Basics

A Part of a Petrolium / Bio-Refinery that takes lower distillates from things like the Fractional Distilation Column / Vacuum Distilation Unit (So Bio-Tar etc), and converts them into Syngas , Higher Distillates , and Petroleum Coke

Current Production Methods

Adds a system for Gasification of the resulting petcoke
Allows for flexible production of either petcoke and syngas, or just syngas, etc depending on needs

Most systems in use are "Open Systems" that have the damp petcoke-water mass fall into a basin, or some even pre-dry it (?), thus this allows for Particulate Matter pollution to form
Also can lead to Water Loss to Evaporation
"Closed Systems" can be made where the Reactor Drains Into a Grinder that makes it into Petcoke-Water Slurry without any intermediates (outside of maybe various scrubbing processes) (In BioPetcoke-Water Slurrys This Shouldn't be needed (need to see what stage this would fall in from Bio-Crude Refining (ie post desalting / Hydrodemetallization or not)

Sort of Flex Coking+
Essentially be able to produce:
- Bio-Asphalt
- Bio-Petcoke
- Bio-Tar (Maybe not this? Also the tar vs asphalt mess)
- Syngas
  - and Hydrogen ? if this is a single facility, and sending it off to another part of the Eco Industrial Park to accomplish this isn't an option
- Or some combination of any/all of these
This is because while tar is less valuable (?), OSE may vaule Asphalt Concrete for Pavement given it's recyclability?
- Need to review if the potential runoff / emissions is an issue?