Form 1（F-01s-02）

No. CA-16-026

Flat‐bed / Sheet‐fed scanner (PCR‐ID: CA‐01)

Product Name

fi-7460
Sheet-fed scanner （Without Flat-bed）
For Business

Product Category
http://www.fujitsu.com/
FUJITSU LIMITED

Scanning Speed (A4L)
Scanning Size
Optical Resolution

http://www.pfu.fujitsu.com/
PFU LIMITED

Date of publication
Apr./13/2016

Scanning Method

Simplex or Duplex, 60 ppm (120 ipm)
305mm X 432mm
600 X 600 dpi (dots per inch)
Color CCD (Charge coupled device)
Image Sensor X2 (Front/Back)

Consumption and discharge in a life cycle* Image Scanners Contact:
http://imagescanner.fujitsu.com/

All the stage sum totals

121.5kg( 113.3kg )0.189kg
Acidification (SO2 equivalent)( 0.176kg )2,417MJ
Energy resources (crude oil equivalent)( 2,224MJ )※Figures in ( ) indicated environmental impact including
recycle effect *note3
Global Warming (CO2 equivalent)

PFU LIMITED
Imaging Service & Support center
E-mail : scanners@pfu.fujitsu.com

Warming load CO2 equivalent of each stage[kg]Direct Effect

70
60
50
40
30
20
10
0
-10
-20

Recycle Effect

62.8
46.1

4.9

4.0

3.7
-1.5

Raw
material

Product

Distribution

Use

-6.7

Disposition

The burdens have been calculated with 10 scans per day, a monthly use of 20 days,
and 5 years of use, for the number of scans of 12,000 times (9,600,000 pages) overall.

Notes:
1. Original LCA data is available on PEIDS: Product Environmental Information Declaration Sheet, and Product Data Sheet.
2. Unified rules and requirements for EcoLeaf LCA, for intended product category, are available as a PCR: Product Category Rule.
Visit EcoLeaf website under JEMAI homepage at http://www.ecoleaf-jemai.jp/eng/ for details.
3. Recycle Effect illustrates an indirect influence to other products/services.
4. Basic Units used for calculations are based on Japan domestic data at this time, due to a lack of base data to establish localized Basic Unit foroverseas locations adequately.
5. The electricity consumption during power-off is entered into the calculation, presuming that the products remain plugged even if not in use.

[Supplemental environmental information]
・ Certified regulations: Energy Star Version 2.0
・ This product are produced in our factories certified to ISO14001 management system standard.
・ Conformance with RoHS Directive (2011/65/EU).
PCR review was conducted by : PCR Deliberation Committee, June 07, 2006, Name of representative: Youji Uchiyama, University ofTsukuba, Graduate School
Independent verification of the declaration and data, according to ISO14025:2006 □internal ■external
Third party verifier: Keiichi Aramaki*

Programme operator: Japan Environmental Management Association for Industry, ecoleaf@jemai.or.jp* In the case of an business entity certified as an Ecoleaf-data-collection system, the names of certification auditors are written.

Form 2-B(F-02Bs-02)

Product Environmental Information Data Sheet （PEIDS）
Document control no.

F-02Bs-02

Product vendor

PFU LIMITED

EcoLeaf registration no.

CA-16-026

PCR name

Flat-bed / Sheet-fed scanner

PCR code

CA-01
Life Cycle Stage

to Waterdomainto Atmosphere

Mineral resources

Exhaustible resources

Impact by Resource Consumption

Uranium content of an ore

Crude oil (for material)
Iron content of an ore
Cu content of an ore
Al content of an ore
Ni content of an ore
C content of an ore
Mn content of an ore
Pb content of an ore
Sn content of an ore
Zn content of an ore
Au content of an ore
Ag content of an ore
Silica Sand
HaliteLimestone
Natural soda ash
Renewable Wood
resources Water
CO2
Sox
Nox
N2O
CH4
CO
NMVOC
CxHy
Dust
BOD
COD
N total
P totalSS

to Watersystemby Resource
Consumption

Impact by Emission/Discharge to the environment

Coal
Crude oil (for fuel)
LNG

Unspecified Solid Waste

Slag
SludgeLow level radio-active waste

Exhaustible Energy resources (crude oil equivalent)resources Mineral resources (Iron ore equivalent)
Global Warming (CO2 equivalent)by Emission /Discharge toenvironment

