RURPM — Resource Recovery Process Module
Architecture:
RSGA™ — Resource Sustainability Governance Architecture
Parent Standard:
Resource Recovery & Circularity Standard (RRCS)
Category:
Governance & Enforcement
Subcategory:
Resource Governance
Type:
Core Module
Governed Space:
Resource Recovery Process Governance
Module ID:
RSGA-RRCS-RURPM-03
Origin ID:
OOF-RSGA-RRCS-RURPM
Version:
1.0
Status:
Canonical Open
Effective Date:
8 October 2026
Compatibility:
Methodology OS — Modular Compatibility
GIE-Compatible:
Yes
AI-Readable:
Yes
Authority:
OOF® — OriginOpen® Foundation
Protection:
Protected Methodological Work
Canonical Language:
English
1. Canonical Definition
RURPM — Resource Recovery Process Module is the Core Module within RRCS that governs how eligible and appropriately authorized Resource Recovery processes are initiated, bounded, executed, measured, evidenced, controlled, completed, interrupted, and reassessed, including the traceability of Resource inputs, supporting Resource consumption, process transformations, recovered outputs, residuals, and losses.
RURPM establishes the governance continuity between an assessed Recovery pathway and the actual operational process used to recover Resource capability.
It ensures that Recovery activity is distinguishable from Recovery achievement and that every material Resource transformation remains traceable through an explicit process boundary.
Recovery Process Execution ≠ Validated Resource Recovery.
2. Operational Role
RURPM governs the operational execution stage of Resource Recovery.
ERRM establishes what Resource remains after original use.
RPMM establishes whether Recovery is feasible and under which conditions.
RURPM governs what actually happens when an eligible and authorized Recovery process is executed.
Its operational responsibilities include:
Establishing the Recovery process boundary. Verifying applicable authorization and execution conditions. Identifying Recovery inputs. Recording supporting Resource consumption. Monitoring Recovery process execution. Measuring intermediate transformations. Identifying outputs, residuals, and losses. Preserving process deviations and incidents. Establishing actual Recovery process performance. Producing an evidenced Recovery process record.
RURPM does not independently determine that recovered output satisfies the requirements of a validated secondary Resource.
3. Operational Question
How should an eligible and authorized Resource Recovery process be executed, measured, controlled, and evidenced so that its actual inputs, transformations, outputs, supporting Resource consumption, losses, deviations, and completion state remain traceable without confusing process activity with validated Recovery achievement?
4. Position in Architecture Governance Flow
RSGA™ Governance Flow
Resource Characterization → Availability & Capacity → Demand → Dependency & Criticality → Access → Prioritization & Allocation → Consumption & Utilization → Scarcity & Constraint → Recovery & Circularity → Substitution & Flexibility → Interdependency & Resilience → Continuity & Sustainability
RRCS Governance Flow
1. End-of-Use Resource Recognition — ERRM 2. Resource Recovery Potential — RPMM 3. Resource Recovery Process — RURPM 4. Recovered Resource Validation 5. Secondary Resource Reintegration
RURPM occupies the third position.
It converts an appropriately established Recovery pathway into an evidenced operational Recovery process.
Its outputs become inputs for subsequent recovered Resource validation.
5. Governed Space
Resource Recovery Process Governance
This space concerns the operational execution and evidence of Recovery processes involving residual, used, depleted, transformed, discarded, or otherwise recoverable Resources.
It includes physical, chemical, thermal, mechanical, biological, functional, and other applicable Recovery mechanisms.
RURPM governs the process as a Resource Recovery operation, not the engineering design of every underlying technology.
6. Governed Object
The primary Governed Object is:
An identifiable Resource Recovery Process Instance operating under defined Resource inputs, Recovery pathway, process boundary, operational conditions, execution authority, and evidence requirements.
Canonical relationship:
Recognized Resource → Recovery Potential → Recovery Eligibility & Authorization References → Process Boundary → Recovery Inputs → Process Execution → Resource Transformation → Process Outputs & Losses → Process Completion → Recovery Process Record
Each process instance must remain distinguishable from other Recovery operations.
7. Scope
RURPM governs:
Recovery process identification. Recovery process eligibility and authorization references. Process initiation conditions. Process boundaries. Input Resource identity and quantity. Supporting Resource inputs. Recovery technology and pathway references. Process operating conditions. Process transformations. Intermediate Resource states. Process monitoring. Resource consumption. Process output measurement. Process residuals and losses. Recovery yield accounting. Process deviations and interruptions. Process completion and failure. Evidence provenance. Process reassessment. Process versioning and auditability.
