Alloy Mining
All of the alloys, brass, bronz, steel and pewter can be mined at the Alloy Mine -2113, -248.
Brass
Brass = N Pure copper (cuprite, tenorite)clusters + N Pure Zinc (danbaite, matrite) clusters + 1 extra Copper cluster
1. Start at the Alloy Mine -2113, -248
2. I use 3 Carts
3. Label the carts 1: Junk Copper, 2: Brass +0, 3: Copper 2's + 0
The alloy mine makes a lot of extra copper at L4.
1. Put junk copper and copper 1's into junk copper
2. Put copper 2,3,4 cluster pure copper into copper 2's +0, change the label when putting in any stone greater than 2, eg, a 3 cluster, add 1. Put a max of 11 stones into the cart. Good idea to put 10 2's and one 3 cluster then all the cart will need is 10 2 clusters of zinc (at zinc diamond mine)
3. Put stones with pure mixes of zinc and copper in brass cart. Label brass + or - meaning the number of copper clusters > or < the number of copper clusters = number of zinc clusters. eg cuprite 2, dabaite 1 would be brass +1, tenorite 1 danbaite 2, would be brass -1.
Put all pure zinc into brass cart and subtract 1 for each cluster.
4. Push the copper 2 clusters to the zinc mine at -1898, 233 and load up carts with Zinc 2,3,4 clusters. If a cart is labeled Copper 2's +3, you will have to put 9 zinc 2's and 2 zinc 3 clusters.
5. After pushing the carts to the zinc mine and filling up with zinc and then onto the amalag furnace near the copper mine at -1855, -298, bring the carts back to the zinc mine and put zinc 2's, 3's, or 4's in each cart. This meets the requirements for doing steel alloy.
Steel
1. Load carts from zinc mine with a single stone of pure zinc from the zinc mine -1898, 233. It is easier than waiting for a pure zinc 2 cluster at the alloy mine.
2. Push the carts over to the alloy mine -2113, -248.
3. At the alloy mine, put all pure iron clusters 2 or greater clusters, discard iron 1's and junk iron.
4. Put mix of iron and tin and pure tin in carts. No need to count clusters, amalg furnace is very forgiving. Just throw all pure 2 or more clusers of iron, plus pure tin clusters plus pure combination clusters of tin and iron.
Bronze
Level 12 Alloy Mine, put all pure copper 2 or more clusters, plus all pure tin clusters, plus all pure mixes of copper and tin. No dignitite. Much like steel, the amalg furnace does not care about the count of clusters.
Pewtwer
7 Tin, 1 Antimony
Best to use pure tin mine to load up with pure tin -1653, 540 and push carts to alloy mine antimony mine at -2113, -248 it is worth the push.
Alloy Mine -2113, -248
| L1: Iron/lead | L3: Limestone | L4: Copper/Zinc | L5,6: Antimony | L8: Iron/Tin | L12: Copper/Tin | Gem: Quartz |
Copper Mine -1855, -298
| L1,2: Copper | L4: Strontium | L5: Good Copper |
Pure Iron Mine -2145, -256
| Level 1: Iron | Level 4: Strontium | Gem: Quartz |
Silver Mine -1918, -305
| L1: Excellent Pure Silver | Gem: Quartz |
Tin Mine -1653, 540
| L1 Excellent Pure Tin | L3: Tungsten | Gem: Quartz |
Aluminum Mine -1935, -137
| Level 1: Aluminum | Gem: Quartz |
Gold Mine 757, -2295
Diamond/Zinc Mine -1898, 233
| Level 1: Iron | L3: Zinc | Level 4: Strontium | L5: Copper/Zinc | Gem: Diamonds |
Lead and Emeralds Level 1: -2189, -319