Impact assessment

Inventory anaiyses

Energyresources

Energy Consumption

toAtmosphere

Acidification (SO2 equivalent)

Photochemical Oxidant

to Water system -

7.21

Unit

MJ
Mcal
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg
kg

Production
Raw material

Product

8.63E+02
2.06E+02
4.91E+00
8.99E+00
1.60E+00
1.62E-04
3.67E+00
2.33E+00
2.30E-01
1.06E-01
1.37E-01
1.85E-01
3.08E-02
8.77E-03
0
8.63E-02
00
4.92E-01
1.44E+00
5.88E-01
5.07E-02
2.58E+00
3.97E+03
4.49E+01
3.33E-02
6.09E-02
4.25E-03
4.31E-04
6.37E-03
8.42E-04
2.01E-03
6.47E-03
4.91E-01
8.77E-01
1.12E-01
1.13E-04
1.54E+01
1.59E+02
4.61E+01
7.60E-02
3.80E-03-

9.27E+01
2.22E+01
6.24E-01
7.05E-01
3.12E-01
4.22E-05
0
0
0
0
0
0
0
0
0
0
0
0
0
2.49E-04
00
0
5.17E+02
4.85E+00
3.70E-03
2.93E-03
5.30E-05
1.13E-04
7.17E-04
2.21E-04
1.16E-05
1.59E-04
1.62E-03002.95E-05
1.83E+00
0
4.86E+00
5.75E-03
1.63E-04
-

v2.1
v2.1

fi-7460

Product type

Product weight (kg)

In/Out items

to SoilsystemUnit Function DB version
Characterization Factor DB version

Package (kg)2.03

Weight total (kg)9.24

Distribution

Use

Disposition

RecycleEffect

5.45E+01
1.30E+01
1.27E-04
1.19E+00
1.84E-02
8.62E-09
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
9.63E-02
3.86E+00
2.74E-03
2.49E-02
5.55E-04
2.30E-08
7.84E-03
4.52E-08
6.56E-04
2.24E-03
000
6.03E-09
1.21E+00
0
4.01E+00
2.02E-02
1.18E-03-

1.40E+03
3.35E+02
7.14E+00
9.54E+00
4.32E+00
4.83E-04
1.29E+00
0
0
0
0
0
0
0
0
0
0
0
0
1.59E-04
1.63E-02
0
3.68E+00
6.06E+03
6.25E+01
4.48E-02
5.30E-02
1.19E-03
1.29E-03
1.16E-02
2.53E-03
5.35E-04
2.98E-03
6.32E-01003.37E-04
2.33E+01
7.10E-01
6.28E+01
8.19E-02
2.50E-03-

5.51E+00
1.32E+00
2.74E-02
6.94E-02
1.44E-02
1.85E-06
0
0
0
0
0
0
0
0
0
0
0
0
0
2.21E-03
3.34E-02002.29E+01
3.70E+00
1.99E-03
5.11E-03
8.13E-06
4.96E-06
1.14E-03
9.72E-06
3.61E-05
3.15E-04
2.76E+00
00
1.29E-06
1.19E-01
03.70E+00
5.57E-03
1.49E-04--1.93E+02-4.61E+01-8.58E-01-1.74E+00-3.39E-01-4.65E-06-1.52E+00-9.08E-01-1.91E-02-2.08E-02-1.85E-05-3.37E-04-7.89E-04-1.55E-030-1.52E-0200-1.50E-01-4.31E-02-1.97E-01-1.59E-02-3.10E+00-2.11E+02-7.92E+00-3.63E-03-1.32E-02-9.54E-04-1.21E-05-8.95E-04-2.37E-05-4.84E-04-1.37E-03
1.56E+00-2.92E-01-4.47E-02-3.25E-06-2.74E+00-7.56E+00-8.18E+00-1.28E-02-7.63E-04-[Notes for readers: EcoLeaf common rules]
I. Stage related
A. "Production" stage is intended for two sub-stages listed below.
(1) "Raw material" production: consists of mining, transportation and raw material production.
(2)"Product" production: consists of the parts processing, assembly and installation.
B. "Distribution" stage is intended for transportation of produced product. Transportation of consumables and maintenance goods (e.g. replacement parts) for use of the product are included into "Use" stage.
C. "Use" stage is intended for use of the product (active mode, standby mode, etc.) and production, transportation to disposal/recycle of consumables/maintenance goods (e.g. replacement parts).
D. "Disposition/Recycle" stage is intended for environmental impacts by product disposition/recycle, and deduction by recycling (e.g. impact reduction of raw material production).
E. "Recycle Effect" illustrates an indirect environmental influences to other products/services by use of reclaimed materials/parts, and/or by supply of used products to other businesses for material reclaim/parts reuse.
Case 1: Use of reclaimed materials/parts: Sum of increase of environmental impact by collection activities of used materials/parts, and decrease by volume reduction of used materials/parts.
Case 2: Supply of used products to other businesses for material reclaim/parts reuse: Sum of increase of environmental impact by materials/parts reclaiming process,and decrease by volume reduction of new materials/parts production.