RURPM does not independently govern recovered Resource quality certification, secondary Resource eligibility, authorized reintegration, Circularity achievement, or long-term Sustainability.
8. Foundational Governance Principles
8.1 Recovery Execution Principle
Recovery Process Started ≠ Recovery Process Completed.
A process may be initiated without reaching its intended operational endpoint.
8.2 Recovery Achievement Principle
Recovery Process Completed ≠ Usable Resource Recovered.
A completed operation may produce insufficient, contaminated, degraded, or otherwise unusable output.
8.3 Input–Output Principle
Recovery Input Quantity ≠ Recovered Output Quantity.
Material or energy may be lost, transformed, dispersed, consumed, or diverted into other outputs.
8.4 Resource Burden Principle
Recovery Output ≠ Net Resource Benefit.
Recovery may require significant electricity, water, chemicals, materials, or infrastructure capacity.
8.5 Validation Boundary Principle
Measured Recovery Output ≠ Validated Secondary Resource.
Recovered Resource validation remains a separate governance stage.
9. Recovery Process Identity
Each Recovery process instance should have a distinct identity.
Minimum references include:
Process ID
Recovery Pathway
Input Resource ID
Operating Entity
Process Location
Start Time
Applicable Process Conditions
Execution Authority Reference
Evidence Record
A process may include several operational stages while remaining traceable to one defined Recovery objective.
10. Recovery Process Boundary
The Recovery process boundary establishes which Resource inputs, transformations, supporting Resources, outputs, residuals, and losses belong to the governed process.
The boundary should specify:
Included equipment and operations. Included Resource streams. Relevant time interval. Process entry and exit points. Supporting Resource inputs. Intermediate transformations. Output measurement points. Relevant exclusions.
Undefined Process Boundary ≠ Reliable Recovery Accounting.
11. Recovery Eligibility and Authorization
Before execution, RURPM must preserve the applicable Recovery eligibility and authorization references.
The module verifies whether the relevant conditions have been established by competent mechanisms.
It does not create that authority.
Recovery Feasibility ≠ Recovery Eligibility.
Recovery Eligibility ≠ Recovery Authorization.
Execution Capability ≠ Execution Authority.
12. Recovery Input Recognition
Each material Recovery input must be identifiable.
Relevant input information includes:
Resource Identity
Resource Type
Quantity
Measurement Unit
Condition
Composition
Source
Origin
Entry Time
Relevant Restrictions
Inputs inherited from ERRM and RPMM should retain their original evidence references.
13. Input Acceptance
A Recovery process may receive a Resource that differs from the condition assumed during Recovery Potential assessment.
RURPM must distinguish:
Input Presented
Input Inspected
Input Accepted
Input Conditionally Accepted
Input Rejected
Input Acceptance Pending
Input acceptance does not establish successful Recovery.
14. Supporting Resource Inputs
Recovery processes may require additional Resources.
Examples include:
Electricity
Heat
Water
Chemicals
Consumables
Replacement Materials
Equipment Capacity
Other Process-Specific Resources
RURPM should record material supporting inputs using their native physical units.
15. Supporting Resource Consumption
Supporting Resource consumption must be distinguishable from the quantity of Resource recovered.
For example, recovering industrial water may require electricity and treatment chemicals.
Recovered Water Volume ≠ Total Resource Consumption of Water Recovery.
This distinction supports later cross-resource and Sustainability evaluation.
16. Recovery Process Execution
Process execution concerns the actual operation of the selected Recovery mechanism.
RURPM should preserve:
Process Start
Operating Conditions
Relevant Process Stages
Process Measurements
Transformations
Interruptions
Deviations
Outputs
Completion State
Operational evidence must describe what occurred, not merely what was planned.
17. Process Stage Governance
Where Recovery includes multiple stages, each materially relevant stage should be traceable.
Example:
Input Collection → Sorting → Preparation → Processing → Separation → Output Collection
Each stage may have its own:
Inputs
Outputs
Losses
Supporting Resource Consumption
Measurements
Deviations
Evidence
18. Resource Transformation
Recovery may change the physical, chemical, functional, or energetic state of a Resource.
RURPM must preserve the relationship between the input Resource and its resulting outputs.
Resource Transformation ≠ Resource Recovery Achievement by definition.
