CSR Report 2016: Detailed Datan Editorial Policy
This PDF discloses detailed data not presented in the Toppan CSR Report 2016.
The CSR report is edited in line with the seven core subjects set under ISO 26000, a guidance standard on social responsibility.
In the Detailed Data, Toppan also uses the core subjects as its main titles.
n Scope and Boundary
The data on Labor Practices covers Toppan Printing Co., Ltd. only. The scope of the environmental performance data is presented
in the table below, which shows indicators assured by an independent assurance provider.
n Reliability
KPMG AZSA Sustainability Co., Ltd. provides independent assurance for this PDF, along with the Toppan CSR Report 2016. The
following are environmental performance indicators in the Detailed Data assured by the independent assurance provider.
Environmental Performance Indicators Assured by an Independent Assurance Provider andScope of the Environmental Performance Data
Toppan Printing Co., Ltd. (“the Company”)
15 domestic manufacturing subsidiaries subject to the Company’s environmental targets
19 domestic subsidiaries not subject to the Company’s environmental targets
21 overseas subsidiaries
Pages
P. 2

Category
The Environment

P. 3
P. 4

Toppan’s Environmental
BurdenP. 5

P. 5

Environmental Management
Activities

P. 6

Data
Values, Results, and Evaluation of Environmental Targets for Fiscal 2015
and Environmental Target Values for Fiscal 2016
INPUT/OUTPUT Data by Business Field for Domestic Sites (subject tothe environmental targets)
INPUT/OUTPUT Data by Business Field for Domestic Sites (not subject
to the environmental targets)
INPUT/OUTPUT Data by Business Field for Overseas Sites (not subject
to the environmental targets)
Environmental Impact and Environmental Efficiency
ISO 14001 Certificates Obtained at Toppan Printing Co., Ltd. and Domestic
Manufacturing Subsidiaries (subject to the environmental targets)
ISO 14001 Certificates Obtained at Domestic Subsidiaries (not subject tothe environmental targets)
ISO 14001 Certificates Obtained at Overseas Subsidiaries (not subject tothe environmental targets)
Fiscal 2015 Results of Environmental Education

Eco-protection Activities

P. 8

Building a Recyclingoriented Society

P. 9

P. 10

P. 11

Preventing Pollution /Controlling Chemical
Substances
Promoting theConservation of
Biodiversity
Eco-creativity Activities
Environmental Accounting

P. 12

Green Procurement andGreen Purchasing

16

,

3

16

,

3

19

3

21

—

16

,

—

16

,

—

19

—

21

3
3
3

17

–
–
,

—

16

,

16

,

16

,

16

,

16

,

Kerosene Consumption

3
3
3
3
3

Fuel Efficiency of Vehicles Owned by Toppan Logistics

3

1

Ratios of Greenhouse Gas Emissions by Type (in tons of CO2 equivalent)

3
3

56

Ratios of Greenhouse Gas Emissions by Source (in tons of CO2 equivalent)

56–

Promotion of Waste Reduction and Recycling

—

16

,

Waste Discharge per Unit of Production Value

3
3

16

,

Fiscal 2015 Results of Waste Discharge and Recycling

16,

Zero-emission Sites (TZERO-15)

—

18

–

PRTR Data

3

16

,

ECO-GREEN Purchasing

3

16

,

List of Environmentally Friendly Products

—

16

,

Capital Investment for Environmental Conservation

52—

Environmental Conservation Benefit

3
3

Green Procurement Standards for Paper and Level of Fulfillment—

10 suppliers —Green Procurement Standards for Ink and Level of Fulfillment—

4 suppliers—

In-house Green Purchasing Standards and Levels of Fulfillment

3

16

,

Ratios by Energy Type (in terms of calorific value)
Mitigating Global
Warming3

16

Greenhouse Gas Emissions throughout the Entire Supply Chain
Mitigation of Global Warming through the Development of Energy-saving
Measures
Energy Consumption

P. 7

Scope

19

Numbers of Internal Environmental Audits and Issues in Need of Improvement

P. 6

Indicator Assured byCompanies
an Independent
Assurance Provider

Electricity Consumption
Natural Gas Consumption

16,
Toppan Logistics
Co., Ltd.
––

56

Note: Total values may not exactly match the sum totals of individual values, as decimals are rounded up or down.
Contact Information
CSR Promotion Department, Public Relations Division, Toppan Printing Co., Ltd. (Tokyo, Japan)
Email: csr@toppan.co.jp