II. Inventory analyses
A. Data of mineral ore on "Exhaustible resources" are presented in weight of pure ingredients (e.g. iron, aluminum) in the ore.
B. Data on energy resources are presented based on origin in calorific value. e.g. Data on uranium ore presents weight of uranium concentrate, which is available for use as an atomic fuel.
C. Data of discharge to water system are in actual figure (not calculated using unit function in inventory analyses).
III Impact analyses
Result of the "Impact analyses" is found in converting results of inventory analyses into total amount of a reference material (e.g. CO2 in case of "Global Warming").
A. Impact "by resource consumption" represents magnitude of impacts to resource depletion.
B. Impact "by emission/discharge to environment" represents magnitude of impacts to Atmosphere, Water and Soil system.
IV Data entry format
A. Exponential notation, after the decimal point to two, should be used.
B. Indicate "0" instead exponential notation, if the result of calculation or estimation is considered as "zero" or negligible in comparison to related results.
C. Indicate " － " if calculation nor estimation can not be done, in order to differentiate to indicate "zero".
(BGD for material production are for production from mineral ore. Those data do not include reclaiming processes like recovery from scrap.)

[Notes for readers: Target product specific]
1. Regarding the "Raw material" production, the environmental burdens of resource mining, transportation and raw material production for the main unit, accessories and packaging materials
are calculated using the EcoLeaf basic unit.
2. In "Product" production, for parts processing, the environmental burden is calculated using the EcoLeaf basic unit and production site data.
For Parts/material C assembled at other than the main unit assembly site, the burden is calculated using the EcoLeaf basic unit (Assembly).
3. The "Distribution" stage basic conditions and basic unit are in accordance with the provisions of PCR.
The burdens are calculated with 500km for the total domestic transportation distance.
For transportation from Indonesia, the burdens of transporting by truck and sea are entered into the calculation.
4. The "Use" stage basic conditions and basic unit are in accordance with the provisions of PCR.
The burdens of electricity consumption, consumables production and transportation are calculated with the total scanning number of 9,600,000 sheets in the customer use period of 5 years.
The electricity consumption during power-off is entered into the calculation, presuming that the products remain plugged even if not in use.
Based on the recycling scenario established at our company, the recycling burden is calculated with the 40 % part recovery rate for the consumables that the customer uses.
For the 60% non-recovery rate, the burden is calculated by using the General Waste Disposal Scenario.
For the manual and packaging box for consumables, the recycling burden is calculated by setting up the Open Recycling Scenario.
5. At the "Disposition/Recycle" stage, in accordance with the provisions of PCR, the recycling scenario is established at our company.
The recycling burden is calculated with the 40% product recovery rate from the customer. For the 60% non-recovery rate, the burden is calculated by using the General Waste Disposal Scenario.
For manuals, packaging boxes and cushioning materials, the recycling burden is calculated by setting up the Open Recycling Scenario.
6. Regarding "Recycle Effect", the burdens accompanying the production of raw materials using the materials recycled from the parts are deducted.

Form 3(F-03s-02)

Product data sheet（Input data and parameters for LCA）
Document control no.

F-03s-02

Product vendor

PFU LIMITED

EcoLEaf registration no.

