|
223 | 223 | "title": "AnatomicalAxis", |
224 | 224 | "type": "string" |
225 | 225 | }, |
| 226 | + "AnatomicalOrientation": { |
| 227 | + "description": "Directional orientation between anatomical positions based on OME NGFF specification", |
| 228 | + "enum": [ |
| 229 | + "LEFT_TO_RIGHT", |
| 230 | + "RIGHT_TO_LEFT", |
| 231 | + "ANTERIOR_TO_POSTERIOR", |
| 232 | + "POSTERIOR_TO_ANTERIOR", |
| 233 | + "INFERIOR_TO_SUPERIOR", |
| 234 | + "SUPERIOR_TO_INFERIOR", |
| 235 | + "DORSAL_TO_VENTRAL", |
| 236 | + "VENTRAL_TO_DORSAL", |
| 237 | + "DORSAL_TO_PALMAR", |
| 238 | + "PALMAR_TO_DORSAL", |
| 239 | + "DORSAL_TO_PLANTAR", |
| 240 | + "PLANTAR_TO_DORSAL", |
| 241 | + "ROSTRAL_TO_CAUDAL", |
| 242 | + "CAUDAL_TO_ROSTRAL", |
| 243 | + "CRANIAL_TO_CAUDAL", |
| 244 | + "CAUDAL_TO_CRANIAL", |
| 245 | + "PROXIMAL_TO_DISTAL", |
| 246 | + "DISTAL_TO_PROXIMAL" |
| 247 | + ], |
| 248 | + "title": "AnatomicalOrientation", |
| 249 | + "type": "string" |
| 250 | + }, |
226 | 251 | "AnatomicalPlane": { |
227 | 252 | "description": "Standard anatomical planes for sectioning", |
228 | 253 | "enum": [ |
|
528 | 553 | "title": "BinaryClassificationEnum", |
529 | 554 | "type": "string" |
530 | 555 | }, |
| 556 | + "BioconversionProcess": { |
| 557 | + "description": "Processes for converting biomass feedstocks into biofuels and bioproducts.", |
| 558 | + "enum": [ |
| 559 | + "FERMENTATION", |
| 560 | + "ANAEROBIC_DIGESTION", |
| 561 | + "TRANSESTERIFICATION", |
| 562 | + "HYDROTREATING", |
| 563 | + "PYROLYSIS", |
| 564 | + "GASIFICATION", |
| 565 | + "HYDROTHERMAL_LIQUEFACTION", |
| 566 | + "ENZYMATIC_HYDROLYSIS", |
| 567 | + "ACID_HYDROLYSIS", |
| 568 | + "FISCHER_TROPSCH", |
| 569 | + "ALCOHOL_TO_JET" |
| 570 | + ], |
| 571 | + "title": "BioconversionProcess", |
| 572 | + "type": "string" |
| 573 | + }, |
| 574 | + "BiofuelGeneration": { |
| 575 | + "description": "Classification of biofuels by feedstock source and technology generation.", |
| 576 | + "enum": [ |
| 577 | + "FIRST_GENERATION", |
| 578 | + "SECOND_GENERATION", |
| 579 | + "THIRD_GENERATION", |
| 580 | + "FOURTH_GENERATION" |
| 581 | + ], |
| 582 | + "title": "BiofuelGeneration", |
| 583 | + "type": "string" |
| 584 | + }, |
| 585 | + "BiofuelType": { |
| 586 | + "description": "Types of fuels produced from biomass feedstocks.", |
| 587 | + "enum": [ |
| 588 | + "ETHANOL", |
| 589 | + "BIODIESEL", |
| 590 | + "RENEWABLE_DIESEL", |
| 591 | + "SUSTAINABLE_AVIATION_FUEL", |
| 592 | + "BIOGAS", |
| 593 | + "BIOMETHANE", |
| 594 | + "BIO_OIL", |
| 595 | + "SYNGAS", |
| 596 | + "BUTANOL", |
| 597 | + "METHANOL", |
| 598 | + "DIMETHYL_ETHER" |
| 599 | + ], |
| 600 | + "title": "BiofuelType", |
| 601 | + "type": "string" |
| 602 | + }, |
531 | 603 | "BioleachMode": { |
532 | 604 | "description": "Mechanisms of bioleaching including indirect and direct bacterial action.", |
533 | 605 | "enum": [ |
|
598 | 670 | "title": "BiologicalSexEnum", |
599 | 671 | "type": "string" |
600 | 672 | }, |
| 673 | + "BiomassFeedstockType": { |
| 674 | + "description": "Types of biomass materials used as feedstocks for bioenergy production. Includes dedicated energy crops, agricultural residues, forest residues, and waste streams.", |
| 675 | + "enum": [ |
| 676 | + "CORN_STOVER", |
| 677 | + "WHEAT_STRAW", |
| 678 | + "RICE_STRAW", |
| 679 | + "SWITCHGRASS", |
| 680 | + "MISCANTHUS", |
| 681 | + "ENERGY_CANE", |
