making SALT from scratch! #Sandboxels

Hey everyone! So, after my last experiment making simple table salt (NaCl) in Sandboxels, I've seen some of you asking about how to tackle more complex compounds, specifically 'Caustic Potash' or Potassium Hydroxide (KOH). That's a fantastic challenge, and while the game doesn't always make every reaction straightforward, here's how I'd approach it, building on what we learned about making salt! First off, you'll need two main components: Potassium (K) and a source for the Hydroxide group (OH). In Sandboxels, getting pure elements like Potassium can sometimes be tricky. Unlike 'start with sodium' directly, Potassium might require a bit more effort. You might need to break down other potassium-containing compounds, perhaps by applying immense HEAT or specific ENERGY types to separate the elements. Look for ways to isolate Potassium as a pure SOLID element; that's your crucial starting point. If you manage to get a pure Potassium chunk, you're halfway there! Next, for the 'hydroxide' part. The most common and accessible source for hydrogen and oxygen in the right form is usually from plain old WATER. Now, here's where it gets exciting – and a little dangerous, even in a simulation! Reacting pure Potassium with WATER is incredibly exothermic in real life – think intense HEAT generation and explosions! In Sandboxels, you'll need to be incredibly careful. My strategy would be to carefully introduce very small amounts of WATER, perhaps a LIQUID droplet at a time, to your isolated Potassium SOLID. Observe the immediate reactions; you might see intense HEAT, bubbling, and the rapid consumption of the Potassium. This is where the magic happens! The goal is to get Potassium and the Hydroxide group to combine efficiently. After adding the WATER, you might need to manage the temperature. If it gets too hot, you could try to COOL it down quickly to stabilize the reaction. If it's too slow, a controlled amount of HEAT might be necessary to encourage the formation of KOH. You're essentially trying to form Potassium Hydroxide, which typically forms as a white SOLID. You'll want to watch for changes in the texture and state from LIQUIDS to new SOLIDS. Once you believe you've formed KOH, you might need a purification step. Remember how we sometimes 'heat it to a melt' for salt to separate impurities? Caustic Potash melts at a much lower temperature than NaCl (around 700°F or 360°C), so a careful application of HEAT could help in isolating a purer form. Be mindful that Caustic Potash is highly corrosive and will react strongly with many materials. Once you have your Caustic Potash, you'll notice it's highly soluble in WATER, just like our table salt. This stuff is powerful, so in Sandboxels, it could be used for advanced chemical reactions, dissolving certain materials, creating strong bases, or even as a component in more complex crafting trees. The beauty of Sandboxels is that you can 'make anything' if you understand the underlying principles of how elements combine and react. It’s all about experimentation and seeing what you can create beyond just 'make salt without using salt' as the only example!