![]() That's obviously going to be detrimental to the overall efficiency. The entire building takes up 42 tiles of space with more than half of those tiles being part of the outer wall. The single electrolyzer design has an uptime of ~99% and a relative output of 23.8 grams of gas per tile per second. Use mesh tiles instead of airflow tiles if you choose to build a Rodriguez. A thin layer of liquid on an airflow tile is almost invisible but will obstruct the airflow between the two floors completely. Note: Do not build your electrolyzers on airflow tiles. But be aware that the setup will fail if the gas pipes get clogged, which is a common issue for many of the conventional electrolyzer builds. It also has quite high electrolyzer uptime (84%) and is fairly compact, resulting in a very decent relative output (28.5 grams of gas per tile per second). The design is robust and easy to build, which I suppose is the main reason for its allure. Of course, that's not an issue with the oddly shaped roof that allows dupes to move freely from one side of the building to the other. The airlocks are probably remnants from a time when the Rodriguez was in the shape of a 14 x 8 rectangle, which made part of the building inaccessible to dupes. Personally, I never cared much for the Rodriguez or the idea of SPOMs in general, but who am I to disagree? A cursory glance at the screenshots on Steam and Reddit speaks volumes about the popularity of this setup. A design that was popularized by Francis John and is oftentimes self-powered by adding a couple of hydrogen generators and a Smart battery to the design, making it a so-called SPOM (Self-Powered Oxygen Module). ![]() The yardstick by which electrolyzer performance is measured. The gold standard of electrolyzer setups. ![]()
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