What comes
out.

Tier 0 · Public summary

What the paper establishes

Given the measured elemental inventory in Paper 1, what OmniCrude™ is made of when that feedstock goes through the Recyclotron™ in Paper 2. All quantities are stated on one fresh-feed basis so the three papers reconcile.

OmniCrude™ comes in two phases, and both are internal: OmniCrude™ Vapor and OmniCrude™ Solids. Neither is a sale product. Both feed the refining protocol that makes Circular Materials.

The two phases

OmniCrude™ Vapor is a hydrogen-rich gas stream. It carries the nitrogen, sulfur and chlorine species to engineered capture points and sends residual tar to secondary reforming (the CRSRU). Its hydrogen is upgraded and used inside the plant to power it, and is never sold.

OmniCrude™ Solids hold the metals and minerals as unoxidized solids, together with a carbon fraction, concentrated well above their level in the feed. They go to separation and refining into Circular Materials.

How the makeup is derived

The paper sorts every element into one of five pools and follows each from the input to the stream it leaves in, so the per-element ledger closes. It also covers semi-volatile and trace elements, where each one ends up, and how the result moves with the operating mode.

How firm the numbers are

Each value carries one of four flags: certified, modelled, derived or pending. Derived values are engineering estimates for partner review, traceable to their inputs but not themselves certified or simulated. The remaining unknowns sit on the process side and in the trace-element ledgers, and instrumented metering and third-party certification are scheduled to resolve them.

Evidence status

Reactor-level values are model outputs. Derived values are estimates and are labelled as estimates in the paper.