A transformation may produce a usable output, an unusable residual, or a combination.
19. Intermediate Resource States
Intermediate Resource states may arise during processing.
Examples include:
Partially separated materials. Partially treated water. Disassembled components. Intermediate chemical fractions. Partially refurbished equipment.
An intermediate state must not automatically be classified as a completed recovered Resource.
20. Recovery Output Identification
Every material output should be identified and classified according to its actual process role.
Minimum categories may include:
Candidate Recovered Output
Intermediate Output
Residual Output
By-product
Loss or Discharge
Unclassified Output
Output classification must preserve the applicable Resource evidence.
21. Candidate Recovered Output
A Candidate Recovered Output is an output produced through the Recovery process that may satisfy a subsequent recovered Resource validation procedure.
Its existence does not establish that it meets the requirements of a particular future use.
Candidate Recovered Output ≠ Validated Recovered Resource.
22. Residual Outputs
A Recovery process may generate additional residual Resources.
These may require separate identification and subsequent Recovery assessment.
Recovery Process Residual ≠ Irrecoverable Waste by definition.
Where appropriate, the residual may re-enter ERRM and RPMM under a new, traceable Resource-use or process context.
23. Resource Losses
Resource losses may arise through:
Dispersion
Evaporation
Combustion
Chemical Transformation
Unrecoverable Process Residues
Mechanical Loss
Separation Inefficiency
Other Resource-Specific Mechanisms
Loss classification must reflect the actual process boundary and physical measurement method.
24. Resource Accounting
RURPM should establish a Resource accounting relationship appropriate to the governed Resource.
For conserved material quantities, a simplified accounting structure may be:
Material Inputs = Material Outputs + Material Accumulation + Accounted Losses + Measurement Difference
This relationship must be adapted to the actual physical process and system boundary.
Mass, energy, water volume, and functional capacity are not interchangeable accounting quantities.
25. Recovery Yield
Where input and output quantities are physically compatible and the eligibility boundary is defined:
Recovery Yield = Candidate Recovered Output Quantity / Eligible Recovery Input Quantity
This is a process-output indicator, not proof of validated recovered quality.
The denominator, measurement basis, exclusions, and time boundary must be explicit.
High Recovery Yield ≠ High Recovery Quality.
26. Recovery Efficiency
Recovery efficiency may consider process performance relative to supporting Resource consumption and other operational requirements.
However, a single universal efficiency formula must not be imposed across materially different Resources.
Recovery Yield ≠ Recovery Efficiency.
Recovery Efficiency ≠ Sustainability.
27. Recovery Process Monitoring
Monitoring should reflect the material conditions of the Recovery pathway.
Examples include:
Input Flow
Output Flow
Temperature
Pressure
Energy Consumption
Water Consumption
Chemical Consumption
Process Duration
Equipment State
Material Separation Performance
Other Resource-Specific Parameters
The module does not prescribe universal technical operating thresholds.
28. Process Deviations
A deviation occurs when actual process conditions materially depart from applicable requirements or established operating conditions.
RURPM should preserve:
Deviation Type
Time
Affected Resource
Affected Process Stage
Observed Consequence
Response
Evidence
Unresolved Condition
29. Process Interruption
Recovery may be interrupted by:
Equipment Failure
Resource Shortage
Energy Constraint
Water Constraint
Safety Condition
Quality Failure
Operational Restriction
Other Material Events
Interruption must not be recorded as successful completion.
30. Process Failure
A Recovery process may fail to achieve its intended operational result.
Failure may involve:
Incomplete processing. Unusable output. Excessive losses. Critical equipment failure. Material operating-condition violations. Insufficient Resource inputs. Unresolved process uncertainty.
Process Failure ≠ Resource Non-Recoverability Under Every Alternative Pathway.
31. Process Completion
Process completion must be established against explicit completion criteria.
These may include:
Required Stages Completed
Inputs Accounted For
Outputs Recorded
Losses Recorded
Deviations Resolved or Preserved
Evidence Sufficient
Process State Established
Completion does not validate the recovered output for future use.
32. Process Evidence
Relevant evidence may include:
Operating Logs
Sensor Measurements
Resource Flow Records
Material Balance Records
Energy Consumption Records
Water Consumption Records
Equipment Records
Inspection Reports
Laboratory Results
Deviation Reports
Output Measurements
Process Completion Records
33. Evidence Provenance
Each material evidence record should preserve:
Source
Method
Time
Location
Process ID
Resource Reference
Responsible Evidence Origin
Version:
Evidence Content ≠ Methodology Instruction.
