Foreword

Volumetric Flask [MOD]: Supporting fluid distribution (common capacity 16MB, 18MB ...) input, but it cannot detect fluid return.If the synthetic results are fluids, the synthesis cannot be completed correctly.MOD introduces its own tutorial, which is very intuitive.

[AE2FC] AE2 Fluid [MOD [MOD]: Support solid and fluid hybrid synthesis (only limited to synthetic model terminals, up to 9 input 3 output restrictions).

Material preparation

Only the components or machines of AE2FC required for fluid synthesis are introduced. Please complete the network construction, raw materials preparation, and processing machines.

ME FLUID PATTERN TERMINAL (ME fluid model terminal), which is synthesized by the ME model terminal+ME fluid encoder to support a formula containing fluids.

ME Fluid Discretizer (ME fluid discrete device) can be connected to the network, and it is used to change each other in the fluid droplet (the process is automatically).

Me Dual Interface (ME solid/liquid dual interface), which is synthesized by the ME interface+ME fluid interface (see synthetic guessing function), supports solid/liquid output and input, and completely replaces the original ME interface.

synthesis

Open the ME fluid model terminal (switch to the processing model mode, connect to the ME fluid discrete device, the fluid is displayed in the form of liquid droplets), and then find the formula to be synthesized.Click the set to use in the model terminal (as shown in Figure 2 below).

The synthetic recipe in the figure: 1x small nAOH powder+6000MB seed oil+1000MB methanol → 1000MB glycerin+6000MB biological diesel.

The [Chemical Reactor] (GT Machine) is connected to the network through the [ME dual interface], adjusts the machine output port to align the interface (enable automatic output), and is set with a screw knife to allow the input to the output surface.In the last step, click to start from the terminal.