You need a modular setup to manage fluid byproducts. Blueprints should include:
Once you unlock sorting, you can split crushed ores into specific metal ores.
Before importing thousands of entities, you must understand how BA blueprints are structured.
: Create a standard "Voiding Station." It should feature a Top-Up Valve or an Overflow Valve leading to a Flare Stack (for gases) or a Clarifier (for liquids). factorio bobs angels blueprints
Because of the sheer number of items (over 500 unique intermediates), a main bus becomes a mile wide. Most veteran BA players use one of two blueprint styles:
Angel’s Petrochemical processing is widely considered the ultimate test of a Factorio player's logistics skills. Converting raw gas and oil into plastics, resins, and rubber involves highly volatile, multi-layered fluid loops. The City-Block Liquid Grid
Here are the specific blueprint categories every BA player must download or design. You need a modular setup to manage fluid byproducts
: Sorting Saphirite yields both iron and copper ore. If your factory consumes tons of iron but no copper, the copper belt will back up, stopping iron production.
Because these chains are so long and physically large, manual construction is prone to error. A single misplaced pipe in a complex flotation cell array can stall an entire factory. Blueprints allow players to "code" these solutions once and replicate them, ensuring that the heavy lifting of mental logic is preserved in a visual template. The Modular Philosophy
If your crushed stone backup fills up, your iron stops. Good blueprints must include "voiding" mechanisms (like Flare Stacks or Clarifiers) to keep lines moving. : Create a standard "Voiding Station
Inside "02 - Smelting," organize by tier (e.g., "Tier 1 - Yellow Belt/Stone Furnace," "Tier 2 - Red Belt/Steel Blast Furnace").
Wire up:
Ultimately, blueprints in Bob’s/Angel’s serve as the player’s "memory." They capture the solution to a puzzle—how to turn slurry into gold—and allow the player to scale that solution to meet the insatiable demands of the rocket silo. Without them, the factory would not only fail to grow; it would collapse under the weight of its own intricate requirements.