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Reports

Review expected CRM/SRM first, then open facility balance, measured outputs and coverage details when needed.

Expected CRM/SRM by product category

All intake to date × accepted reference values. These are estimates, not measured or verified amounts.

CategoryMethodMaterialExpected totalSource
1A2100 Non-household fridges/freezers cat. 5, full (unknown insulation)category averageAluminium7,394.008 kgFutuRaM consolidated WEEE composition (2025 BAU)
1A2100 Non-household fridges/freezers cat. 5, full (unknown insulation)category averageCopper7,851.558 kgFutuRaM consolidated WEEE composition (2025 BAU)
1A2100 Non-household fridges/freezers cat. 5, full (unknown insulation)category averageNeodymium32.212 gFutuRaM consolidated WEEE composition (2025 BAU)
1A2100 Non-household fridges/freezers cat. 5, full (unknown insulation)category averageTantalum2.91 gFutuRaM consolidated WEEE composition (2025 BAU)
1B1100 Household/portable air conditioners (indoor units)category averageAluminium22,310.557 kgFutuRaM consolidated WEEE composition (2025 BAU)
1B1100 Household/portable air conditioners (indoor units)category averageCopper23,691.16 kgFutuRaM consolidated WEEE composition (2025 BAU)
1B1100 Household/portable air conditioners (indoor units)category averageNeodymium97.195 gFutuRaM consolidated WEEE composition (2025 BAU)
1B1100 Household/portable air conditioners (indoor units)category averageTantalum8.781 gFutuRaM consolidated WEEE composition (2025 BAU)
1B1210 Household/portable air conditioners (outdoor units), fullcategory averageAluminium22,310.557 kgFutuRaM consolidated WEEE composition (2025 BAU)
1B1210 Household/portable air conditioners (outdoor units), fullcategory averageCopper23,691.16 kgFutuRaM consolidated WEEE composition (2025 BAU)
1B1210 Household/portable air conditioners (outdoor units), fullcategory averageNeodymium97.195 gFutuRaM consolidated WEEE composition (2025 BAU)
1B1210 Household/portable air conditioners (outdoor units), fullcategory averageTantalum8.781 gFutuRaM consolidated WEEE composition (2025 BAU)
2A1110 FPD televisions, full (unknown type)per itemYttrium135.341 gÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2A1110 FPD televisions, full (unknown type)per itemGallium138.16 gÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2A1110 FPD televisions, full (unknown type)per itemGadolinium64.851 gÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2A1110 FPD televisions, full (unknown type)per itemPalladium1.241 kgÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2A2110 CRT televisions, fullcategory averageAluminium22,670.219 kgFutuRaM consolidated WEEE composition (2025 BAU)
2A2110 CRT televisions, fullcategory averageCopper12,039.295 kgFutuRaM consolidated WEEE composition (2025 BAU)
2A2110 CRT televisions, fullcategory averageNeodymium175.365 kgFutuRaM consolidated WEEE composition (2025 BAU)
2A2110 CRT televisions, fullcategory averageTantalum16.128 kgFutuRaM consolidated WEEE composition (2025 BAU)
2B1000 Laptops / notebooksper itemCobalt623.61 kgÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2B1000 Laptops / notebooksper itemNeodymium20.147 kgÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2B1000 Laptops / notebooksper itemTantalum16.31 kgÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2B1000 Laptops / notebooksper itemPraseodymium2.59 kgÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2B1000 Laptops / notebooksper itemDysprosium575.64 gÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2B1000 Laptops / notebooksper itemPalladium383.76 gÖko-Institut (2012) Recycling critical raw materials from waste electronic equipment
2B2000 Tabletscategory averageAluminium608.081 kgFutuRaM consolidated WEEE composition (2025 BAU)
2B2000 Tabletscategory averageCopper322.929 kgFutuRaM consolidated WEEE composition (2025 BAU)
2B2000 Tabletscategory averageNeodymium4.704 kgFutuRaM consolidated WEEE composition (2025 BAU)
2B2000 Tabletscategory averageTantalum432.603 gFutuRaM consolidated WEEE composition (2025 BAU)
Facility balance and advanced accounting
Period Jan–Jun 2025
Reconciled
ScopekgStatus
Opening stock636,000reported
Receipts (gate intake)8,737,200reported
Main reported treatment8,090,706reported
Transfers to HFR1,231,780reported
Additional detail movements14,491reported
Closing stock36,223reported

Populated observation period January–June 2025. Detail movements: lamps 174 kg; toner and ink 14,317 kg. Identity: 636,000 + 8,737,200 = 8,090,706 + 1,231,780 + 14,491 + 36,223.

Material accounting — three separate figures

From calculation run 54abffd6 (11/10/2026, 12:59:58). Estimated contained, measured captured and verified recovered are never added together. "unknown" is not zero.

MaterialTypeEstimated contained (kg)Measured captured (kg)Verified recovered (kg)Gap
AntimonyCRMunknownunknownunknown—
ArsenicCRMunknownunknownunknown—
BaryteCRMunknownunknownunknown
gap
BauxiteCRM · SRMunknownunknownunknown
gap
BerylliumCRMunknownunknownunknown—
BismuthCRM · SRMunknownunknownunknown—
BoronCRM · SRMunknownunknownunknown
gap
Ceriumanalyteunknownunknownunknown—
CobaltCRM · SRMunknownunknownunknown—
Coking coalCRMunknownunknownunknown
gap
CopperCRM · SRMunknownunknownunknown—
Dysprosiumanalyteunknownunknownunknown—
FeldsparCRMunknownunknownunknown
gap
FluorsparCRMunknownunknownunknown
gap
GalliumCRM · SRMunknownunknownunknown—
GermaniumCRM · SRMunknownunknownunknown
gap
Goldanalyteunknownunknownunknown—
HafniumCRMunknownunknownunknown
gap
Heavy rare earth elementsCRM · SRMunknownunknownunknown—
HeliumCRMunknownunknownunknown
gap
Indiumanalyteunknownunknownunknown—
Lanthanumanalyteunknownunknownunknown—
Light rare earth elementsCRM · SRMunknownunknownunknown—
LithiumCRM · SRMunknownunknownunknown—
MagnesiumCRM · SRMunknownunknownunknown—
ManganeseCRM · SRMunknownunknownunknown—
Natural graphiteCRM · SRMunknownunknownunknown—
Neodymiumanalyteunknownunknownunknown—
NickelCRM · SRMunknownunknownunknown—
NiobiumCRMunknownunknownunknown
gap
Palladiumanalyteunknownunknownunknown—
Phosphate rockCRMunknownunknownunknown
gap
PhosphorusCRMunknownunknownunknown
gap
Platinumanalyteunknownunknownunknown—
Platinum group metalsCRM · SRMunknownunknownunknown—
Praseodymiumanalyteunknownunknownunknown—
ScandiumCRMunknownunknownunknown
gap
Silicon metalCRM · SRMunknownunknownunknown—
Silveranalyteunknownunknownunknown—
StrontiumCRMunknownunknownunknown
gap
TantalumCRMunknownunknownunknown—
Terbiumanalyteunknownunknownunknown—
Titanium metalCRM · SRMunknownunknownunknown
gap
TungstenCRM · SRMunknownunknownunknown—
VanadiumCRMunknownunknownunknown
gap
Material coverage summary
23 materials with coefficients · 6 assay-only · 16 explicit gaps. Registry coverage of all 34 CRM entries is a coverage claim, not a claim that all have reliable coefficients for every product type.