High-Tier Machines for Complex Assembly and Energy Generation
This guide covers advanced machines in Modern Industrialization, focusing on their use in complex crafting and energy production. The ultimate goal of Modern Industrialization is total automation, where machines handle resource generation and processing.
Fusion Reactor
The Fusion Reactor is a high-energy machine with four distinct recipes, all producing Helium Plasma. This machine generates 16000 EU/t during operation.
* Combining 1000 millibuckets (mb) of modern_industrialization:deuterium with another 1000 mb of modern_industrialization:deuterium yields 500 Helium Plasma over 1200 ticks. * A mix of 1000 mb modern_industrialization:deuterium and 1000 mb modern_industrialization:tritium produces 1000 Helium Plasma in 900 ticks. * Using 1000 mb modern_industrialization:helium_3 with 1000 mb modern_industrialization:helium_3 creates 1000 Helium Plasma in 600 ticks. * The most efficient recipe in terms of time is 1000 mb modern_industrialization:helium_3 combined with 1000 mb modern_industrialization:tritium, which produces 1000 Helium Plasma in 300 ticks.
Implosion Compressor
The Implosion Compressor handles ten different recipes, often involving 
Industrial TNT or 
Nuke items for high-pressure processing. All recipes in this machine take 10 ticks to complete.
* To create a 
Beryllium Ingot, combine 9 
Beryllium Tiny Dust, a 
Stainless Steel Nugget, and Industrial TNT. This process consumes 1 EU/t. * Three 
Blastproof Alloy Ingots are made from one 
Mixed Blastproof Ingot and Industrial TNT, costing 1 EU/t. * 
Diamond Dust and Industrial TNT can be compressed into a Diamond for 1 EU/t. * Similarly, 
Emerald Dust and Industrial TNT yield an Emerald at 1 EU/t. * An Enchanted Golden Apple requires 64 c:storage_blocks/gold, an Apple, and Industrial TNT, consuming 1 EU/t. * A 
Mixed Iridium Ingot combined with Industrial TNT produces an 
Iridium Plate for 1 EU/t. * A Nether Star is crafted from a 
Singularity, a Lava Bucket, and 128 Nuke items, costing 64 EU/t. * Three 
Nuclear Alloy Plates are obtained from a 
Nuclear Mixed Plate and Industrial TNT, using 1 EU/t. * A Singularity can be created from an 
Ultradense Metal Ball and 64 Nuke items, for 1 EU/t. * Nine 
Tungsten Tiny Dust, a Stainless Steel Nugget, and Industrial TNT are used to produce a 
Tungsten Ingot at 1 EU/t.
Heat Exchanger
The Heat Exchanger facilitates 20 different recipes, primarily for cooling hot ingots or processing various water and steam types.
* Many "Hot Ingot" items can be cooled into their standard ingot form using 20 mb of modern_industrialization:cryofluid. Examples include 
Annealed Copper Hot Ingot, 
Chromium Hot Ingot, 
Kanthal Hot Ingot, 
Platinum Hot Ingot, 
Stainless Steel Hot Ingot, 
Superconductor Hot Ingot, and 
Titanium Hot Ingot. These all consume 8 EU/t and take 10 ticks. * To produce 1000 Heavy Water, 16000 mb of modern_industrialization:heavy_water_steam can be combined with 125 mb of modern_industrialization:high_pressure_heavy_water, 125 mb of modern_industrialization:high_pressure_water, or 1000 mb of minecraft:water. These processes require 2 EU/t and 300 ticks. * 125 High Pressure Heavy Water can be made from 2000 mb of modern_industrialization:high_pressure_heavy_water_steam with 1000 mb of modern_industrialization:heavy_water, 125 mb of modern_industrialization:high_pressure_water, or 1000 mb of minecraft:water. These recipes use 2 EU/t and 300 ticks. * Similarly, 125 High Pressure Water is produced from 2000 mb of modern_industrialization:high_pressure_steam with 1000 mb of modern_industrialization:heavy_water, 125 mb of modern_industrialization:high_pressure_heavy_water, or 1000 mb of minecraft:water. These also consume 2 EU/t and 300 ticks. * Obsidian can be formed by combining 10 mb of minecraft:lava with 500 mb of minecraft:water, taking 400 ticks and 2 EU/t. * 1000 water can be created from 16000 mb of modern_industrialization:steam with 1000 mb of modern_industrialization:heavy_water, 125 mb of modern_industrialization:high_pressure_heavy_water, or 125 mb of modern_industrialization:high_pressure_water. These recipes use 2 EU/t and 300 ticks.
Polarizer
The Polarizer is used to magnetize certain metal components.
* A 
Cupronickel Wire can be transformed into a 
Magnetic Cupronickel Wire, consuming 8 EU/t over 200 ticks. * Combining a 
Stainless Steel Rod with 
Neodymium Dust creates a 
Magnetic Stainless Steel Rod, using 16 EU/t over 400 ticks. * A 
Steel Rod can be polarized into a 
Magnetic Steel Rod, requiring 8 EU/t over 200 ticks.
Pressurizer
The Pressurizer handles nine recipes, primarily for changing the pressure state of liquids and steam.
* 1000 Heavy Water can be obtained from 125 mb of modern_industrialization:high_pressure_heavy_water, consuming 2 EU/t and 100 ticks. * 1000 Heavy Water Steam is made from 125 mb of modern_industrialization:high_pressure_heavy_water_steam, using 2 EU/t and 100 ticks. * To create 125 High Pressure Heavy Water, 1000 mb of modern_industrialization:heavy_water is processed, requiring 64 EU/t and 1200 ticks. * 125 High Pressure Heavy Water Steam is produced from 1000 mb of modern_industrialization:heavy_water_steam, consuming 64 EU/t and 75 ticks. * 125 High Pressure Steam is made from 1000 mb of modern_industrialization:steam, using 64 EU/t and 75 ticks. * 125 High Pressure Water is produced from 1000 mb of minecraft:water, consuming 64 EU/t and 1200 ticks. * 1000 Liquid Air can be created from an 
Air Intake, requiring 8 EU/t and 200 ticks. * 1000 Steam is made from 125 mb of modern_industrialization:high_pressure_steam, using 2 EU/t and 100 ticks. * 1000 water is obtained from 125 mb of modern_industrialization:high_pressure_water, consuming 2 EU/t and 100 ticks.
Vacuum Freezer
The Vacuum Freezer processes 13 recipes, typically for cooling hot ingots or freezing liquids.
* Many "Hot Ingot" items can be cooled into their standard ingot form. Examples include Annealed Copper Hot Ingot, Chromium Hot Ingot, Kanthal Hot Ingot, and Platinum Hot Ingot. These all consume 32 EU/t and take 250 ticks. * Cryofluid is produced by combining 140 mb of modern_industrialization:argon with 60 mb of modern_industrialization:helium, yielding 200 Cryofluid for 256 EU/t over 250 ticks. * 1000 mb of minecraft:water can be frozen into Ice, costing 16 EU/t over 200 ticks. * 1000 Liquid Air is made from an Air Intake, consuming 32 EU/t over 200 ticks. * Obsidian can be formed from 1000 mb of minecraft:lava, requiring 2 EU/t over 2400 ticks.
Covers the mod's in-game guide topics: Fusion Reactor Implosion Compressor Heat Exchanger Polarizer Pressurizer Vacuum Freezer