| 682 | + "SWEET_SORGHUM", |
| 683 | + "POPLAR", |
| 684 | + "WILLOW", |
| 685 | + "FOREST_RESIDUE", |
| 686 | + "WOOD_PROCESSING_RESIDUE", |
| 687 | + "MUNICIPAL_SOLID_WASTE", |
| 688 | + "FOOD_WASTE", |
| 689 | + "ANIMAL_MANURE", |
| 690 | + "ALGAE", |
| 691 | + "USED_COOKING_OIL", |
| 692 | + "SOYBEAN_OIL", |
| 693 | + "CORN_GRAIN", |
| 694 | + "SUGARCANE" |
| 695 | + ], |
| 696 | + "title": "BiomassFeedstockType", |
| 697 | + "type": "string" |
| 698 | + }, |
601 | 699 | "BioreactorTypeEnum": { |
602 | 700 | "description": "Types of bioreactors used in fermentation and cell culture", |
603 | 701 | "enum": [ |
|
897 | 995 | "title": "CapabilityMaturityLevel", |
898 | 996 | "type": "string" |
899 | 997 | }, |
| 998 | + "CapabilityStatus": { |
| 999 | + "description": "Operational status of a capability, facility, or infrastructure. Applicable to energy facilities, research capabilities, and other infrastructure throughout their lifecycle.", |
| 1000 | + "enum": [ |
| 1001 | + "OPERATIONAL", |
| 1002 | + "COMING_ONLINE", |
| 1003 | + "PILOT", |
| 1004 | + "UNDER_DEVELOPMENT", |
| 1005 | + "DECOMMISSIONED" |
| 1006 | + ], |
| 1007 | + "title": "CapabilityStatus", |
| 1008 | + "type": "string" |
| 1009 | + }, |
900 | 1010 | "CarbonIntensity": { |
901 | 1011 | "description": "Carbon intensity levels for energy sources", |
902 | 1012 | "enum": [ |
|
3307 | 3417 | "title": "GeologicalEra", |
3308 | 3418 | "type": "string" |
3309 | 3419 | }, |
| 3420 | + "GeothermalApplication": { |
| 3421 | + "description": "Applications and uses of geothermal energy.", |
| 3422 | + "enum": [ |
| 3423 | + "ELECTRICITY_GENERATION", |
| 3424 | + "DIRECT_USE_HEATING", |
| 3425 | + "GREENHOUSE_HEATING", |
| 3426 | + "AQUACULTURE", |
| 3427 | + "INDUSTRIAL_PROCESS_HEAT", |
| 3428 | + "FOOD_PROCESSING", |
| 3429 | + "BATHING_RECREATION", |
| 3430 | + "LITHIUM_EXTRACTION" |
| 3431 | + ], |
| 3432 | + "title": "GeothermalApplication", |
| 3433 | + "type": "string" |
| 3434 | + }, |
| 3435 | + "GeothermalReservoirType": { |
| 3436 | + "description": "Classification of geothermal reservoirs by geological setting and characteristics.", |
| 3437 | + "enum": [ |
| 3438 | + "VOLCANIC", |
| 3439 | + "SEDIMENTARY", |
| 3440 | + "FRACTURED_BASEMENT", |
| 3441 | + "FAULT_CONTROLLED", |
| 3442 | + "MAGMATIC", |
| 3443 | + "CONDUCTION_DOMINATED" |
| 3444 | + ], |
| 3445 | + "title": "GeothermalReservoirType", |
| 3446 | + "type": "string" |
| 3447 | + }, |
| 3448 | + "GeothermalResourceTemperature": { |
| 3449 | + "description": "Classification of geothermal resources by temperature range.", |
| 3450 | + "enum": [ |
| 3451 | + "LOW_TEMPERATURE", |
| 3452 | + "MODERATE_TEMPERATURE", |
| 3453 | + "HIGH_TEMPERATURE", |
| 3454 | + "SUPERCRITICAL" |
| 3455 | + ], |
| 3456 | + "title": "GeothermalResourceTemperature", |
| 3457 | + "type": "string" |
| 3458 | + }, |
| 3459 | + "GeothermalSystemType": { |
| 3460 | + "description": "Types of geothermal energy systems, including conventional hydrothermal and enhanced/engineered geothermal systems.", |
| 3461 | + "enum": [ |
| 3462 | + "HYDROTHERMAL", |
| 3463 | + "ENHANCED_GEOTHERMAL_SYSTEM", |
| 3464 | + "ADVANCED_GEOTHERMAL_SYSTEM", |
| 3465 | + "HOT_DRY_ROCK", |
| 3466 | + "GEOPRESSURED", |
| 3467 | + "SUPERCRITICAL", |
| 3468 | + "GROUND_SOURCE_HEAT_PUMP" |
| 3469 | + ], |
| 3470 | + "title": "GeothermalSystemType", |
