Pipe

Pipe

Edit

Recipe
0.5 + 1 → 1
Total raw
0.5 + 1
Map color
Fluid storage volume	100
Health	100 130 160 190 250
Resistances	Fire: 0/80% Impact: 0/30%
Stack size	100
Rocket capacity	200 (2 stacks)
Dimensions	1×1
Mining time	0.1
Prototype type	pipe
Internal name	pipe
Required technologies
Produced by
Consumed by

Recipe
0.5 + 1 → 1
Total raw
0.5 + 1
Map color
Fluid storage volume	100
Health	100 130 160 190 250
Resistances	Fire: 0/80% Impact: 0/30%
Stack size	100
Rocket capacity	200 (2 stacks)
Dimensions	1×1
Mining time	0.1
Prototype type	pipe
Internal name	pipe
Required technologies
Produced by
Consumed by

The pipe is the most basic method of distribution of fluids. It is commonly used to provide water to boilers and steam to steam engines for power generation, and later on, crude oil and oil products. Unlike transport belts, players and enemies can't walk over them.

Only one fluid can be inside a pipe at one time, and the flow rate in pipes is heavily dependent on differences of fluid levels in individual segments. More complete information on handling fluids can be found on the fluid system page.

History

• 0.15.0:
  • Increased stack size from 50 to 100.

• 0.13.0:
  • Underground pipes and belts are placed at max connecting distance apart when built by dragging.

• 0.11.6:
  • The Oil refinery and chemical plant are disconnected from pipes if the recipe is reset.

• 0.10.1:
  • Added new icons

• 0.10.0:
  • Unused pipe connections are passive and do not connect to pipes.

• 0.9.1:
  • Pipes now refresh their connection to storage tanks when rotated.
  • Small quantities of fluid can be pushed/destroyed by larger quantities in pipes.

• 0.9.0:
  • New graphics.
  • All terminating pipes now have visuals.
  • Pipes now show fluid inside when ALT mode is enabled.
  • Optimized bounding boxes.

• 0.5.1:
  • The boiler is now fast-replaceable with pipes, and vice versa.
  • New graphics.

• 0.2.0:
  • Visualization of connection to a pipe to ground.

• 0.1.0:
  • Introduced

See also

• Pump
• Pipe to ground
• Fluid system