Setting Up Automated Ore Doubling Using Mekanism, Explained

Mekanism’s automated ore doubling system offers a significant advantage in Minecraft, drastically increasing resource yield from mined ores. This comprehensive guide will walk you through setting up and understanding these powerful systems, from basic doubling to advanced quintupling.

Key Mechanics of Mekanism Ore Processing

Mekanism provides a tiered approach to ore processing, allowing players to scale up their resource production as their infrastructure develops. Each tier builds upon the previous, introducing new machines and chemical processes.

• 2x Doubling (Early Game): This is the foundational setup for ore processing. It takes one ore block and converts it into two ingots. The core machines for this process are the Enrichment Chamber, which turns raw ores into dust, and the Energized Smelter, which then smelts the dust into ingots. This simple yet effective system is an excellent starting point for any Mekanism base.
• Higher Multipliers (3x, 4x, 5x): As you progress, Mekanism allows for even greater yields by introducing more complex chemical reactions and specialized machinery. These advanced tiers require the production and management of various gases and liquids.
  • 3x Tripling: To achieve three ingots per ore, you’ll need a Purification Chamber. This machine processes silk-touched ores into “clumps” before they are further processed into dust and then ingots. The Purification Chamber requires Oxygen as an input, which is produced by an Electrolytic Separator. The Electrolytic Separator, in turn, takes water as its input to generate Oxygen and Hydrogen.
  • 4x Quadrupling: For a four-fold yield, the process involves a Chemical Injection Chamber. This machine uses Hydrogen Chloride to convert ores into “shards.” Hydrogen Chloride is a compound gas that is created by combining Hydrogen and Chlorine. Hydrogen is produced by an Electrolytic Separator, while Chlorine can be obtained from a Thermal Evaporation Plant, which processes brine.
  • 5x Quintupling: The most advanced and resource-intensive tier, quintupling requires a Chemical Dissolution Chamber. This machine processes ores using Sulfuric Acid to create “slurry,” which then undergoes further washing and crystallization steps. Sulfuric Acid production is a multi-step chemical process, involving sulfur (often sourced from coal or charcoal), oxygen, and water vapor. This tier represents the peak of Mekanism’s ore processing capabilities, demanding a robust chemical infrastructure.
• Transportation: Moving items, gases, and energy between machines is crucial for automation. Logistical Transporters (pipes) are the primary means for automatically moving items from one machine to another, or into storage.
• Configuration: The Configurator tool is indispensable for setting up your Mekanism machines and transporters. It allows you to configure machine inputs and outputs on specific sides, and to set the push/pull directions for Logistical Transporters, ensuring items flow correctly through your system.

Step-by-Step Process for 2x Doubling

Starting with the basic 2x doubling setup is recommended for all players new to Mekanism’s ore processing. It’s relatively simple to set up and provides a solid foundation for understanding the core mechanics.

1. Place Machines: Begin by placing an Enrichment Chamber and an Energized Smelter adjacent to each other. Their proximity will simplify item transfer.
2. Input Ore: Use a Logistical Transporter to feed your raw ores (or ore blocks) into the designated input side of the Enrichment Chamber. Ensure the Configurator is used to set the transporter to push items into the chamber.
3. Process to Dust: The Enrichment Chamber will automatically convert each ore block into two units of ore dust. This machine requires power to operate.
4. Transfer to Smelter: Configure the output side of the Enrichment Chamber to push the newly created dust directly into the input side of the adjacent Energized Smelter. This can often be done by setting the output side of the Enrichment Chamber to “output” and the input side of the Energized Smelter to “input” using the Configurator.
5. Smelt to Ingots: The Energized Smelter will then take the ore dust and smelt it into two ingots. Like the Enrichment Chamber, it requires a constant power supply.
6. Output Ingots: Once smelted, the finished ingots need to be extracted. Use another Logistical Transporter connected to the output side of the Energized Smelter to move the ingots into a storage chest, barrel, or other inventory system. Configure the transporter to pull items from the smelter.
7. Power: Crucially, ensure both the Enrichment Chamber and the Energized Smelter are continuously supplied with power. This can be achieved by connecting them to a power source using Universal Cables. Adequate power generation is essential for any Mekanism setup.

Important Tips for Efficient Mekanism Ore Processing

• Silk Touch for Higher-Tier Yields: For 3x, 4x, and 5x processing, mining ores with a Silk Touch pickaxe is highly recommended. Silk-touched ore blocks often yield more resources when processed through these advanced systems compared to raw ore items.
• Upgrades are Key: Enhance the performance of your Mekanism machines by installing Speed Upgrades and Energy Upgrades. Speed Upgrades increase the processing rate, while Energy Upgrades reduce the power consumption, making your setup more efficient and faster.
• Automated Power Generation: Mekanism machines, especially when scaled up and upgraded, can be power-hungry. It is vital to establish an adequate and automated power generation system to ensure a consistent and sufficient power supply for all your processing units.
• Master the Configurator: Spend time familiarizing yourself with the Configurator tool. Its ability to precisely set machine side configurations (input/output for items, gases, and energy) and pipe directions is fundamental to building any functional automated Mekanism system.
• Start Simple, Then Expand: Don’t try to build the 5x quintupling setup immediately. Begin with the basic 2x doubling system, understand its mechanics, and then gradually expand to the higher tiers (3x, 4x, 5x) as your resource needs grow and your infrastructure allows for more complex chemical processes.

Common Mistakes to Avoid

• Insufficient Power Supply: One of the most frequent issues is underestimating the power demands of Mekanism machines. As you add more machines and upgrades, ensure your power generation scales accordingly to prevent your systems from stalling.
• Incorrect Side Configuration: Machines require precise input and output configurations for items, gases, and energy. Using the Configurator incorrectly, or neglecting to configure sides, will result in blocked pipelines and non-functional processes. Always double-check your input/output settings.
• Clogged Gas Pipes: In 3x and higher setups involving gases, it’s crucial to manage gas flow correctly. Ensure gas lines are not mixed accidentally or blocked by incorrect configurations. For machines like the Electrolytic Separator that produce multiple gases, utilize the “dumping excess” option if one gas fills up faster than its counterpart, preventing the machine from stalling.
• Neglecting Automation Early On: Manually feeding machines or transferring items quickly becomes tedious and inefficient. From the very beginning, plan to automate item transfer using Logistical Transporters. This frees you up for other tasks and ensures continuous processing.

By understanding these core mechanics, following the setup instructions, and heeding the important tips, you will be well-equipped to establish a highly efficient and automated ore processing system using Mekanism, significantly boosting your resource production in Minecraft.