| 3471 | + "type": "string" |
| 3472 | + }, |
| 3473 | + "GeothermalWellType": { |
| 3474 | + "description": "Types of wells used in geothermal energy development and production.", |
| 3475 | + "enum": [ |
| 3476 | + "PRODUCTION_WELL", |
| 3477 | + "INJECTION_WELL", |
| 3478 | + "EXPLORATION_WELL", |
| 3479 | + "OBSERVATION_WELL", |
| 3480 | + "SLIM_HOLE", |
| 3481 | + "DIRECTIONAL_WELL" |
| 3482 | + ], |
| 3483 | + "title": "GeothermalWellType", |
| 3484 | + "type": "string" |
| 3485 | + }, |
3310 | 3486 | "GridType": { |
3311 | 3487 | "description": "Types of electrical grid systems", |
3312 | 3488 | "enum": [ |
|
3479 | 3655 | "title": "HumanDevelopmentalStage", |
3480 | 3656 | "type": "string" |
3481 | 3657 | }, |
| 3658 | + "HydrogenApplication": { |
| 3659 | + "description": "End-use applications for hydrogen.", |
| 3660 | + "enum": [ |
| 3661 | + "FUEL_CELL_VEHICLE", |
| 3662 | + "FUEL_CELL_STATIONARY", |
| 3663 | + "INDUSTRIAL_FEEDSTOCK", |
| 3664 | + "STEEL_PRODUCTION", |
| 3665 | + "AMMONIA_SYNTHESIS", |
| 3666 | + "METHANOL_SYNTHESIS", |
| 3667 | + "POWER_TO_GAS", |
| 3668 | + "BLENDING_NATURAL_GAS", |
| 3669 | + "SYNTHETIC_FUELS" |
| 3670 | + ], |
| 3671 | + "title": "HydrogenApplication", |
| 3672 | + "type": "string" |
| 3673 | + }, |
| 3674 | + "HydrogenProductionMethod": { |
| 3675 | + "description": "Methods and processes for producing hydrogen.", |
| 3676 | + "enum": [ |
| 3677 | + "STEAM_METHANE_REFORMING", |
| 3678 | + "AUTOTHERMAL_REFORMING", |
| 3679 | + "PARTIAL_OXIDATION", |
| 3680 | + "COAL_GASIFICATION", |
| 3681 | + "WATER_ELECTROLYSIS", |
| 3682 | + "ALKALINE_ELECTROLYSIS", |
| 3683 | + "PEM_ELECTROLYSIS", |
| 3684 | + "SOLID_OXIDE_ELECTROLYSIS", |
| 3685 | + "METHANE_PYROLYSIS", |
| 3686 | + "BIOMASS_GASIFICATION", |
| 3687 | + "BIOLOGICAL_PRODUCTION", |
| 3688 | + "THERMOCHEMICAL_WATER_SPLITTING", |
| 3689 | + "PHOTOELECTROCHEMICAL" |
| 3690 | + ], |
| 3691 | + "title": "HydrogenProductionMethod", |
| 3692 | + "type": "string" |
| 3693 | + }, |
| 3694 | + "HydrogenStorageMethod": { |
| 3695 | + "description": "Methods for storing hydrogen for later use or transport.", |
| 3696 | + "enum": [ |
| 3697 | + "COMPRESSED_GAS", |
| 3698 | + "LIQUID_HYDROGEN", |
| 3699 | + "METAL_HYDRIDE", |
| 3700 | + "CHEMICAL_HYDRIDE", |
| 3701 | + "UNDERGROUND_STORAGE", |
| 3702 | + "CRYO_COMPRESSED" |
| 3703 | + ], |
| 3704 | + "title": "HydrogenStorageMethod", |
| 3705 | + "type": "string" |
| 3706 | + }, |
| 3707 | + "HydrogenType": { |
| 3708 | + "description": "Color-coded classification of hydrogen based on production method and carbon intensity. This informal industry taxonomy differentiates hydrogen by its carbon footprint and energy source.", |
| 3709 | + "enum": [ |
| 3710 | + "GREEN_HYDROGEN", |
| 3711 | + "BLUE_HYDROGEN", |
| 3712 | + "GREY_HYDROGEN", |
| 3713 | + "BROWN_HYDROGEN", |
| 3714 | + "BLACK_HYDROGEN", |
| 3715 | + "PINK_HYDROGEN", |
| 3716 | + "TURQUOISE_HYDROGEN", |
| 3717 | + "WHITE_HYDROGEN", |
| 3718 | + "YELLOW_HYDROGEN", |
| 3719 | + "ORANGE_HYDROGEN" |
| 3720 | + ], |
| 3721 | + "title": "HydrogenType", |
| 3722 | + "type": "string" |
| 3723 | + }, |
3482 | 3724 | "IAEAWasteClassificationEnum": { |
3483 | 3725 | "description": "IAEA General Safety Requirements radioactive waste classification scheme", |
3484 | 3726 | "enum": [ |
|
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