TOPPAN CSR Report 2016: Detailed Data

1

Labor Practices
Results in Human Asset Development
Funds Spent on Training,
etc. per Employee

Retention Rates for Recruits(Percentage of fiscal 2013 hires still working at Toppan)

Usage Rates of Toppan
Training Centers*1
Kawaguchi

Male

Yugawara

Fiscal 201382,318 yen

86.7%

63.1%

Fiscal 2014

77,654 yen

92.5%

42.9%

Fiscal 2015

79,251 yen

85.7%

45.1%

*1 Usage rates are calculated by dividing the number of days the training centers
are used by the number of days the centers are available (excluding holidays,
etc.)

FemaleHired on April 1, 2013

152

Still with Toppan as of April 1, 2016

140

77

Retention rates

92%

93%

Average for male and female employees

92%

Percentage who leave the Company
before working three years

8%83

Main Leave Systems and Family Benefits / Measures to Support Work-Life Balance and Foster the Next Generation
Stock Leave

Childcare Leave

Rehiring of Employees who Leave
the Company to Raise Children
Nursing Care Leave

Leave for Child Healthcare
Volunteer Leave
Staggered Work-hours
Dependent Family Allowance
Partial Subsidization of Babysitter
Expenses
Other

Employees can accumulate up to 50 days of annual paid leave (exercisable within two years from the date the days are
granted). Employees are eligible to use their stock leave for medical treatment for themselves or their dependents, healthcare
or nursing care for their families, fertility treatment, recovery-work in the aftermath of unexpected disasters, and so on.
Both mothers and fathers are eligible for fulltime childcare leave consecutively until the first March 31 after their child reaches
the age of 12 months. (As of March 31, 2016, a cumulative total of 183 male employees have taken childcare leave.) The first
five days of childcare leave can be taken as paid leave. From the sixth day, employees on leave receive 10% of their regularsalaries from the Company (until their child reaches the age of 18 months) and subsidies of 30,000 yen a month from the
Toppan Group Fraternal Benefit Society. They can also work for shorter hours (maximum reduction of two hours per day) or
select a flextime or irregular working schedule from the date of their return to the job until their child completes the fourth yearof elementary school. The Company subsidizes certain childcare costs and provides childcare-related information through a
consultation office.
Rehiring is guaranteed for an employee who resigns to deliver and raise a child, provided that the employee has worked for
Toppan for more than three consecutive years up to the date of resignation. A resigned employee who meets this condition
will remain eligible for rehiring until May 1 of the year when the child enters elementary school.
Employees are entitled to take leave for nursing care. For every family member requiring care, an employee is entitled to one
year of consecutive or aggregated leave and up to three years of other work-hour adjustments such as staggered working
hours or two-hour working day reductions. The Toppan Group Fraternal Benefit Society pays a 30,000-yen subsidy per monthas assistance during the leave. Toppan offers nursing care-related information and contracts consultants outside the Company
to provide advice.
Employees can take up to 10 days of leave a year, regardless of the number of children they are raising. (Five days can betaken as paid leave, either as full days or half-day allotments, as necessary.)
Employees can take volunteer leave to engage in socially beneficial activities for up to one year. Employees on volunteer leavereceive an allowance.
An employee can adjust daily working hours upward or downward by one hour to avoid rush-hour commutes during pregnancy
and by two hours for childcare (until his or her child completes the fourth year of elementary school).
For employees with children, the Company pays a monthly allowance of 20,000 yen for each child. This allowance is discontinued
on the first April 1 to arrive after the child’s 20th birthday. (No limit for the number of children is applied.)
The Toppan Group Fraternal Benefit Society subsidizes 50% of babysitter expenses (up to 5,000 yen per day) for up to 90
days a year.
The Toppan Group Health Insurance Union covers standard medical costs for childbirth. It also gives out a complimentarychildrearing magazine and runs a consultation office for employees with questions about the health of the body and mind.

