RM · Solid-process module
Provides the controlled reaction environment in which a released Chemistry Kit processes a qualified feed.
Module function
The functional boundary is explicit so a module is never treated as a universal process claim.
How the module works
Each step names both the physical function and the evidence required before the next handover.
Configuration and authority record accepted.
Feed, route and permissives proven.
Required measurements remain inside the released envelope.
Endpoint or accountable hold decision recorded.
Receiver and cleaning completion confirmed.
Stream schedule
A stream is not released merely because the equipment can move it. Its state, route and receiving boundary must be accepted.
| Stream | Direction | Physical handover | Acceptance / release basis |
|---|---|---|---|
| Qualified process feed | Inlet | Utility → RM | RM inlet state, route and Kit compatibility verified. |
| Released chemistry | Inlet | Controlled Kit supply → RM | Recipe identity, concentration, materials and safety basis released. |
| Reacted slurry / liquor | Product / intermediate | RM → SHM or named receiver | Reaction state and downstream readiness verified. |
| RAFF / CIP / off-spec | Residual | RM → allocated receiver | Separate route, containment and status defined. |
Published datasheet
Unsupported values are never guessed. The table states either the current public definition or exactly how the value is established.
| Specification field | Current definition | Evidence basis |
|---|---|---|
| Product code | RM | Fixed architecture |
| Product family | Solid-process module | Fixed architecture |
| Typical process position | Core Adapt process | Fixed architecture |
| Reference configurations | 20C: 1× AE630 / DN40; 20X: 2× / DN65; 40S: 6× / DN80; 40P: 8× / DN100 in 4+4. | Configuration option |
| Reference status | Engineering reference only; not a performance guarantee or procurement release. | Fixed architecture |
| Reaction duty | Defined from representative testwork, kinetics and mass / energy balance. | Project-specific |
| Residence time / cycle | Established from the released Chemistry Kit and testwork basis. | Project-specific |
| Temperature / pressure | Set by chemistry, heat/gas generation, equipment and system envelope. | Project-specific |
| Materials | Selected from chemistry, corrosion, erosion, temperature and cleaning review. | Project-specific |
| Agitation and heat transfer | Selected from rheology, solids, kinetics and thermal duty. | Project-specific |
| Performance | Recovery, conversion and product quality require qualified testwork and receiver criteria. | Not publicly released |
Interface schedule
Process, utility, residual and control handovers are listed separately so responsibility is visible.
| Interface | Class | Handover | Acceptance evidence |
|---|---|---|---|
| Process inlet | Process in | Controlled feed from Utility | Feed and Kit envelope satisfied. |
| Chemistry inlet | Kit | Released reagent and recipe functions | Identity, concentration, route and authority valid. |
| Process outlet | Process out | Reacted material to SHM / named receiver | Endpoint and receiver proven. |
| CIP / RAFF | Residual | Allocated cleaning and raffinate receivers | Route and ownership explicit. |
| Automation | Controls | Recipe state, setpoints, evidence, permissives and alarms | Local PLC executes the released sequence. |
Operating envelope
The system envelope, Kit or chemistry limits, installed module configuration, project evidence and receiver criteria all apply. The narrowest valid limit governs.
| Envelope layer | Governing rule | Checks before release |
|---|---|---|
| System | The reactor remains inside the locked Adapt system design envelope. | pH, temperature, viscosity, chloride, conductivity and selected qualification pack. |
| Kit | Every chemistry has its own released operating envelope and recipe boundaries. | Concentration, order, timing, materials, hazards and endpoint. |
| Module | The selected 20C / 20X / 40S / 40P configuration defines installed physical limits. | Vessel, connections, mixing, heating/cooling and instrumentation. |
| Project | Representative evidence defines the qualified duty. | Feed variability, kinetics, scale-up and downstream acceptance. |
Safety, cleaning and lifecycle
Safe state, cleaning, maintainability and evidence gates are part of the technical definition, not afterthoughts.
Project inputs
Representative treatability testwork and released chemistry route
REQUIREDFeed composition, mineralogy and variability
REQUIREDMass-and-energy balance
REQUIREDReaction kinetics, residence-time and temperature basis
REQUIREDGas, heat, foam, corrosion and erosion basis
REQUIREDMaterials selection, agitation, instrumentation and downstream acceptance criteria
REQUIREDEvidence register
The source status is shown so a functional public summary cannot be mistaken for a released procurement or performance specification.
| Controlled document | Revision | Status | Verified basis | Public claim scope |
|---|---|---|---|---|
| EA-RM-SCP-001 | RevC | HOLD · engineering reference | 2026-07-22 | Reactor, reactor-CIP and RAFF scope plus reference model configurations. No universal performance release. |
