Planète Régénérative : Catalogue open-source d'innovations technologiques TRL 3-9 pour la résilience climatique et la restauration de la biodiversité – Édition 2025

Abstract ENThis document, produced with the assistance of ChatGPT o3 and ChatGPT 5 Thinking, is released under the Apache 2.0 licence. It is a voluntary defensive publication (prior art) covering thirty implementable innovations spanning devices, materials, processes, control algorithms, MRV stacks, and system integrations for climate resilience and biodiversity restoration. By public disclosure, it enters the state of the art under the applicable patent statutes : EPC Art. 54(2) (European Patent Convention), French IPC Art. L 611-11 (French Intellectual Property Code), 35 U.S.C. §102(a) (United States Patent Act), Chinese Patent Law Art. 22(5) (中华人民共和国专利法), and Japanese Patent Act Art. 29(1) (特許法). Each proposal is described in an enabling manner with concrete operating windows, QA/acceptance tests, and interoperable interfaces; classified with IPC/CPC codes; and timestamped with proof (RFC 3161 / FreeTSA). The compilation is intended to pre-empt narrow or overbroad patent claims while accelerating open, auditable deployments from TRL 3 to TRL 9 across terrestrial and marine domains. Résumé FRCe document, réalisé avec l’assistance de ChatGPT o3 et ChatGPT 5 Thinking, est publié sous licence Apache 2.0. Il constitue une publication défensive (antériorité) couvrant trente innovations concrètes : dispositifs, matériaux, procédés, algorithmes de contrôle, chaînes MRV et intégrations système pour la résilience climatique et la restauration de la biodiversité. Sa divulgation volontaire l’inscrit dans l’état de la technique au titre des textes applicables : EPC Art. 54(2) (Convention sur le brevet européen), French IPC Art. L 611-11 (Code de la propriété intellectuelle), 35 U.S.C. §102(a) (United States Patent Act), Chinese Patent Law Art. 22(5) (中华人民共和国专利法) et Japanese Patent Act Art. 29(1) (特許法). Chaque proposition est décrite de façon « enabling » (fenêtres opératoires, QA/tests d’acceptation, interfaces), classée en IPC/CPC, et horodatée avec preuve (RFC 3161 / FreeTSA). L’objectif est d’empêcher des revendications étroites/excessives et d’accélérer des déploiements ouverts et auditables du TRL 3 au TRL 9, sur terre comme en mer. Timestamp : 2025-08-08T21:55:43ZSHA-256: fc5a1fdea8a0e8e384a15c8b0778c11a4e720efa79044df7cb7e5f3349dec7f7 List of innovations + classification Gene-edited species rescue — C12N 15/113 ; C12N 15/90 CO₂-mineralising engineered microbes — C12P 3/00 ; C12P 3/007 Rapid PETase plastic enzymes — C08J 11/00 ; C08J 11/10 Carbon-negative reactive concrete — C04B 7/00 ; C04B 7/44 Solar nano-filtration purifier — C02F 1/00 ; C02F 1/44 Biochar–mycorrhiza soil pellets — C05F 17/00 ; C05F 17/02 Long-range eco IoT sensors — G08C 17/02 Ecosystem digital twin modelling — G06Q 50/26 ; G06Q 50/263 AI habitat corridor design — G06N 20/00 ; G06N 20/20 Ocean-thermal power pumps — F03G 7/05 ; F03G 7/052 Modulated solar geo-reflectors — B05B 12/00 ; Y02A 50/236 Regenerative BECCS on wastelands — C10L 5/44 ; Y02E 60/10 Dynamic agrivoltaic canopies — H02S 20/10 ; H02S 40/10 Autonomous drone reforestation — A01C 7/00 ; A01C 7/04 Insect-loop nitrogen recycler — A01K 67/027 ; A01K 67/20 Coral-restoration robot swarm — B25J 9/16 Moderate artificial upwelling — F04D 13/10 Adaptive bubble plastic barrier — B63B 35/79 ; Y02A 20/40 Hybrid bio-electro CO₂ unit — C02F 1/74 ; Y02C 20/40 3-D agrivoltaic algorithm — H02S 40/20 Fertilising agrivoltaic canopy — A01C 21/00 ; H02S 40/44 Reef sanctuary robo-bubble — B63B 35/79 ; Y02A 20/50 AI bubble barrier control — B63B 35/79 ; G06N 20/20 Self-fuel biochar reforestation — A01C 7/00 ; Y02C 20/20 Variable-transparent PV film — H02S 40/32 ; H02S 40/44 Bioelectro-CO₂ MRV & control — G05B 13/04 ; Y02C 10/10 Marine floating bioelectro reactor — C02F 1/74 ; Y02C 20/40 Smart biochar sensing pellets — C05G 3/00 ; C05F 11/10 Wildlife FL privacy analytics — G06N 20/00 ; G06F 21/62 Calibration-as-a-Service (IoT) — G01D 18/00 ; G05B 23/02 KeywordsCRISPR, conservation-genomics, environmental-DNA, biomineralisation, carbonic-anhydrase, calcite-precipitation, PETase, terephthalate, enzymatic-recycling, low-clinker, CO2-curing, carbonation-concrete, nanofiltration, offgrid-water, photocatalysis, biochar-pellet, mycorrhizae, soil-amendment, LoRaWAN, telemetry, wildlife-monitoring, digital-twin, eco-simulation, HPC-modelling, corridor-planning, GIS-optimization, connectivity-index, OTEC, thermocline, low-boiling-working-fluid, solar-geoengineering, aerosol-modulation, lidar-feedback, BECCS, wasteland-bioenergy, soil-carbon-MRV, agrivoltaics, model-predictive-control, microclimate-regulation, UAV-reforestation, seed-pods, canopy-restoration, black-soldier-fly, frass-fertiliser, biowaste-upcycling, reef-robotics, soft-manipulator, bio-adhesive, artificial-upwelling, eutrophication-safeguard, ocean-adaptation, bubble-barrier, turbidity-sensing, debris-interception, bioelectrochemical-system, bipolar-membrane, carbonate-harvest, 3D-optimisation, phenology-aware, actuator-scheduling, variable-rate-application, biochar-dispensing, agrovoltaic-implements, reef-sanctuary, bubble-curtain, maintenance-robots, reinforcement-learning-control, sonar-vision-fusion, compressor-modulation, mobile-pyrolysis, drone-charging, energy-autonomy, electrochromic-PV, variable-transmittance, perovskite-stack, SCADA, carbon-accounting, anomaly-detection, floating-platform, electrodialysis, macroalgae-biofilm, enzyme-immobilisation, humidity-indicator, smart-amendment, federated-learning, secure-aggregation, fairness-metrics, calibration-as-a-service, drift-compensation, reference-stations