The Environment
Values, Results, and Evaluation of Environmental Targets for Fiscal 2015 and Environmental Target Values for Fiscal 2016
Fiscal 2015
Environmental Targets

Management Indicators

Environmental
Target Values
Achievement
Evaluation for Fiscal 2016
Rates

Target Values

Results

613 kilotons

551 kilotons

110.2%

S

550 kilotons

Final landfill waste disposal

240 tons

160 tons

133.3%

S

130 tons

VOC emissions into the atmosphere4,000 tons

3,684 tons

107.9%

S

3,400 tons

1. Mitigation of global warming
Reduce CO2 emissions

CO2 emissions

2. Action for building a recyclingoriented society
Reduce final landfill waste disposal
3. Conservation of the atmosphericenvironment
Reduce VOC emissions into theatmosphere

Evaluation criteria
S: Results achieved far surpass the targets (achievement rate [%] 105)
A: Targets achieved (100 achievement rate [%] 105)
B: Activities fully carried out, but targets unachieved (70 achievement rate [%]C: Activities insufficient (achievement rate [%] 70)
Achievement rates: 200 – (values actually achieved / target values) × 100 [%]100)

Medium-and-long-term Environmental Targets for Fiscal 2020
Mitigation of global warming• Reduce CO2 emissions by 20% compared to the fiscal 2008 level (751 kilotons

Action for building a recyclingoriented society• Reduce final landfill waste disposal by 87% compared to the fiscal 2008 level (1,584 tons

Conservation of the atmosphericenvironment• Reduce VOC emissions into the atmosphere by 70% compared to the fiscal 2008 level(7,326 tons 2,198 tons: –5,128 tons)

TOPPAN CSR Report 2016: Detailed Data

600 kilotons: –151 kilotons)
206 tons: –1,378 tons)2

Toppan’s Environmental Burden*1
INPUT/OUTPUT Data by Business Field for Domestic Sites (subject to the environmental targets)Category

Material

Chief Component

665,131544,107

20,7780313,05448

0960,962

Plastic (tons)

2,451

166,4641,382

0170,296

Glass (tons)

INPUT
OUTPUT

Water and soil
environments

0

80

7,051

0

7,131

12,17755,5742,176

069,927

2,642

8,935

10,121

0

21,699

3,326

5,170

3,445

620

12,561Primary energy [fuel] (1,000 GJ)

1,158

1,984

359

88

3,589

Secondary energy [electricity, steam] (1,000 GJ)

2,168

3,187

3,086

532

8,972

Water consumption (1,000 m3)

840

1,580

3,540

340

6,300

Industrial water (1,000 m3)

278

469

262

6

1,015

Municipal water (1,000 m3)

356

568

37

323

1,285

Groundwater (1,000 m3)

204

544

3,241

0

3,988

2

0

0

11

12

Use of water circulated on premises (1,000 m3)

7

16

3,485

0

3,508

Handling of chemical substances designatedunder the PRTR law (tons)

494

1,827

1,593

2

3,917

142,938

244,049

138,643

24,991550,621CO2 emission [fuel] (t-CO2)

59,575

121,266

19,983

4,526

205,351

CO2 emission [electricity, steam] (t-CO2)

83,363

122,783

118,660

20,465345,270

Emission of ozone-depleting substances (ODP-kg)

26

5

4

9

44

Emission of dioxins (mg-TEQ)

3

1

0

0

4

Release of chemical substances designated under
the PRTR law (tons)

33

103

2

1

138

VOC emission into the atmosphere (tons)*2

538

3,112

35

0

3,684

Total effluent discharge (1,000 m3)

441

1,152

3,146

308

5,047

Into public water system (1,000 m3)

10

723

2,914

0

3,647

Into sewage system (1,000 m3)*3

431

429

233

308

1,401

11

2,908

8,462

0

11,380BOD (kg)
COD (kg)

0

2,671

5,633

0

8,304

Nitrogen discharge (kg)

0

4,132

7,941

0

12,073

Phosphorous discharge (kg)

0

540

273

0

812

Release of chemical substances designated under
the PRTR law (tons)
Waste

1,230,015

Total energy consumption (1,000 GJ)

CO2 emission (t-CO2)

Atmosphere

Total

647,861

Rainwater used (1,000 m3)
Chemical
substances

Non-production
sitesElectronics

Papers (tons)

Other (tons)

Water

Living &Industry

Total input (tons)

