ABCDEFGHIJKLMNOPQRSTUVWXYZ
1
TABLE 1 - nodesitäisiQuantity of Construction materials (tonnes)
TABLE 2a - Sankey flows
Value check
2
Lifecycle StageTotal quantity of construction materialsAluminiumBitumen/ AsphaltBricksConcreteGlassGypsumInsulationIron (Steel)Sand&gravelSoilTimberWasteFromToQuantity (tonnes)Flow LabelSublabelValueLCSNotes
3
Extraction/Harvesting
123425900180640000040877189061555787.00
Extraction/Harvesting
Manufacturing617129.6061
Extraction/Harvesting --> Manufacturing
1234259.212
Extraction/Harvesting
4
Manufacturing67204115713002238000001571300416815
Extraction/Harvesting
Retail246851.8424
Extraction/Harvesting --> Retail
Extraction, manufacturing, waste collection etc., actually always goes through some sort of retail, wholesale or broker or other economic activity middle man that ensures export.
5
Retail0
Extraction/Harvesting
Use123425.9212
Extraction/Harvesting --> Use
6
Use376564376137853297783763270172001825
Extraction/Harvesting
Waste collection123425.9212
Extraction/Harvesting --> Waste collection
7
Stock244849839218778331480899081870921871492863849049447830
Extraction/Harvesting
Export123425.9212
Extraction/Harvesting --> Export
8
Waste collection355983926101657196072712693925779459835598ManufacturingRetail403224.6
Manufacturing --> Retail
672041Manufacturing
9
Landfill2293000002690002293ManufacturingUse0
Manufacturing --> Use
Perhaps, concrete example directly sold.
10
Incineration0000000000ManufacturingWaste collection67204.1
Manufacturing --> Waste collection
11
Recycling279240610165719607271005779027924ManufacturingExport201612.3
Manufacturing --> Export
12
Anaerobic digestion
0RetailUse0Retail --> Use0Retail
13
Composting0RetailUse0Retail --> UseRedistribution
14
Import69271196211197591187811565403084848RetailWaste collection0
Retail --> Waste collection
15
Export6045351179011190000056220817543534835381RetailExport0Retail --> Export
16
UseWaste collection75,312.76
Use --> Waste collection
376,563.80Use
17
UseRetail37,656.38Use --> RetailReuse
This concerns a product/flow of less than a year that is being reused directly from one user to another through retail
18
INDICATORSUseStock263,594.66Use --> Stock35,598.00Stock
Use' is the act of constructing and using the materials which in turn forms the stock. So it should go from retail to stock because there is an economic activity in between.
19
StockUse355.98Stock --> UseReuse
20
StockWaste collection35,242.02
Stock --> Waste collection
36381
Waste collection
21
Standard indicator components
Waste collection
Landfill2293
Waste collection --> Landfill
Landfill
22
Domestic extraction used
1234259=C3from Table 1698996
Waste collection
Incineration
Waste collection --> Incineration
Incineration
23
Domestic production
672041=C4from Table 1
Waste collection
Recycling28707
Waste collection --> Recycling
Recycling
24
Imports69271=C14from Table 1
Waste collection
Anaerobic digestion
0
Waste collection --> Anaerobic digestion
Anaerobic digestion
25
Exports604535=C15from Table 1
Waste collection
Composting0
Waste collection --> Composting
Composting
26
Total waste35598=C8from Table 1
Waste collection
Manufacturing0
Waste collection --> Manufacturing
Remanufacturing
27
Landfilled waste2293=C9from Table 1
Waste collection
Export5381
Waste collection --> Export
28
Incinerated waste
0=C10from Table 1IncinerationRetail0
Incineration --> Retail
29
Domestic recovery = waste recycled in domestic recovery plants
27924=C11from Table 1RecyclingManufacturing27924
Recycling --> Manufacturing
Recycling
30
Anaerobic digestion
Harvesting0
Anaerobic digestion --> Harvesting
This is for the digested waste.
31
Imported waste for recycling
13854.2=S41from Table 2CompostingRetail0
Composting --> Retail
32
Exported waste for recycling
784=S46from Table 2CompostingHarvesting0
Composting --> Harvesting
Could go via retail, but perhaps also coop exchange.
33
Secondary materials (biomass)
28,279.98=(S19+S29+S30+S31+S32)from Table 2ImportManufacturing27708.4
Import --> Manufacturing
69271Import
34
EOL mass collected
110,554.78=S16+S20+S36from Table 2ImportRetail27708.4Import --> Retail
35
EOL mass collected for recycling (construction)
28707=S23from Table 2ImportUse0Import --> Use
36
EOL mass collected for recycling (biomass)
5381=S27+S25from Table 2Import
Waste collection
0
Import --> Waste collection
Probably goes directly to the respective treatment
37
EOL mass recycled (construction)
27924=S29from Table 2ImportLandfill0
Import --> Landfill
38
EOL mass recycled (biomass)
0=SUM(S30:S32)from Table 2ImportIncineration0
Import --> Incineration
39
Exported waste5381.00=S27from Table 2Import
Anaerobic digestion
0
Import --> Anaerobic digestion
40
Imported waste0=S36from Table 2ImportComposting0
Import --> Composting
41
ImportRecycling13854.2
Import --> Recycling
CB: I've added this, because Import --> Manufact. masks the amounts otherwise.
42
Domestic material consumption (DMC)
561715.39=C46
a calculated indicator
ExportLandfill0
Export --> Landfill
5382Export
43
ExportIncineration4598
Export --> Incineration
44
The ones in bold are mandatory for both sectors.
