• Low-temperature steam vents : Direct extraction if available, but be sure to use insulation in ventilation ducts to prevent overheating.
• Exhaust port design : In order to avoid steam accumulation, it is recommended to add an exhaust port at the rear of the steam engine. During operation, remember to turn off the manual switch after the steam is full.
• Small metal refiner : Using the heat generated by steelmaking, a ceramic refiner is set up. Temperature sensors control the left and right sides, and manual switches manage input and output.
• Automation simplification : thick wires can be used for wires, and manual switches are used for liquid level control. Please refer to the steelmaking module tutorial for detailed steps.
• Heating and application : As an independent heat source, the regulator cooperates with the liquid heater to generate steam. All equipment must be made of steel.
• Sensors and Automation : The liquid level is controlled through the AND gate, and two sensors ensure the appropriate temperature. Please refer to the steelmaking module description for the automation process.
• High temperature breakthrough : Use the game BUG to increase the heating temperature, but please note that it will become invalid after restarting the game and needs to be rebuilt.
• Module settings : The equipment is made of steel, the temperature sensor is set appropriately, and the time signal controls the heating process.
Although steam rockets are not used frequently, understanding these temporary solutions can help optimize resource utilization. Remember to clean your pipes regularly to keep them running smoothly.