BC Ore Processing: Triple Your Ores in Technical Builds

BC Ore Processing for Minecraft introduces liquid-based ore refining with up to 3x ingot output. Seamless Buildcraft integration and deep automation for advanced technical modpacks.

Download bc ore processing for Minecraft 1.12.2, 1.11.2

Original name: bc ore processing

Minecraft: 1.11.2, 1.12.2

Loaders: Forge

FileVersionLoaderSize
bc-ore-processing-1.11.2-1.jar1.11.2Forge161 КБDownload
bc-ore-processing-1.11.2-1-HF.jar1.11.2Forge161 КБDownload
bc-ore-processing-1.11.2-2.jar1.11.2Forge162 КБDownload
bc-ore-processing-7.99.8.1-1.jar1.11.2Forge161 КБDownload
bc-ore-processing-7.99.13-1.jar1.12.2Forge159 КБDownload
bc-ore-processing-7.99.14-1.jar1.12.2Forge160 КБDownload
bc-ore-processing-7.99.15-1.jar1.12.2Forge185 КБDownload
bc-ore-processing-7.99.24.4-1.jar1.12.2Forge188 КБDownload

BC Ore Processing: Multiply Ores with Fluid-Based Refining

Standard furnaces in Minecraft feel primitive once you have tasted proper automation. BC Ore Processing: Multiply Ores with Fluid-Based Refining changes that by introducing a two-machine fluid refining system tightly integrated with Buildcraft. This add-on transforms every ore block into a liquid state and then back into ingots, with a multiplier that rewards careful engineering. If you want to squeeze maximum value from your mining trips, this mod belongs in your modpack.

Core Mechanics: From Ore to Liquid to Ingots

The mod revolves around two machines that must work in tandem. The Ore Processor accepts raw ore and converts it into a searing fluid. The Fluid Processor then takes that liquid and outputs ingots. The output ratio depends on the fluid temperature: one bucket of searing fluid yields one ingot, hot fluid yields two, and cool fluid yields three. This tiered system encourages players to build cooling or heating loops for maximum profit.

Ore Processor: Handling the Input

Feed ores into the Ore Processor one at a time. A full stack will jam the machine, so use Buildcraft pipes with filters or slower transport mechanisms. The machine stores searing fluid in an internal tank accessible only from the bottom face. Gaseous lava residue, a byproduct, exits from the top. Power and item inputs connect to any other side, giving you flexibility when designing your factory floor.

Fluid Processor: Turning Liquid into Profit

Connect fluid pipes from the Ore Processor bottom tank to the Fluid Processor bottom tank. The Fluid Processor has two independent tanks: one for the ore fluid (bottom access) and one for the gaseous residue (top access). Item output and energy input use the remaining sides. This modular side system prevents interface conflicts and allows complex multi-stage setups.

Installation and Version Compatibility

BC Ore Processing: Multiply Ores with Fluid-Based Refining for Minecraft requires two libraries: Forgelin (a Kotlin adapter for Forge) and Buildcraft itself. Without them, the machines will not function. The mod is primarily built for Minecraft 1.12.2, where Buildcraft has its most complete feature set. Forge is the required loader; there is no Fabric version available.

To install, download the mod jar along with Forgelin and Buildcraft, then place all three files into the mods folder of your Minecraft instance. Verify that all versions match your Forge build. A mismatch will crash the game on startup. If you prefer a hands-off approach, use a launcher that resolves dependencies automatically, saving you from version hunting.

Optimizing Output: From Searing to Cool Fluid

The base ratios are only a starting point. The mod intentionally does not document how to obtain hot or cool fluid, pushing you to experiment with external mods. For example, a fluid heater from Thermal Expansion can raise searing fluid to hot fluid, while a cooler can drop it to cool fluid. Some players chain multiple Fluid Processors in a cascade, progressively upgrading the liquid temperature before final conversion.

You can also route the gaseous lava residue into a separate tank or a combustion engine for extra power. The side-based access system means you must plan your pipe layout carefully. Connect bottom faces for ore fluid transfer, top faces for gas extraction, and side faces for energy and items. This design forces thoughtful logistics rather than simple pipe spam.

Why This Mod Fits Technical Modpacks

This is not another trivial ore-doubling mod. The fluid mechanics, temperature multipliers, and strict side access rules create a genuine engineering challenge. It pairs naturally with Buildcraft pipes, gates, and engines, extending the life of a 1.12.2 tech pack. The learning curve is moderate, but the payoff is a fully automated line that triples your ingot output per ore block.

If you are assembling a pack manually, check that Forgelin and Buildcraft versions are compatible with your Forge version. Most stable 1.12.2 builds work without issue. For those who want a quicker route, a dedicated launcher can fetch all dependencies in a couple of clicks, letting you focus on building your refinery instead of troubleshooting load order.

Final Thoughts

BC Ore Processing: Multiply Ores with Fluid-Based Refining rewards planning and punishes careless piping. The side-specific tank access, the one-ore-at-a-time input rule, and the temperature-based multipliers turn resource processing into a puzzle worth solving. For players who enjoy deep automation and Buildcraft integration, this add-on delivers a satisfying loop: mine, liquefy, cool, and multiply. The result is a stockpile of ingots that justifies every minute spent tuning your pipe network.

To get started, download BC Ore Processing: Multiply Ores with Fluid-Based Refining from a trusted source, pair it with Forgelin and Buildcraft, and drop the jars into your mods folder. For step-by-step help, many community guides cover how to install the mod correctly. Once running, experiment with fluid temperatures and side connections to unlock the triple-output potential. Your future self, staring at a full chest of ingots, will thank you.