CA-16-026

PCR name

Flat-bed / Sheet-fed scanner (PCR-ID: CA-01)

Product type

LCA/LCIA in units of:

1 unitProduct weight (kg)fi-7460
7.21

Package (kg)2.03

Weight total (kg)9.24

1. Product information (per unit): parts etc. by material and by process/assembly method

Product

Material name
Ordinary steel

Breakdown of primary materials
Weight (kg)Material name
1.33E+00
Thermoplastic resin

SUS

8.64E-01

RubberOther metals
Aluminum
Glass
Semiconductor substrate
Medium-sized motor
Paper
Subtotal

1.58E-01
4.92E-02
4.75E-01
4.37E-01
6.13E-01
1.21E+00
5.13E+00
Total

Wood

Subtotal

Math breakdown of parts, which need to apply Processing / Assembly Base Units (Parts B, C)

Weight (kg)Process name
4.03E+00 Press molding:Iron (kg)Press molding:
7.00E-02
Nonferrous metal (kg)2.08E-03
Injection molding (kg)Glass molding (kg)

4.10E+00
9.24E+00

Weight (kg)2.22E+00

Process name
Parts assembly (kg)Weight (kg)9.70E-01

Subtotal

9.70E-01

4.31E-01
3.84E+00
4.81E-01

Subtotal

6.97E+00

Note The environmental burdens of the main unit, accessories and packaging materials are included.

2. Production site information (per unit): Consumption and discharge/emission for production/processing/assembly within the site.
Consumption

Classification

Emission/Discharge

SOx and NOx should be indicated in SO2, NO2 equivalent.

Classification

EnergyMaterial

Distribution Electricity (kWh) Industrial water (kg)
Quantity

3.62E+00

4.29E+01

Note
Water system

Distribution Sewage processing (kg)
Quantity

4.29E+01

Note

Note The burdens of mounting parts on printed circuit boards, air conditioners, electric lights, electric tools and test equipment at the product production site are included.

3. Distribution stage information (per unit): means, distance, loading ratio, consumptions and emissions/discharges.

Conditions

Diesel truck:
10 ton (kg･km)
Mass(kg)

Diesel truck:
10 ton (kg･km)
Distance（km)Quantity

9.24E+00

1.46E+01

Conditions

Freight byship (kg･km)
Mass(kg)

Freight byship (kg･km)
Distance（km)Quantity

9.24E+00

5.41E+03

Conditions

Diesel truck:
4 ton (kg･km)
Mass(kg)

Diesel truck:
4 ton (kg･km)
Distance（km)Quantity

9.24E+00

5.00E+02

Means oftransportation

Diesel truck:
10 ton (kg･km)
Loading Ratio(%w)

Diesel truck:
10 ton (kg･km)
Load(kg･km)

Freight byship (kg･km)
Mass(kg)

Freight byship (kg･km)
Distance（km)Freight byship (kg･km)
Loading Ratio(%w)

Freight byship (kg･km)
Load(kg･km)

5.74E+01

2.35E+02

9.24E+00

2.69E+01

1.00E+02

2.49E+02

Freight byship (kg･km)

Diesel truck:
10 ton (kg･km)
Mass(kg)

Diesel truck:
10 ton (kg･km)
Distance（km)Diesel truck:
10 ton (kg･km)

Loading Ratio(%w)

Freight byship (kg･km)
Load(kg･km)

Loading Ratio(%w)

Diesel truck:
10 ton (kg･km)
Load(kg･km)

1.00E+02

5.00E+04

9.24E+00

4.25E+01

5.74E+01

6.84E+02

Diesel truck:
4 ton (kg･km)
Loading Ratio(%w)

Diesel truck:
4 ton (kg･km)
Load(kg･km)

4.10E+01

1.13E+04

Condition
Diesel truck:
10 ton (kg･km)
8.22E+01

Condition
Freight byship (kg･km)
8.69E+01

Distribution

Note
Means oftransportation

Note
Means oftransportation

Note
Note In accordance with the provisions of PCR, the burdens are calculated with 500km for the total domestic transportation distance.
For transportation from Indonesia, the burdens of transporting by truck and sea are entered into the calculation.

