DPP.BE by UNDO.SOFTWARE
Real-world examples of Digital Product Passport implementations using DPP.BE vocabularies
{
"@context": {
"@vocab": "https://vocab.dpp.be/textiles/",
"dpp": "https://vocab.dpp.be/core/"
},
"@type": "ProductPassport",
"productId": "TSH-001-2024",
"productName": "Organic Cotton T-Shirt",
"fiberOrigin": "organic-cotton-india",
"fabricWeight": 180,
"dyeType": "natural",
"sustainabilityScore": 85,
"washingInstruction": {
"temperature": 30,
"method": "machine",
"restrictions": ["no-bleach", "air-dry"]
}
}{
"@context": {
"@vocab": "https://vocab.dpp.be/electronics/",
"dpp": "https://vocab.dpp.be/core/"
},
"@type": "ElectronicDevice",
"deviceId": "PHONE-XYZ-2024",
"deviceName": "Sustainable Smartphone",
"batteryCapacity": 4500,
"energyEfficiencyClass": "A++",
"repairabilityIndex": 8.5,
"components": [
{
"type": "Battery",
"material": "lithium-ion",
"recyclable": true,
"lifespan": "3-5 years"
}
]
}@prefix : <https://vocab.dpp.be/construction/> .
@prefix dpp: <https://vocab.dpp.be/core/> .
@prefix rdfs: <http://www.w3.org/2000/01/rdf-schema#> .
:material-001 a :BuildingMaterial ;
rdfs:label "Recycled Steel Beam" ;
:materialType "steel" ;
:recycledContent 85 ;
:carbonFootprint 2.1 ;
:structuralGrade "S355" ;
:fireResistance "R60" ;
dpp:certification "CE-marked" .Complete DPP implementation for a sustainable fashion brand
Large-scale electronics DPP deployment with IoT integration
Building materials tracking with environmental impact data