Visualization of Moon Mineral Concentrations

Overview

In a previous post, I detailed the concentration of Technetium and Cobalt moon locations because they are of particular political interest due to their distribution and the recent rework of the Alchemy reaction for Platinum Technite.

Now I wanted to use my entire dataset to plot out all moon minerals to see if there was any pattern or promise of future monopolistic cartels due to the geographical distribution of the moon minerals.

Data

My dataset contains information on 32,162 moons with a lack of data for Evaporite Deposits; I don’t consider this alarming to my analysis as it is a very common moon mineral.

Since my master dataset was pieced together from a few independent sources, I am not surprised by the inaccuracies or missing data points. As I have stated before, sanitized moon scanning data is usually a closely guarded piece of information by large Alliances and Industrial corporations as a large amount of time and energy has been spent gathering the data.

moon_coverage

The raw numbers show that I have very poor coverage in many regions, but we need to consider that not every moon contains a mineral.  If I knew the density of moon minerals (how many received minerals versus not in the seeding process), I could get a better feeling of my coverage levels. For now just consider the Green regions having a strong coverage and the Red regions showing poor coverage; ignore the coverage percentage values.

Despite the alarming Red portions that indicate major holes in my dataset, we can see interesting visual results from the initial galaxy seeding process. These seeding trends can help us explain the prices of certain minerals given their location, political atmosphere around specific areas, and weight necessity in the Tech2 production chain. *cough* Technetium *cough*.

moon_summary

Rarity 2

The low value of these types of minerals is due to the sheer amount and distribution of each type. These common minerals are contained in almost every region.

atmospheric_gases hydrocarbons

silicates

Rarity 8

With these types, we can see a definite skew in the regional location of each type. There are major pockets with a small scattering around the universe.

cobalt scandium

titanium tungsten

Rarity 16

With the Rarity 16 minerals, there seems to be an even spread across the universe with no major points of concentration.

cadmium chromium

platinum vanadium

Rarity 32

With these moons it seems like each type is dominant in a specific quadrant of the universe. Ceasium in the West, Hafnium in the South, Mercury also in the South, and Technetium having the majority of its concentration located in the North.

ceasium hafnium

mercury technetium

Rarity 64

The rarity of these moons is shown with the lack of points on the scatter plot. We can see that they are spread around the Universe, but the lack of quantity keeps each type rare.

dysprosium neodymium

promethium thulium


Making Profits with Reactions

A very popular way for starting an income stream at the Alliance, Corporation, or individual level is to become involved in the T2 production chain by reacting moon materials. The process requires you to set up a tower with Reactors in either nullsec, wormhole, or lowsec (below 0.4) space. Reacting cannot be performed in highsec space.

The goal is to take Reactants and by either a Simple or Complex reaction process, produce a product further down the T2 production chain.

Here is an example of the costs for setting up a Vanadium Hafnite chain.

Setup Costs

1x Caldari Large Tower (230 M)
2x Reactor Array – Simple (5 M each)
6x Silo (4.8 M each)
1x Shield Hardener – Ballistic Deflection (round out the Caldari tower resists)
2x Shield Hardener – Explosion Dampening
2x Shield Hardener – Photon Scattering
144k Vanadium (month worth of reactants for about 284 M)
144k Hafnium (316 M)

Hourly Production Breakdown

Reactants:
200x Vanadium – 400,000 + 200x Hafnium – 439,786 = Total Per Hour – 839,786

Products:
400x Vanadium Hafnite – 2,358,188 = Total Per Hour – 2,358,188

Profits

Reaction Net Per Hour (Products – Reactants) – 1,518,402
Reaction Net Per Month (Hourly x 720) – 1,093,249,440

Fuel Costs: 370,000,000 (est)
Tower Net Per Month: 723,249,440

Notes

Reacting moon materials is a new industry line for me and I have discovered a few items to take into account before you go out and setup your own reaction chains.

I picked a Caldari tower due to the stability of Nitrogen Isotopes as compared to the recent Oxygen Isotope spike caused by Goonswarm’s Ice Interdiction campaign. Yes the Caldari tower lacks the Silo bonus, but the costs of Oxygen Isotopes at 1,000+ ISK/unit drastically eat into profit margins.

You have to take into account POS defense. Hopefully you are a member of a major nullsec powerhouse with Alliance sanctions to run your own unregulated towers. If your tower were to become reinforced (always always always have Strontium Clathrates in your tower), you (hopefully) have the backing of Alliance members and Capital ships for defense.

No you say? For the non-Alliance aligned industrialist, you are limited to lowsec or better yet wormhole space. In lower class wormholes, such as C1-C3s, Capital ships cannot travel through wormholes due to mass limitations so you are limited to being attacked by Battleships or smaller. A popular setup is a C1/C2 with a static to Highsec as this makes getting materials and fuel around very easy. Remember with lowec or wormhole space to take in account the lack of Sovereignty, which will affect fuel consumption rates.

Another point to note is the wild nature of the Jita moon material market. Prices fluctuate as many people are heavily involved in price manipulation. A month after I started my reaction chain, the prices fell and then someone bought out and reset the price of Vanadium Hafnite in Jita right after I put my stock up for sale.

Note the 2M+ unit volume spike. This did work in my favor as my stock was all bought so I now have more liquid ISK but if I had some more Vanadium Hafnite being processed, I could have higher profit numbers as I would be selling at the new 4,300 ISK/unit price.

Real World Profits 

Due to my lack of attention to full Silos, and that I estimated my profits closer to a 4,000 ISK/unit sale price, my monthly profits were much smaller than expected. My estimation was about 723 M/month yet I only was able to produce about 384 M/month off of one tower.

The next time I setup a reaction chain, I will not go with one reaction and I will investigate not only Complex Reactions, but chaining your reactions. This is where you take your Resultants and put them into another Reaction chain. From speaking with other Alliance members that do reactions, this seems to be the way to increase your profits.