Ink, solvent (tons)

EnergyInformation &Communication

0

0

0

0

0

Total discharge (tons)

113,151

99,713

14,855

3,393

231,111

Recycled (tons)

112,992

99,17814,851

3,359

230,380

16

114

7

24

160

Final landfill disposal (tons)*1 Energy consumption associated with fuel consumption is calculated using the conversion factor specified in the year 2000 amendment of the Act on the Rational Useof Energy of Japan. The primary energy input associated with electricity consumption is calculated uniformly as 0.00983 GJ/kWh. CO2 emissions are calculated by themethod specified in the Guidelines for Calculating Greenhouse Gas Emissions from Businesses (2003) issued by the Ministry of the Environment of Japan. CO2 emissions
associated with electricity consumption are calculated uniformly as 0.378 t-CO2/MWh. CO2 emissions associated with electricity consumption at overseas sites, however,are calculated based on the CO2 emission conversion factors (applied to specific countries for the year of 2000) published by the Greenhouse Gas Protocol Initiative.
CO2 emissions [fuel] include CO2 emissions associated with combustibles burned in incinerators. The total discharge of waste includes industrial waste of no value andwaste materials of value sold or transferred as resources (both generated in association with business activities).
*2 Emissions into the atmosphere are calculated in conformance with the standards established by the Japan Federation of Printing Industries (JFPI) and the Japan
Electronics and Information Technology Industries Association (JEITA).
*3 Includes 7,922m3 of spring water from the premises of the Akihabara Sales Building.

TOPPAN CSR Report 2016: Detailed Data

3

INPUT/OUTPUT Data by Business Field for Domestic Sites (not subject to the environmental targets)Category

INPUT

Material

EnergyChief Component

556

0556,642

Papers (tons)

470,657

4,515

7

0

475,179

Plastic (tons)

3,310

65,2492

068,562

Glass (tons)

0

0

52

0

52

Ink, solvent (tons)

7,214

2,260

149

0

9,624

Other (tons)

2,002

878

346

0

3,226

Total energy consumption (1,000 GJ)

2,202

675

435

0

3,312

Primary energy [fuel] (1,000 GJ)

187

67

46

0

300

2,015

608

389

0

3,012
2,120

1,115

66

939

0

Industrial water (1,000 m3)

40

0

0

0

40

Municipal water (1,000 m3)

240

66

15

0

321

Groundwater (1,000 m3)

821

0

924

0

1,745

Rainwater used (1,000 m3)

15

0

0

0

15

0

0

17

0

17

Handling of chemical substances designatedunder the PRTR law (tons)
CO2 emission (t-CO2)

OUTPUT
Water and soil
environments

7

28

50

0

85

87,952

26,84318,146

0132,941

CO2 emission [fuel] (t-CO2)

10,476

3,456

3,177

0

17,109CO2 emission [electricity, steam] (t-CO2)

77,47623,387

14,9690

115,833

Emission of ozone-depleting substances (ODP-kg)

0

0

0

0

0

Emission of dioxins (mg-TEQ)

0

0

0

0

0

Release of chemical substances designated under
the PRTR law (tons)

0

1

0

0

1

VOC emission into the atmosphere (tons)

509

825

3

0

1,338

Total effluent discharge (1,000 m3)

731

46

854

0

1,632

Into public water system (1,000 m3)

524

30

852

0

1,406

Into sewage system (1,000 m3)

207

16

2

0

226

BOD (kg)

485

117

7,158

0

7,761

COD (kg)

937

0

0

0

937

Nitrogen discharge (kg)

882

0

0

0

882

Phosphorous discharge (kg)

68

0

0

0

68

Release of chemical substances designated under
the PRTR law (tons)
Waste

Total

72,902

Use of water circulated on premises (1,000 m3)

Atmosphere

Non-production
sitesElectronics

483,184

Water consumption (1,000 m3)

Chemical
substances

Living &Industry

Total input (tons)

Secondary energy [electricity, steam] (1,000 GJ)

Water

Information &Communication

0

0

1

0

1

Total discharge (tons)

55,453

10,802

1,228

587

68,070Recycled (tons)

55,07910,703

1,206

587

67,575

42

10

1

0

52

Final landfill disposal (tons)