4. Use stage (per unit): use condition (mode, term) including active mode, standby mode and maintenance.
4.1 Product and accessories subject to this analysis
Consumption
Consumption
POM
Nitrile-butadiene
Distribution(polyacetal) (kg) rubber (NBR) (kg)
Quantity
7.65E-01
8.60E-01

Product

Classification

Consumption
Paper(Western style)
1.61E+00

Consumption
Injection
molding (kg)
1.63E+00

ConsumptionParts
assembly (kg)
1.63E+00

Condition
Diesel truck:
4 ton (kg･km)
3.94E+03

Condition
Diesel truck:
2 ton (kg･km)
1.12E+02

Condition
Diesel truck:
2 ton (kg･km)
1.12E+02

Consumption
Electricity (kWh)1.24E+02

Note
Classification

Distribution
Quantity

Condition
Freight byship (kg･km)
1.75E+04

Condition
Diesel truck:
10 ton (kg･km)
2.39E+02

Note
Note In accordance with the provisions of PCR, the burdens of electricity consumption, consumables production and transportation are calculated with the total scanning number of
9,600,000 sheets in the customer use period of 5 years.
The electricity consumption during power-off is entered into the calculation, presuming that the products remain plugged even if not in use.

Consumables

4.2 Disposition/Recycle information on consumables and replacement parts
Classification

Process

Process

Consumption

Consumption

Process

Deduction

Process

Process

Distribution

Shredding (kg)Incineration tolandfill(as ash) (kg)Electricity (kWh)Diesel oil
as fuel (kg)

Recycle: to
Thermoplastic pellet
(kg)

POM
(polyacetal) (kg)

Sorting: Nonferrous
metal(by eddy current withwind force) (kg)

Recycle:to corrugatedcardboard (kg)

Quantity

3.88E+00

1.28E+00

1.21E-01

1.07E-03

2.77E-01

2.77E-01

1.30E+00

8.30E-01

Classification

Deduction

Process

Distribution

Corrugatedcardboard (kg)Landfill:Industrial waste (kg)

Quantity

8.30E-01

8.43E-01

Note

Note
Note Based on the recycling scenario established at our company, the recycling burden is calculated with the 40 % part recovery rate for the consumables that the customer uses.
For the 60% non-recovery rate, the burden is calculated by using the General Waste Disposal Scenario.
For the manual and packaging box for consumables, the recycling burden is calculated by setting up the Open Recycling Scenario.

5. Disposition/Recycle stage information (per product): process method and scenarios
Process

Process

Process

Consumption

Consumption

Process

Deduction

Process

Distribution

Shredding (kg)Landfill:
Generalwaste (kg)Incineration tolandfill(as ash) (kg)Electricity (kWh)Diesel oil
as fuel (kg)

Recycle:to cold-rolled
steel (kg)Cold-Rolled
steel plate (kg)

Recycle:to copper
plate (kg)

Quantity

7.33E+00

2.35E+00

2.63E+00

3.69E-01

3.26E-03

8.76E-01

8.76E-01

6.33E-02

Deduction

Process

Deduction

Process

Deduction

Deduction

Process

Process

Recycle:to Aluminum
plate (kg)

Aluminum
plate (kg)

Recycle:to Glass (kg)Glass (kg)ABS (kg)

Sorting: Nonferrous
metal(by eddy current withwind force) (kg)

Recycle:to corrugatedcardboard (kg)

1.97E-02

1.97E-02

1.90E-01

1.90E-01

1.34E+00

9.78E-01

6.25E-01

Classification

Note

Scenario

Classification

Distribution Copper plate (kg)
Quantity

6.33E-02

Note
Classification

Deduction

Process

Process

Deduction

Process

Condition

Condition

Condition

Distribution

Corrugatedcardboard (kg)

Sorting:Plastics(by relative density
difference in water) (kg)

Recycle:to Thermoplasticpellet (kg)Polystyrene (kg)Landfill:Industrial
waste (kg)

Diesel truck:
2 ton (kg･km)

Diesel truck:
2 ton (kg･km)

Diesel truck:
2 ton (kg･km)

Quantity

6.25E-01

1.97E-01

1.47E+00

1.23E-01

1.02E+00

5.32E+02

8.43E+01

1.70E+01

Note
Note Based on the recycling scenario established at our company, the recycling burden is calculated with the 40% product recovery rate from the customer.
For the 60% non-recovery rate, the burden is calculated by using the General Waste Disposal Scenario.
For manuals, packaging boxes and cushioning materials, the recycling burden is calculated by setting up the Open Recycling Scenario.

