{"schema_version":1,"experiment_id":"eoa_inverse_innovation_exp09_archetype_breadth150_20260804","cell_id":"deadweight_loss_reduction__chemistry_materials","arm":"BREADTH_PROBE_ONE_SHOT","candidate_id":"deadweight_loss_reduction__chemistry_materials__P1","proposal_index":1,"version":0,"title":"Risk-Tiered Transfer of Sealed Surplus Laboratory Reagents","problem":"At a research institution whose chemical-control policy sends all surplus reagents into the waste process, even manufacturer-sealed, unexpired, traceable containers cannot be transferred between laboratories. A laboratory may therefore dispose of a usable reagent while another laboratory at the same institution purchases the identical grade. The blanket prohibition protects against misidentification, degradation, incompatible storage, inventory gaps, and uncontrolled custody, but applies those protections more broadly than the low-risk case may require.","actors":["Laboratories holding surplus reagents","Laboratories seeking specified reagents","Environmental health and safety staff","Chemical hygiene officer","Chemical inventory manager","Hazardous-waste personnel","Procurement staff","Principal investigators and trained laboratory users"],"observable_state":"Inventory, procurement, and waste records show a manufacturer-sealed, unexpired container with an intact identifier and documented storage entering waste handling while a separate laboratory orders the same chemical, grade, and package-compatible quantity within a defined time window. The current policy provides no compliant transfer path even when both laboratories are authorized to possess and store it.","consequence":"Potentially usable material is destroyed, a replacement container is acquired, hazardous-waste handling is incurred, and the receiving experiment waits, without an evidence-based determination that the specific sealed container presents greater risk than a newly procured equivalent.","affected_objective":"Increase safe utilization of traceable chemical inventory and reduce avoidable disposal, duplicate acquisition, and experiment delay while preserving chemical identity, quality, custody, storage, exposure, and regulatory protections.","intervention":"Conduct a Distortion-Reduction Review and test a bounded Permit or Approval Streamlining pathway for same-site transfers of manufacturer-sealed, unexpired, fully traceable reagents. Eligibility would require an exact inventory match, intact packaging, documented storage history, compatible receiving storage, trained recipients, chemical-hygiene approval, inventory reassignment, and ordinary waste handling for every rejected container. The pathway changes the blanket allocation rule, not the substantive rules governing possession or safe handling.","structural_mapping":[{"archetype_element":"Beneficial activity blocked","domain_realization":"A compliant laboratory receives a usable sealed reagent already held by another compliant laboratory instead of procuring a duplicate."},{"archetype_element":"Distortion Map","domain_realization":"A blanket surplus-to-waste rule makes transfer unavailable regardless of container integrity, traceability, or recipient authorization."},{"archetype_element":"Protected Constraint Safeguard","domain_realization":"Identity verification, shelf-life limits, storage history, packaging integrity, recipient authorization, compatibility, custody records, and hazardous-material requirements remain mandatory."},{"archetype_element":"Surplus Estimate","domain_realization":"For each candidate match, compare avoided purchase, waste handling, and waiting time with inspection, inventory-transfer, and administration burdens, recording uncertain or nonmonetary safety and quality considerations separately."},{"archetype_element":"Affected-Party Incidence Map","domain_realization":"Sending and receiving laboratories may gain usable inventory; safety and inventory staff incur review work; waste personnel receive fewer eligible containers; researchers bear rejection or delay; the institution retains liability and compliance exposure."},{"archetype_element":"Redesign Lever","domain_realization":"Replace the all-or-nothing transfer prohibition with a narrow eligibility rule and documented approval path for sealed, traceable, low-ambiguity cases."},{"archetype_element":"Implementation Boundary","domain_realization":"Initially include only same-site, manufacturer-sealed, unexpired containers already permitted in both laboratories; exclude controlled substances, explosives, highly reactive materials, unknown storage histories, damaged labels, opened containers, and inter-jurisdictional shipment."},{"archetype_element":"Monitoring and Rebound Check","domain_realization":"Track match completion, review burden, inventory accuracy, storage deviations, rejected cases, incidents, near misses, stockpiling, and whether laboratories begin over-ordering in anticipation of later transfer."},{"archetype_element":"Rollback or Adjustment Rule","domain_realization":"Pause new approvals and revert eligible surplus to existing disposition rules if traceability fails, a safety event is plausibly transfer-related, review capacity is exceeded, or excluded materials enter the pathway."}],"mechanism_mapping":[{"mechanism_slug":"distortion-reduction-review","role":"Separate the avoidable blanket prohibition from the chemical-safety and custody purposes that must remain protected.","counterfactual_removal":"Without this review, the proposal collapses into generic reagent reuse and provides no basis for deciding which part of the existing rule is excessive."},{"mechanism_slug":"permit-or-approval-streamlining","role":"Create one risk-tiered approval path that verifies eligibility and transfers inventory custody without removing substantive chemical controls.","counterfactual_removal":"Without an authorized approval path, willing laboratories remain unable to complete a compliant transfer even when a safe match is identified."},{"mechanism_slug":"impact-assessment-table","role":"Record each proposed match, affected parties, avoided and added burdens, protected constraints, uncertainties, rejection reasons, and monitoring triggers.","counterfactual_removal":"Without comparable case records, aggregate convenience could obscure review workload, distributional effects, rejected risks, or weak assumptions."