Elemenos module catalogue
The four Adapt reactor configurations and every supporting solid- and water-process module now live in one place. Start with the reactor family or open a process function to see its duty, inputs, outputs and qualification boundary.
Adapt Reactors
20C, 20X, 40S and 40P are collected as one reactor family. The selected Chemistry Kit and project evidence define the qualified operating duty.
Compact reference configuration
Open Adapt Reactors →ADAPT20X2 × AE630-classHigher-throughput compact train
Open Adapt Reactors →ADAPT40S6 × AE630-classContinuous industrial configuration
Open Adapt Reactors →ADAPT40P8 × AE630-classParallel industrial configuration
Open Adapt Reactors →Process-module overview
Select any process module to open its published functional specification, interface boundary and exact project data requirements. The illustrations are functional diagrams—not equipment layouts.
| Counting basis | Included | How to read it |
|---|---|---|
| 4 Adapt reactor configurations | 20C · 20X · 40S · 40P | One Reaction Module family with four capacity/topology configurations |
| 7 solid-process modules | AFCM · Utility · RM · SHM · Flotation · Prism · ERM | Compact/core and optional product modules |
| 3 water modules | PWCM · DLEM · WPRM | Independent water and resource product modules |
| Adapt Plant | AFCM-P · UM-1 · RM-1 · SM-1 · HM-1 · ERM-P | Separate site-scale system line; its six functional blocks are not added to the 10-module product count |
Optional upstream beneficiation around a selected OEM package
Dry-feed acceptance, protection, screening and validation
Slurry preparation, buffering and process services
Kit-governed primary processing
Phase separation, holding, buffering and conditioning
Selective dissolved-metal recovery between clarified liquor and ERM
Electrochemical recovery and product finishing
Gas, solids and hydrocarbon conditioning
Selective lithium capture, wash and transfer
Case-selected barriers, conditioning and protected release
Learn by building
Add, remove and reorder the ten modules. The builder explains connection rules without presenting the result as a process design. Open a module card above for its technical dossier.
Module architecture
The solid modules form a configurable Adapt process line. PWCM, DLEM and WPRM remain independent water products and connect only where the upstream outlet and downstream feed boundary are both accepted.
| Architecture branch | Typical module sequence | Interface rule |
|---|---|---|
| Compact solid route | AFCM → Utility → RM → SHM → optional Prism / ERM | Feed, chemistry, liquor and receivers are independently accepted |
| Raw produced water + lithium | PWCM → DLEM | Raw produced water cannot bypass PWCM; DLEM needs an accepted outlet |
| Lithium + water reuse | DLEM product branch + raffinate → WPRM | Lithium-rich solution and raffinate are separate branches |
| Advanced water reuse | Accepted aqueous feed → WPRM | Receiver criteria determine the candidate barrier train |
Local control executesRuntime records evidenceMissing evidence pauses release