6. Others
This declaration was produced using Product Category Rule intended for a product model sold in the Japanese market andusing the qualitative and quantitative data collected in Japan.
Followings are the list of the basic units used in this LCA. The sources of these basic units are disclosed in the EcoLeaf
Environmental Label LCI Common Basic Unit List (V2.1)(URL:http://www.ecoleaf-jemai.jp/application/data/basicunit_en20150601.pdf).
1. Product information Section
Material name

Wood

No.
1
2
6
7
8
16
76
78
67
69
27
28
29
30
32
34
36
38
39
40
42
43
48
49
71

Basic Unit Name
Cold-Rolled steel plate
Electroplated steel Plate
Stainless Steel Plate
Copper plate
Aluminum plate
Glass
Assembled circuit board
Medium-sized motor
Corrugated cardboard
Paper (Western style)Low density polyethylene
Polypropylene
Polystyrene
PVC
Polycarbonate
POM (Polyacetal)ABS
MMA Resin
PA66 (Polyamide 66)
PET
Expandable hardpolyurethane (Hard)
Expandable softpolyurethane (forautomobile)
Nitrile-butadiene rubber(NBR)
Styrene-butadiene rubber(SBR)
Wood chip (imported)

Process namePress molding:I ron (kg)Press molding:N onferrous metal (kg)Injection molding (kg)Glass molding (kg)Parts assembly (kg)

No.
85
86
87
89
90

Basic Unit Name
Press molding : Iron
Press molding : Nonferrous metal
Injection molding
Glass molding
Parts assembly

Ordinaly steel
SUS
Other Metal
Aluminum
Glass
Semiconductor substrate
Medium-sized motor
Paper

Thermoplastic resin

RubberField
Material Production (Metal)
Material Production (Metal)
Material Production (Metal)
Material Production (Metal)
Material Production (Inorganic Chemistry)
Parts Production (General)
Parts Production (General)
Material Production (Wood and Paper)

Material Production (Synthetic Resin)

Material Production (Rubber)Material Production (Wood and Paper)
Field
Processing
Assembly2. Production site information Section ~ 5. Disposition/Recycle stage information Section
Basic Unit NameNo.
Cold-Rolled steel plate
1Electroplated steel Plate
2
Stainless Steel Plate
6
Copper plate
7
Aluminum plate
8
Glass
16
Low density polyethylene
27
Polypropylene
28
Polystyrene
29
PVC
30
Polycarbonate
32
POM (Polyacetal)
34
ABS
36
MMA Resin
38
PA66 (Polyamide 66)
39
PET
40
Expandable hardpolyurethane (Hard)
42
Expandable softpolyurethane (forautomobile)
43
Nitrile-butadiene rubber(NBR)
48
Styrene-butadiene rubber(SBR)
49
Corrugated cardboard
67
Paper (Western style)69
Wood chip (imported)
71
Assembled circuit board
76
Medium-sized motor
78
Press molding : Iron
85
Press molding : Nonferrous metal
86
Injection molding
87
Glass molding
89
Parts assembly90Electricity
99
101 Diesel oil as fuel125 Industrial water
129 Shredding
130 Sorting:Iron(by magnetic force)
131 Sorting: Nonferrous metal(by eddy current with windforce)
132 Sorting: Plastics (by relativedensity difference in water)
133 Incineration to landfill(as ash)
134 Incineration: Industrial waste
136 Landfill: General waste
137 Landfill: Industrial waste
138 Recycle: to cold-rolled steel
139 Recycle: to copper plate
140 Recycle: to Aluminum plate
141 Recycle: to Thermoplasticpellet
142 Recycle: to corrugatedcardboard
144 Recycle: to Paper
145 Recycle: to Glass
146 Sewage processing

Field

Material Production (Metal)

Material Production (Inorganic Chemistry)

Material Production (Synthetic Resin)

Material Production (Rubber)Material Production (Wood and Paper)
Parts Production (General)

Processing
Assembly
Electric Power and Fuel
Utility (Water)
Disposal and Recycling (Crushing and Sorting)

Disposal and Recycling (Incineration and Landfill)

Disposal and Recycling (Regeneration)

Disposal and Recycling (Other)