}],"causal_chain":["A blanket surplus-to-waste rule treats low-ambiguity sealed containers like higher-risk surplus materials.","The rule blocks transfer even when sender, recipient, chemical identity, storage conditions, and authorization can be verified.","Blocked transfer causes disposal of the held container and separate procurement when an exact eligible match occurs.","A narrow approval pathway screens each match against preserved safety, quality, custody, and legal constraints.","Approved custody and inventory reassignment permits the receiving laboratory to use the existing container; rejected containers remain under the baseline disposition process.","Case-level monitoring tests whether avoided disposal, acquisition, and delay occur without increased incidents, traceability failures, gaming, or review burdens that negate the repair."],"baseline":"All laboratory-declared surplus reagents continue through the institution's existing return or hazardous-waste disposition process; other laboratories procure their own supplies. There is no sanctioned peer transfer pathway, even for sealed, unexpired, fully traceable containers.","nearest_rivals":["Transaction Cost Reduction: closer if transfers are already allowed and the primary obstacle is merely search, paperwork, or coordination cost; here the focal wedge is a categorical eligibility prohibition.","Externality Internalization: closer if disposal or transfer restrictions are necessary to make laboratories bear chemical-risk or environmental costs; the proposal preserves those protections and does not treat them as distortion.","Chemical inventory optimization: may reduce over-ordering prospectively but does not repair the rule that blocks a safe transfer after surplus exists.","Informal reagent sharing: can move material but lacks the authority, custody, eligibility, incidence, and rollback structure required here."],"remaining_contrastive_claim":"The candidate is specifically a deadweight-loss repair if exact, safety-eligible matches are observably blocked by a blanket rule and a narrower rule preserves the rule's protective purpose. It is not supported if the apparent wedge is fully explained by real chemical risk, legal constraints, review cost, or lack of qualifying matches.","authority_safety":{"decision_authority":"The institution's environmental health and safety authority and chemical hygiene officer jointly define eligibility and may approve a pilot; inventory owners may nominate containers but cannot authorize transfers themselves.","authorized_first_step":"Perform a record-only retrospective match of waste entries against later procurement entries under the proposed eligibility criteria; do not move, reserve, open, relabel, or use any container.","excluded_actions":["Transferring any chemical before formal institutional approval","Including opened, expired, damaged, untraceable, temperature-excursion, or ambiguously labeled containers","Including controlled substances, explosives, highly reactive materials, or materials barred by law, permit, sponsor, or institutional policy","Shipping material between sites or jurisdictions","Relabeling a container to make it eligible","Bypassing chemical inventory, chain-of-custody, storage-compatibility, training, exposure-control, or waste requirements","Representing retrospective record matches as proof of chemical suitability"],"halt_rollback":"Halt the evidence step if records cannot establish identity, seal status, storage history, or recipient authorization. In any later authorized pilot, suspend new transfers on an inventory discrepancy, eligibility breach, unexplained storage deviation, incident, near miss, or credible evidence of induced over-ordering; quarantine affected containers and return them to the existing safety-directed disposition process."},"negative_tests":{"strongest_counterevidence":"A case review finds that apparently matching containers are routinely opened, degraded, poorly documented, legally nontransferable, incompatible with recipient controls, or costlier to verify than to replace, so the blanket rule closely tracks real risk or administrative cost rather than avoidable distortion.","problem_falsifier":"Across a bounded retrospective sample, no surplus disposal can be matched to a later same-site procurement that satisfies the proposed seal, identity, shelf-life, storage, authorization, quantity, and timing criteria.","intervention_falsifier":"Qualifying matches exist, but documented review and custody reassignment cannot preserve inventory accuracy and chemical-hygiene requirements, or their incremental burden equals or exceeds the avoided disposal, procurement, and delay for the matched cases.","risks":["A compromised or degraded container could pass an incomplete documentary screen.","Transferred inventory could be lost from the chain of custody or stored incompatibly.","Laboratories could over-order or retain unwanted material because transfer becomes possible.","High-resource laboratories could capture desirable surplus before smaller laboratories can access it.","Review work could shift uncompensated burden to safety or inventory staff.","Avoided purchase value could be overstated by counting nominal catalog price rather than an actual planned purchase.","A narrow pilot could drift toward opened, higher-hazard, inter-site, or otherwise excluded materials.","Reduced waste volume could be mistaken for reduced environmental risk without considering added handling or later disposal."]},"next_evidence_step":"Using only existing records, select one building and one completed 90-day period. Have authorized inventory and safety staff compare surplus-reagent waste entries with subsequent procurement entries for exact chemical identifier and grade. Apply the proposed exclusions and document, for at most 30 candidate pairs, seal evidence, expiry, storage history, recipient authorization, timing, quantity, avoided actions, review time, uncertainty, and rejection reason. Report counts and case ranges without transferring material or extrapolating an effect size.","prior_art_status":"UNSEARCHED","diversity_from_prior_proposals":"No comparison with prior proposals was performed under runtime isolation; this candidate is independently anchored in a categorical same-institution reagent-allocation rule and its chemical-safety safeguards.","revision_record":{"parent_version":null,"progress_targets_addressed":[],"conceptual_changes":[],"operational_changes":[],"evidence_changes":[],"claim_changes":[]}}