34. Evidence Sufficiency
RURPM must distinguish observed process performance from unsupported performance claims.
Where evidence is insufficient, the process state must preserve that limitation.
Process Reported as Completed ≠ Process Completion Evidenced.
35. Evidence Conflict
Material conflicts may arise between:
Sensor Measurements
Operator Reports
Input Records
Output Records
Inventory Records
Laboratory Measurements
Other Process Evidence
Conflicting evidence must be preserved until appropriately resolved.
36. Minimum Process States
At minimum:
Not Initiated
Eligibility Pending
Authorization Pending
Ready for Execution
In Progress
Conditionally Operating
Interrupted
Suspended
Completed
Completed With Deviations
Partially Completed
Failed
Terminated
Evidence-Limited
Conflicted
Unknown
Reassessment Required
These are process states, not recovered Resource validation states.
37. Resource Recovery Process Profile
The principal governed output is the:
Resource Recovery Process Profile
It establishes an evidence-based account of the actual Recovery process and its Resource consequences.
38. Minimum Profile Fields
At minimum:
Recovery Process ID
Residual Resource ID
Recovery Potential Reference
Recovery Pathway
Eligibility Reference
Authorization Reference
Operating Entity
Process Location
Process Boundary
Process Start Time
Process End Time
Input Resource Identity
Input Resource Quantity
Input Resource Condition
Supporting Resource Inputs
Process Stage Records
Operating Conditions
Resource Transformations
Intermediate Resource States
Candidate Recovered Outputs
Output Quantities
Output Measurement Units
Residual Outputs
Resource Losses
Recovery Yield Reference
Recovery Efficiency Reference
Process Deviations
Process Interruptions
Process Failure Conditions
Process Completion State
Process Evidence
Evidence Provenance
Evidence Sufficiency
Evidence Uncertainty
Evidence Conflict
Reassessment Trigger
Effective Time
Version:
39. Minimum Implementation Framework
A minimum operational RURPM implementation should contain eight governed layers.
Layer 1 — Recovery Process Identity
Establish the process identity, Recovery pathway, input Resource, operating context, and responsible operational references.
Layer 2 — Eligibility and Authorization Verification
Confirm the applicable eligibility and execution-authority references without creating or transferring authority.
Layer 3 — Process Boundary and Inputs
Define the process boundary, accepted Resource inputs, supporting Resource requirements, and measurement basis.
Layer 4 — Process Execution
Record the actual execution of Recovery stages, operating conditions, and Resource transformations.
Layer 5 — Resource Accounting
Measure Resource inputs, supporting Resource consumption, outputs, residuals, and losses using appropriate physical units.
Layer 6 — Process Control
Monitor deviations, interruptions, failures, corrective actions, and completion conditions.
Layer 7 — Evidence Evaluation
Evaluate process evidence, provenance, sufficiency, uncertainty, and conflict.
Layer 8 — Governed Output
Produce the Resource Recovery Process Profile , including the candidate recovered outputs requiring subsequent validation.
40. Minimum Decision States
The implementation must support decisions concerning:
Execution Not Authorized
Execution Conditions Satisfied
Input Accepted
Input Rejected
Process Ready
Process In Progress
Process Interrupted
Process Suspended
Process Failed
Process Completed
Process Completed With Deviations
Output Recorded
Output Evidence-Limited
Process Evidence Conflicted
Process Reassessment Required
Output Awaiting Validation
A process may reach several applicable states at different stages of its lifecycle.
41. Minimum Evidence Path
Where actual Recovery process performance cannot be established:
Recovery Process → Input / Execution / Output Evidence → Evidence-Limited / Conflicted / Unknown State → Missing Measurement or Process Evidence → Evidence Acquisition → Process Accounting Review → Completion-State Determination → Resource Recovery Process Profile → Output Validation Handoff
If the evidence cannot be recovered, the unresolved state must remain explicit.
42. Minimum Reassessment Framework
Current Recovery Process Profile → New Process / Measurement / Output / Loss / Deviation Evidence → Materiality Assessment → Process Boundary Review → Resource Accounting Review → Completion-State Review → Evidence Reassessment → Profile Update → Version Update
Reassessment triggers include:
Corrected input quantities. Newly identified outputs. Previously unrecorded losses. Measurement errors. Process deviations. New operating evidence. Changed process boundaries. Revised Resource accounting. Evidence of incomplete processing. Conflicting process completion records.
