Cool debris are sent to weight plates which alert lack of superheated debris. The mesh tile prevent combination of cool debris and superheated debris. While heating, a little magma drops on the natural tile and become cool debris. The 2-stage door heats the natural tile and the robo-miner digs it. ![]() The critter sensor detects a natural tile and becomes red. (But only 20 turbines work with one conveyor rail.) So infinite turbines work with one pile of debris. Until Save and Load, debris furnances work without heating. ![]() The natural tile must be superheated before digging. Temperture of combined debris becomes the natural tile's temperture. When this natural tile is dug, buried debris combine with debris of the dug tile. (If the mass of debris is too light (<1850kg?), debris combine with the natural tile.) If magma don't exchange heat with the insulated tile, superheated debris exchange heat and melt.Ģ.Save and Load stops debris furnunces with natural tilesĪfter Save and Load, supercooled magma sometimes become a natural tile and bury debris. Build it with Ceramic (Don't use Insulation) and cool it. ![]() The insulated tile at the left of the debris must exchange heat with magma. Airflow tiles in vacuum keep superheated debris and insulated tiles melt superheated debris without heating. Superheated debris don't melt until heat exchange. When solid tiles are dug at melting temperature+2℃, superheated debris drop. This is a compact version of the Debris Furnance.ĭebris melt at melting temperature, but solid tiles melt at melting temperature+3℃. Debris Furnance works forever without heating.
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