Automating Water Extraction with Modern Industrialization Pumps
Water pumps in Modern Industrialization provide automated infinite fluid extraction to supply steam boilers, chemical reactors, and cooling towers across all technological tiers.
Technological Tiers of Water Pumps
Modern Industrialization offers three distinct water pump tiers:
- Bronze Water Pump: Early-game passive pump operating without electrical wiring.
- Steel Water Pump: Intermediate pump offering higher extraction rates for expanding steam boiler arrays.
- Electric Water Pump: High-volume electrical pump powered by LV electricity.
Selecting the right pump depends on your current power stage. Early steam setups rely on bronze pumps, while automated chemical reactors require high-throughput electric models.
Crafting the Electric Water Pump
The Electric Water Pump is assembled in the Assembler from:
Basic Machine Hull
Pump
Analog Circuit
Tin RotorThe Assembler consumes these components and outputs 1 Electric Water Pump.
Placement and Extraction Mechanics
To achieve continuous water output:
- Place the pump block directly adjacent to or above two water source blocks.
- Connect Fluid Pipes to the pump's output face.
- Use a wrench to configure pipe connections and set the pump side to output.
- For electric models, connect tin or copper cables carrying at least 1 EU/t.
The pump continually draws water from the source blocks without consuming them, delivering a steady flow of water into storage tanks or boiler lines. This eliminates manual water hauling with buckets and ensures high-pressure steam systems never run dry.
Connecting to Factory Infrastructure
Once fluid extraction begins, route the water through pressurized fluid pipe networks:
- Run primary water lines to steam boilers generating motive power.
- Feed secondary lines to electrolytic cells and chemical plants requiring fluid hydration.
- Install fluid storage tanks between pumps and machinery to buffer water reserves against peak demand periods.
Troubleshooting Fluid Bottlenecks
If machines downstream experience fluid starvation, check the following pipeline factors:
- Verify that the two adjacent water source blocks remain undisturbed and are not converted into flowing water by accidental block updates.
- Check fluid pipe throughput limits, as standard pipes can only carry a fixed volume of millibuckets per tick.
- When expanding into multi-machine steam setups, deploy separate pump clusters dedicated to boiler feeding rather than routing all factory fluid demands through a single pipe junction.