Two NOT gates are added to allow signal from debris clearing switch to override drip control signal, preventing upper magma door from opening when clearing debris from bottom doors.įunction 4: Magma sensor and debris trapper When magma flows down, hydro sensor will send green signal, but the doors remain closed. The amount of magma drip should not exceed 1740kg so that it will form igneous rock debris when it cools down. For 3s after thermo sensor activation, green/red signal from thermo sensor will not affect door to magma chamber. Together with XOR gate, this configuration send a 2s green signal to open door and allow magma to drip down. Left filter gate is 1s, right filter gate 3s. A buffer gate (5s) is added to prevent frequent on/off for liquid vent.įunction 2: Heat exchange control for boiler Thermo sensor above metal tile send red signal above 405C.įunction 3: Magma drip control Thermo sensor below diamond window tile send green signal below 450C. All automation component is made out of steel.įunction 1: Liquid pump and liquid vent shutoff Hydro sensor in bottom left corner send green signal above 500kg, turn on pump and turn off liquid vent. Liquid vent is steel.Īutomation: This is a bit complex, I will break it down based on its respective function. Last section near liquid vent is insulated to prevent crude oil from flashing into petroleum and break the pipe. Plumbing: Radiant pipe is made out of copper, insulated pipe is ceramic. Any gas or liquid is fine (in my build the sour gas is conveniently there after my pipe broke and crude oil came in contact with hot magma). The sour gas inside diamond window tile is there as a medium for thermo sensor to function. All insulated tiles in contact with magma must be obsidian, igneoud is fine for other tiles. I hope this post can help you if you are looking for a rock solid boiler design.īoiler design: nothing special, it is a petroleum boiler counter flow with 5 layer. This design is very reliable, it can work even if there is gas leak, capable of producing 10kg/s petroleum. So I ditch the robo miner design and come up with a boiler design that use the concept of debris trapped inside mechanical door to extract heat. My boiler keep failing from issues with robo miner's cooling loop, due to sour gas leak that breaks the vacuum. Continued abuse of our services will cause your IP address to be blocked indefinitely.I tried building a petroleum boiler with robo miner (similar to Francis John's design), but it is finnicky. Please fill out the CAPTCHA below and then click the button to indicate that you agree to these terms. If you wish to be unblocked, you must agree that you will take immediate steps to rectify this issue. If you do not understand what is causing this behavior, please contact us here. If you promise to stop (by clicking the Agree button below), we'll unblock your connection for now, but we will immediately re-block it if we detect additional bad behavior.
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