Reassessment must preserve the historical record rather than silently overwrite it.
43. Governance Requirements
A conforming RURPM implementation must satisfy the following requirements.
Process Identity and Authority
1. Assign an identifiable Recovery process instance. 2. Preserve the input Resource reference. 3. Preserve the Recovery Potential assessment reference. 4. Establish the applicable Recovery pathway. 5. Preserve eligibility conditions. 6. Preserve execution-authority references. 7. Prevent feasibility from being treated as authorization. 8. Preserve the operating entity and process location.
Process Boundary and Inputs
9. Establish a defined process boundary. 10. Identify accepted Recovery inputs. 11. Preserve input quantities and units. 12. Preserve material input conditions. 13. Identify supporting Resource requirements. 14. Record material supporting Resource consumption. 15. Distinguish primary Recovery inputs from supporting inputs. 16. Prevent unsupported Resource accounting across incompatible units.
Execution and Monitoring
17. Record process initiation.
18. Preserve materially relevant process stages. 19. Record actual operating conditions. 20. Preserve intermediate Resource states. 21. Record material Resource transformations. 22. Support process monitoring. 23. Record deviations and interruptions. 24. Distinguish process failure from successful completion.
Outputs and Losses
25. Identify candidate recovered outputs. 26. Preserve output quantities and units. 27. Identify residual outputs. 28. Preserve material losses. 29. Preserve relevant measurement uncertainty. 30. Distinguish recovered output from validated recovered Resource. 31. Calculate Recovery yield only where its measurement basis is valid. 32. Distinguish Recovery yield from Recovery efficiency.
Evidence and Completion
33. Preserve process evidence. 34. Preserve evidence provenance. 35. Evaluate evidence sufficiency. 36. Support Evidence-Limited and Conflicted states. 37. Preserve unresolved process conditions. 38. Apply explicit completion criteria. 39. Prevent reported completion from replacing evidenced completion. 40. Preserve process history and versioning.
Governance Boundaries
41. Preserve ERRM Resource Recognition boundaries. 42. Preserve RPMM Recovery Potential boundaries. 43. Preserve Recovery authorization boundaries. 44. Preserve recovered Resource validation boundaries. 45. Preserve secondary Resource reintegration boundaries. 46. Preserve Circularity and Sustainability boundaries. 47. Preserve independent Harm, Liability, and Value governance. 48. Produce a Resource Recovery Process Profile.
44. Governance Logic
Canonical RURPM logic:
Recognized Residual Resource → Recovery Potential → Eligibility & Authorization References → Recovery Process Identity → Process Boundary → Input Acceptance → Supporting Resource Inputs → Process Execution → Resource Transformation → Intermediate States → Outputs & Losses → Resource Accounting → Process Completion Assessment → Evidence Evaluation → Resource Recovery Process Profile → Recovered Resource Validation Handoff
Where process conditions change materially, the process must enter an appropriate reassessment, interruption, suspension, or failure state.
45. Governance Outputs
RURPM may produce:
Resource Recovery Process Profile
Recovery Process Identity Record
Eligibility and Authorization Reference
Recovery Input Record
Supporting Resource Consumption Record
Recovery Process Boundary
Process Stage Record
Resource Transformation Record
Intermediate Resource State Record
Candidate Recovered Output Record
Residual Output Record
Resource Loss Record
Recovery Yield Record
Recovery Efficiency Reference
Process Deviation Record
Process Interruption Record
Process Completion State
Process Evidence State
Process Uncertainty Record
Process Conflict Record
Reassessment Record
Validation Handoff Record
46. Critical Distinctions
Recovery Feasibility ≠ Recovery Authorization.
Execution Capability ≠ Execution Authority.
Recovery Process Started ≠ Recovery Process Completed.
Recovery Process Completed ≠ Usable Resource Recovered.
Recovery Input Quantity ≠ Recovered Output Quantity.
Resource Transformation ≠ Recovery Achievement.
Input Accepted ≠ Recovery Successful.
Candidate Recovered Output ≠ Validated Recovered Resource.
Recovery Process Residual ≠ Irrecoverable Waste.
Recovery Yield ≠ Recovery Efficiency.
High Recovery Yield ≠ High Recovery Quality.
Recovery Efficiency ≠ Sustainability.
Recovery Output ≠ Net Resource Benefit.
