Liquid Network

Another system for this damn station!?
Ah ah, it's not terribly overused on the station. The pipes are laid only in specific areas, like the engine and chemistry. Essentially, you're looking at disposal-esque pipes that transfer any chemistry reagent you can think of. Lava, water, welding fuel, tricordrazine, polytrinic acid, etc etc...

How it works
The liquid pipes themselves use a simple suction system to transfer liquids around. All liquids within the pipe will go the same direction. Pump segments generate suction on one end but not on the other, so an active pump will pull liquids from the connected input pipes and push them into the connected output pipe. Trunks only function as a deadend to liquids. To actually get liquids out of the pipes or put more in, you need a liquidport.

Liquid Ports
Liquid ports function in the same vein as port connectors. They will only transfer liquids to machinery directly on top of the port. They also have a built-in valve which tends to be managed by the connected device. When the valve is open, liquids will be transferred from the machine to the pipesystem, when closed, it will transfer liquids into the machine.

Apart from the default model, two special types of liquid port exist.

Injection Port
Injection Ports can only output from the pipesystem. When they do output, they don't put their liquids into a machine, but dump it directly onto the floor. This has different effects dependent on the chemical in question, for example lava will be dumped on the floor and begin melting everything in its path.

Quantum Superposition Port
Quantum ports only work if two or more are connected together to form a quantum network. The resulting quantum network holds immense amounts of liquids and can transfer them instantaneously over large distances. Bear in mind that one quantum port cannot stabilize a quantum network, so in the event that all but one ports are destroyed, the network will collapse and all liquids contained within will be destroyed.