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Click the Phoenix FD Simulator → Output roll-out rollout → Set output cache file location.

Start Backburner Manager, Server and Monitor.

Default Path: C:\ProgramData\Microsoft\Windows\Start Menu\Programs\Autodesk Backburner 20xx

In the Backburner Monitor go to Manager → Connect manager and set the corresponding IP adressaddress.

Click the Phoenix FD top menu → Submit Simulation to Backburner.

Set the name or the ip IP address for the Backburner Manager.

Turn on "Run only the Simulation and do Not Render".

Press the "Run" button.

Click the Phoenix FD Simulator → Liquid roll-out rollout → Enable "Wetting".

Click the Phoenix FD Simulator → Output roll-out rollout → Make sure that the Wetmap particles are enabled for export.

Open the Hypershade and create two V-Ray materials.

Create a V-Ray Blend Material and connect the already created V-Ray materials as Base color and Coat 1.

Create a Phoenix FD Particle Texture → Edit Particle Systems → Select the phxParticleTex_set and connect it to the PG_PhoenixFDSimulator_WetMap.

Connect the Phoenix FD Particle Texture as a blend amount mask for the V-Ray Blend Material.

Assign the V-Ray Blend Material to your geometry and render.

Set Phoenix FD Simulator → Rendering roll-out rollout → Mesh sub-roll-out rollout → Mesh Type: Maya Mesh (not suitable for Ocean).

Double-check to make sure the Velocity Color Set field at the bottom of the Mesh roll-out rollout is set to velocity.

Select the liquid mesh and go to Cache → Alembic Cache → Export Selection to Alembic (option box).

From the Alembic Export Options dialog, make sure Write Color Sets is enabled under the Advanced Options roll-out rollout.

Click the Phoenix FD Simulator → Output roll-out rollout → '...' button next to the Simulation Save Path option.

Select Browse and navigate to a preferred folder. Set the File Name option and choose OpenVDB Cache from the Files of Type drop-down.

Start the simulation as usual. The output cache files are now OpenVDB instead of AUR.