Emerald Mine -2007, -420
There is a better emerald mine in LN.Saphire Mine -1942, -313
Ruby Mine -2145, -423
Directory of Mines and Mining Compounds for the Village
| Location | Ore | Gem |
| -2096, -351 | LnP | Guild Hall |
| -2152, -279 | Villiage Mentoring | FP Mentoring |
| -2078, -345 | Copper(level 1)Tungsten (level 2) | Topaz |
| -1942, -314 | Silver Mine | Shaphire |
| -1855, -298 | Copper Mine | Quartz |
| -1899, -234 | Iron Mine | Diamond |
| -1468, -623 | Bronze Mine / Copper&Tin@4:1 ratio | Level 1 Quartz |
| -1459, -631 | Bronze Compound | w/kitchen& amalgamation furnace |
| -2000, -419 | Zinc | Emerald |
| -2015, -421 | Zinc Compound | w/kitchen& craft furnace |
| -2119, -431 | Iron | Ruby |
| -1942, -97 | Limestone/Aluminum | Quartz |
| -1923, -73 | Alum.Compound | Craft furnace |
| -2113, -250 | Brass Mine Copper&Zinc@1:1 ratio +3 copper | Quartz |
| -2098, -262 | Brass Compound | w/kitchen& amalgamation furnace |
| -2149, -298 | Lead/copper/Iron | Quartz |
| -2524, 8 | White Sand | Compound w/2 Glazier's Bench/CC Hearth |
| -2280, -580 | Copper/Sand/Dirt--Copper/Dirt/Antimony | Public Mine owned by Yamijedi |
| -2295, -593 | Co/Di/Ti--Di/Co/An--Di/Sa/Ti--Ir/Di/Al--Sa/Ir/Di | Public Mine owned by Paradise Found |
| -2295, -608 | Copper/Dirt/Limestone | Public Mine owned by Chart |
| -2295, -631 | Copper/Limestone/Tin--Dirt/Antimony/Limestone | Public Mine owned by New Horizon's |
| 2394, 6082 | Iron | DPPRA'd mine in Sinai. Good Iron clusers, no cp nearby :/ |
|
Location
Ore
Gem |
Gems/Ore Chart
The material that is most prevalent in a mine will be the gem carrier for that mine. For most mines, this material is dirt, sand, or limestone. However, in good metal mines, it can be the metals as well. Below is a chart listing which minerals produce which gem types. All you need to figure out is which material carries gem in your mines, and then you can predict which minerals will produce what size gem.
| Name | Nothing | Small Gem | Medium Gem | Large Gem | Huge Gem |
| Aluminum | Akdalaite | Corundum | Diaspore | Hibonite | Painite |
| Antimony | Paradocrasite | Valentinite | Senarmontite | Bystromite | Berthierite |
| Copper | Cuprite | Tenorite | Digenite | Covellite | Cupalite |
| Iron | Magnetite | Kamecite | Hematite | Bernalite | Fayalite |
| Gold | Maldonite | Yuanjiangite | Auricupride | Weishanite | Calaverite |
| Lead | Litharge | Blixite | Asisite | Laurelite | Shannonite |
| Lithium | Gricite | Liberite | Sicklerite | Tavorite | Tiptopite |
| Magnesium | Periclase | Fluborite | Kotoite | Suanite | Brucite |
| Platinum | Yixunite | Luberoite | Hongshiite | Braggite | Genkinite |
| Silver | Pearceite | Jalpaite | Eugenite | Nauamannite | Proustite |
| Strontium | Tausonite | Celestine | Acuminite | Ohmilite | Jarlite |
| Tin | Romarchite | Abhurite | Berndtite | Cassiterite | Stistaite |
| Titanium | Osbornite | Rulite | Brookite | Anatase | Kleberite |
| Tungsten | Wolframite | Ferberite | Sanmartinite | Rankachite | Jixianite |
| Zinc | Danbaite | Matraite | Ashoverite | Sweetite | Wulfingite |
Mining Links
Crystal Description Name Chart Graphical Chart Mineral Map Theories Alloy Furnaces
