Sandustry Florin: From Amethelis to Stored Energy
Dry Amethelis with Steam, burn the dry material to produce rising Florin gas, then cool that gas in a Condenser to make Liquid Florinol. Pump Florinol into a Florinol Battery for usable energy.
Follow the complete production chain
The verified sequence is Flower production to Amethelis, then Dry Amethelis, Florin gas, Liquid Florinol, and finally a Florinol Battery. Each step changes either the material or its state. Separate the stages so a failure can be traced.
Florin and Florinol are not interchangeable names. Florin is the gas produced after heating Dry Amethelis, while Florinol is the liquid created by cooling that gas. Objectives that request Florinol require the condensed liquid.
Dry Amethelis with Steam
Feed Amethelis into the top of a Steam Dryer and provide Steam from below according to the collected guide. The output is Dry Amethelis. Keep wet input, dry output, and Steam routes visibly separated.
If the Dryer stops, check both sides of the recipe before adding another building. Amethelis without Steam cannot complete the step, and a full solid output can block further processing. Seal the Steam path so gas does not escape into adjacent factory space.
Burn Dry Amethelis into Florin
Apply heat to Dry Amethelis to create Florin gas. Florin rises, so the chamber needs a sealed upper route toward the next machine. Open ceilings or side gaps turn production into an uncontrolled leak.
The collected community guide observes a conversion ratio in its tested version, but this page does not present that value as permanent balance data. Use the current material behavior to size the chamber. First prove that gas reaches the outlet without mixing with Steam or other gases.
Condense Florin into Florinol
Route Florin gas into a Condenser and cool it to produce Liquid Florinol. The output is now a liquid and needs a contained basin or Pump-and-Pipe route. Keep its network separate from Water and Liquid Copper.
If Florin accumulates above the Condenser, verify the gas route and available cooling. If Florinol appears but does not leave, inspect the Pump, Pipes, Vent, and liquid output space. A mixed fluid network can send the wrong liquid to the destination.
Pump Florinol into a battery
Deliver Liquid Florinol to a Florinol Battery to create usable energy for later structures. The battery stage is downstream of every planter, drying, heating, gas-routing, and condensing dependency. A shortage at the battery should be traced backward one material at a time.
Collected footage reports version-specific battery behavior and energy values, but current balance should be read from the live game. The reliable fact is the material order and the battery’s role in the energy chain. Do not combine Copper casting with the Florinol route even though both support later machinery.
Commission the chain in batches before running it continuously. Confirm Dry Amethelis, then contained Florin, then Liquid Florinol, and finally battery input. This sequence exposes leaks and state mistakes before valuable material fills the wrong chamber.
Source notes
This guide consolidates only the collected official, developer, Steam Community, video transcript, and community material available for this keyword. Version-specific or community-observed behavior is identified in the text; unsupported details are omitted.