Process Reported as Completed ≠ Process Completion Evidenced.
Process Failure ≠ Resource Non-Recoverability Under Every Alternative Pathway.
Process Completion ≠ Recovered Resource Validation.
47. Use Case 1 — AI Data Center Hardware Recovery
An AI data center sends retired accelerator servers to an appropriately authorized Recovery facility.
ERRM has established the residual hardware identities.
RPMM has established feasible Recovery pathways.
RURPM governs the actual Recovery operation.
Recovery Process
Hardware intake → Inspection → Disassembly → Component Separation → Material Sorting → Candidate Recovered Outputs
Governed Inputs
Retired accelerator servers, supporting electricity, equipment capacity, and relevant consumables.
Governed Outputs
Separated accelerator components, memory modules, circuit boards, metal fractions, and residual material.
Governance Requirements
RURPM records actual input quantities, component separation, processing energy, damaged components, material losses, and process completion.
It distinguishes components collected during disassembly from components that have been validated for reuse.
A successfully disassembled server is not automatically a successfully recovered usable Resource.
The resulting outputs are transferred to subsequent validation governance.
48. Use Case 2 — Industrial Wastewater Recovery
An industrial facility operates a water Recovery system.
ERRM identifies the wastewater stream.
RPMM establishes that treatment is operationally feasible.
RURPM governs the treatment process.
Recovery Process
Wastewater Intake → Pretreatment → Filtration → Membrane Treatment → Output Collection → Residual Stream Management
Governed Inputs
Wastewater volume, electricity, treatment chemicals, membrane capacity, and other relevant inputs.
Governed Outputs
Candidate recovered water, concentrated residual streams, process losses, and other material outputs.
Governance Requirements
RURPM records:
Actual wastewater input volume. Treatment stages completed. Electricity and chemical consumption. Candidate recovered water volume. Residual discharge. Measurement uncertainty. Process interruptions. Completion evidence.
The process may be completed while recovered water quality remains unvalidated for its intended subsequent use.
Water Treatment Completed ≠ Water Reuse Authorized.
49. Cross-Architecture Boundary
RURPM receives Resource evidence from:
ERRM — End-of-Use Resource Recognition Module
RPMM — Resource Recovery Potential Module
It may consume supporting evidence from:
RCHS — Resource Characterization Standard
RACS — Resource Availability & Capacity Standard
RDCS — Resource Dependency & Criticality Standard
RAGS — Resource Access Governance Standard
RCUS — Resource Consumption & Utilization Standard
RSCS — Resource Scarcity & Constraint Standard
Its outputs may support:
Recovered Resource Validation
Secondary Resource Reintegration
RIRS — Resource Interdependency & Resilience Standard
RCSS — Resource Continuity & Sustainability Standard
Relevant external architectural relationships include:
ORA™ — Operational Reality Architecture
VEGA™ — Value Execution Governance Architecture
HAGA™ — Harm Governance Architecture
LIGA™ — Liability Governance Architecture
RURPM governs Recovery process execution and its Resource accounting. It does not absorb the independent authority of these other governance domains.
50. Cross-Architecture Mechanism Principle
An operational mechanism may produce inputs for multiple governance architectures, but it belongs only to the architecture whose governed domain includes that mechanism itself. Other architectures govern only its domain- specific relevance or consequences.
A Recovery process may produce evidence relevant to Resource Availability, Sustainability, Value, Harm, and Liability.
RURPM governs the Resource Recovery process itself, while other architectures govern the consequences within their respective domains.
51. Canonical Boundary
RURPM governs how eligible and appropriately authorized Resource Recovery processes are initiated, bounded, executed, measured, evidenced, controlled, completed, interrupted, and reassessed, including the traceability of Resource inputs, supporting Resource consumption, process transformations, recovered outputs, residuals, and losses.
It does not independently establish Recovery eligibility or authorization, certify recovered Resource quality, create secondary Resource status, authorize reintegration, or determine Circularity and long-term Sustainability.
Its principal governed output is the Resource Recovery Process Profile .
52. Canonical Closing Statement
Recovery cannot be established merely by operating a process, processing a quantity of material, or reporting an output. What entered the process, what was consumed, what was transformed, what was lost, and what actually emerged must remain distinguishable and evidenced.
RURPM establishes the governance continuity between Recovery potential and actual Recovery operations — ensuring that process execution is traceable, Resource accounting is explicit, and recovered output is not treated as validated Resource capability before the required evidence exists.