Export
Anaerobic digestion
0
Export --> Anaerobic digestion
45
Indicator number
All mandatory construction indicators
Indicator valueFormulaType of indicator
CL indicator metadata URL
ExportComposting0.00
Export --> Composting
46
34
Domestic material consumption (DMC)
561,715.39=SUM(S3:S6)+SUM(S33:S36)-C25
DMC = DEU + IMP - EXP = Domestic extraction used + Imports - Exports
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-34
Tonnes/yearExportRecycling784
Export --> Recycling
47
39
Circular Material Use rate
2.58=((C29-C31+C32)/(C46+(C29-C31+C32)))*100
(Domestic recovery - imported waste for recycling + exported waste for recycling)/((Extraction + Imports - Exports) + (Domestic recovery - imported waste for recycling + exported waste for recycling))
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-39
%
48
48
EU self-sufficiency for raw materials
4.91=(1-((C24-C25)/(C23+C24-C25)))
Import Reliance (IR) = Net import / Apparent consumption = (Import - Export) / (Domestic production + Import - Export)
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-48
%
49
55
EOL recycling rate
25.26=(C37/C34)*100
For each material fraction, the End-of-Life recycling rate is defined as the End-of-Life mass recycled divided by the available mass of End-of-Life materials. It is the product of the Processing Rate and the Collection Rate (EoL RR = EoL PR x EoL CR).
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-55
%
TABLE 2b - Allocation values
Value check
50
57
Amount of sector specific waste that is produced
35,598.00=C26
Sum of all waste collected
Direct
https://cityloops.metabolismofcities.org/indicators/#indicator-57
Tonnes/year
Extraction/Harvesting
Manufacturing0.51
Extraction/Harvesting
51
58
EOL processing rate
97.27=(C37/C35)*100
End-of-Life mass recycled / End-of-Life mass collected for recycling.
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-58
%
Extraction/Harvesting
Retail0.2
52
59Incineration rate0.00=(C28/(C26+C40-C39))*100
Incinerated waste / (Total waste + imported waste - exported waste)
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-59
%
Extraction/Harvesting
Use0.1
53
61Landfilling rate7.59=(C27/(C26+C40-C39))*100
Landfilled waste / (Total waste + imported waste - exported waste)
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-61
%
Extraction/Harvesting
Waste collection0.1
54
Extraction/Harvesting
Export0.1
55
ManufacturingRetail0.61Manufacturing
56
Indicator number
All mandatory biomass indicators
Indicator valueManufacturingUse0
57
34
Domestic material consumption (DMC)
561715.39#NAME?
DMC = DEU + IMP - EXP = Domestic extraction used + Imports - Exports
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-34
ManufacturingWaste collection0.1
58
41
Share of secondary materials in DMC
0.05#NAME?
Share of Recycling / domestic material consumption
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-41
ManufacturingExport0.3
59
48
EU self-sufficiency for raw materials
4.91#NAME?
Import Reliance (IR) = Net import / Apparent consumption = (Import - Export) / (Domestic production + Import - Export)
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-48
RetailUse0.751Retail
60
53
Quantity of material for anaerobic digestion
0.00#NAME?
For each material fraction, the End-of-Life recycling rate is defined as the End-of-Life mass recycled divided by the available mass of End-of-Life materials. It is the product of the Processing Rate and the Collection Rate (EoL RR = EoL PR x EoL CR).
Direct
https://cityloops.metabolismofcities.org/indicators/#indicator-53
RetailUse0Redistribution
61
56
Quantity of material for composting
0.00#NAME?Direct
https://cityloops.metabolismofcities.org/indicators/#indicator-56
RetailWaste collection0.05
62
57
Amount of sector specific waste that is produced
35598.00#NAME?
Sum of all waste collected
Direct
https://cityloops.metabolismofcities.org/indicators/#indicator-57
RetailExport0.2
63
58
EOL processing rate
0.00#NAME?
End-of-Life mass recycled / End-of-Life mass collected for recycling.
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-58
This one has different components than the construction one.
UseWaste collection0.21Use
64
59Incineration rate0.00#NAME?
Incinerated waste / (Total waste + imported waste - exported waste)
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-59
UseRetail0.1Reuse
65
61Landfilling rate7.59#NAME?
Landfilled waste / (Total waste + imported waste - exported waste)
Calculated
https://cityloops.metabolismofcities.org/indicators/#indicator-61
UseStock0.71Stock
66
StockUse0.01Reuse
67
StockWaste collection0.990
Waste collection
68
Waste collectionLandfillLandfill
69
Waste collectionIncinerationIncineration
70
Waste collectionRecyclingRecycling
71
Waste collection
Anaerobic digestion
Anaerobic digestion
72
Waste collectionCompostingComposting
73
Waste collectionManufacturing
Remanufacturing
74
Waste collectionExport
75
IncinerationRetail0.1
76
RecyclingManufacturing0.3Recycling
77
Anaerobic digestion
Harvesting
78
CompostingRetail
79
CompostingHarvesting
80
ImportManufacturing0.41Import
81
ImportRetail0.4
82
ImportUse0
83
ImportWaste collection
84
ImportLandfill
85
ImportIncineration
86
Import
Anaerobic digestion
87
ImportComposting
88
ImportRecycling0.2
89
ExportLandfill0Export
90
ExportIncineration
91
Export
Anaerobic digestion
92
ExportComposting
93
ExportRecycling
94
95
96
97
98
99
100