Radiant Gas Pipe

Radiant Gas Pipe is a building used to transport gas while exchanging heat with its surroundings. When the pipe is carrying cold gas, routing it through hot areas causes the pipe to draw heat from those tiles and the environment, producing a net cooling effect in the traversed region.

Radiant Gas Pipe is primarily useful as a passive cooling conduit: instead of merely moving gas from A to B, it can be laid through heated rooms, machinery clusters, or geothermal zones so that the cold gas absorbs thermal energy as it travels. The effect requires the gas inside the pipe to be colder than the environment; warm or hot gas will not produce the same cooling benefit.

• Place the pipe so cold gas flows through the hottest parts of the area you want to cool; the greater the temperature difference between the gas and surroundings, the more heat the pipe will carry away.
• Use continuous flow of cold gas to maintain cooling over time; stationary or slowly moving gas reduces the overall cooling throughput.
• Radiant Gas Pipe can be combined with gas sources and sinks to create circulating cooling loops: route cold gas through hot zones, then cool it again before recirculating.
• The pipe’s cooling effect is passive and relies on the transported gas temperature; plan gas handling and chillers accordingly to supply sufficiently cold gas.

Radiant Gas Pipe offers a simple, tile-scale method to remove heat from hot areas without placing active cooling devices directly in the space, making it a flexible option for thermal management when cold gas is available.