleaning ore
Solubility Mine (each): (1) 2 Corresponding dissolved minerals + 2 dissolved by -products + 2 acid immersion by -products
Centrifugal dissolving mineral (each): (1) (250MB high -performance solvent) cleaning ore
Cleaning ore (per portal): (1) 2 centrifugal cleaning ore + 2 cleaning by -products + 2 dissolved by -products + 2 acid immersion by -products
In addition, the products of each step in the above steps can enter the three branches of the second stage of the product: (1) Send directly to the centrifuge of directly output (2) Use mineral acid to consume 250MB of liquid hydrogen treatment to generate high weight ore or consumption consumption or consumption.250MB of chlorine gas treatment generates low -weight mines. The following will be classified and explained to the treatment process of these three branches.
(1) Corresponding machine
Each raw raw produces 1 main product A and 1 main product B. If it is not centrifugal minerals, it will also produce an additional slag
(2) High -weight ore (per portal)
1. (centrifuge) 2 main product A + 1 main product B + 1 slag
2. (Arc Furnace) 5 Main Products A + 2 Main Product B
3. (electrolytic, 100MB nitric acid) 12 main products A + 6 main product B + 3 slag
(3) Low -weight ore (each portion)
1. (centrifuge) 1 main product A + 2 main product B + 1 slag
2. (Arc Furnace) 2 Main Product A + 5 Main Product B
3. (electrolytic, 100MB nitric acid) 6 main product A + 12 main product B + 3 slag
For some by -products produced in the first stage, there is also a corresponding relatively simple processing process
A by -product (each): (1) (duplex coking furnace) 1 baked by -product+50MB alum water [vitriol] (2) (arc furnace) 2 煅 Boil by -product (3) (mineral acidization, 250MB water) 1/4 Washed by -products
Baked by -products (each): (1) (Arc Furnace) 4 煅 Burn -by -products (2) (mineral acid, 250MB water) 1/4 water washed by -products
Burn -by -product (each): (1) (1) (mineral acid, 250MB of water) 1/4 water washed by -products
Washing by -products (each): (1) (1) (centrifugal machine) 1 subsequent and 1 slag (2) (2) (2) (arc furnace) 3 types of end -by -products each
In fact, in the most high -yielding processing line, the input and output ratio of the base rock mine is 1.8125, that is, a base rock ore can produce 1.85 identical base rock mines.In other words, if it is handled by the full production line, there is no need to minimize the new base rock mines, but use the original base rock ore for self -circulation, but it needs to be extremely large -scale compared with other machines.The choice of production line still depends on you!
The picture below is the product table of base rock minerals
All in all, the treatment of Kiyan Mine is a huge investment but a very generous project.It only needs to provide the required raw materials for correctness and complete and reasonable layout, and its products can perfectly solve the lack of minerals!
Thank you @CRPBNRZ for your information and statistical data for support!
This tutorial will be updated and moisturized regularly as the version is updated.