INPUT/OUTPUT Data by Business Field for Overseas Sites (not subject to the environmental targets)Category

Material

Chief Component

158,620

151,459

65,494—

375,573

114,877

41—

264,825

Plastic (tons)

932

19,28934—

20,255

Glass (tons)

0

0

62

—

62

4,288

15,983218—

20,489

INPUT

3,494

1,310

65,138—69,942

Total energy consumption (1,000 GJ)

1,050

1,061

897

—

3,007

Primary energy [fuel] (1,000 GJ)

125

400

16

—

541

Secondary energy [electricity, steam] (1,000 GJ)

925

661

881

—

2,466

Water consumption (1,000 m3)

818

309

414

—

1,541

Municipal water (1,000 m3)

818

282

356

—

1,456

Groundwater (1,000 m3)

0

27

58

—

84

Rainwater used (1,000 m3)

0

0

0

—

0

79,797

68,33859,476—

207,611

CO2 emission [fuel] (t-CO2)

7,954

22,9591,121—

32,035CO2 emission [electricity, steam] (t-CO2)

71,84245,37958,355—

175,576

Emission of ozone-depleting substances (ODP-kg)

OUTPUT

Total effluent discharge (1,000 m3)

Water and soil
environments

Waste

Total

149,906

CO2 emission (t-CO2)
Atmosphere

Non-production
sitesElectronics

Papers (tons)

Other (tons)

Water

Living &Industry

Total input (tons)

Ink, solvent (tons)

EnergyInformation &Communication

0

2

24

—

26

745

254

341

—

1,341

Into public water system (1,000 m3)

42

11

181

—

234

Into sewage system (1,000 m3)

703

243

161

—

1,107

BOD (kg)

0

747

149

—

896

COD (kg)

0

2,189

1,797

—

3,985

Nitrogen discharge (kg)

0

0

110

—

110

Phosphorous discharge (kg)

0

0

1

—

1

Total discharge (tons)

46,587

27,571

2,025—

76,183

Recycled (tons)

44,81523,9901,614—

70,419Final landfill disposal (tons)

1,529

3,203

343

—

5,075

TOPPAN CSR Report 2016: Detailed Data

4

Environmental Impact and Environmental Efficiency*1
Environmental efficiency*2■ Environmental impact
100

100

80

257
74.9

244
70.0

60

232

20

63.6

59.7

218

40

270

2012

2013

2014

Registration
Date

JSA

Mar. 2001

Head office and Saitama Plant (Livretech Co., Ltd.)

JCQA

Jul. 2001

220

Fukushima Plant [including Takino Plant, Sagamihara
Plant] (Toppan TDK Label Co., Ltd.)RB-ISO

Nov. 2001

0
2006

Registrar

Total Media Development Institute Co., Ltd.

170

0Operational Site (Group Company)

245

195

189

n ISO 14001 Certificates Obtained at Domestic Subsidiaries(not subject to the environmental targets)2015 (fiscal year)*1 The value in fiscal 2006 = 100 (baseline); Recalculated with non-production
sites excluded.
*2 Environmental efficiency = net sales / environmental impact

Central Research Center (Toppan Forms Co., Ltd.)JQAMar. 2004

Toppan Forms Tokai Co., Ltd.

JQA

Aug. 2004

Toppan Forms Kansai Co., Ltd.

JQA

Apr. 2007

Toppan Forms Nishinihon Co., Ltd.

JQA

Jan. 2005

Hino Plant (Toppan Media Printec Tokyo Co., Ltd.)

JSA

Nov. 2005

Zama Plant (Toppan Media Printec Tokyo Co., Ltd.)

JACO

Sep. 2009

Kansai Tosho Printing Co., Ltd.

JQA

Jun. 2005

Tosho Printing Co., Ltd.

UKAS

May 2003

Head office and Kochi Plant(Ortus Technology Co., Ltd.)

BV

Feb. 2008
Oct. 2009

Toppan Forms (Sanyo) Co., Ltd.

JQA

ISO 14001 Certification(60 systems at 115 sites, as of March 31, 2016)

Gunma Plant (Tamapoly Co., Ltd.)JQA

Feb. 2011

Toppan Forms Central Products Co., Ltd.

JQA

Sep. 2011n ISO 14001 Certificates Obtained at Toppan Printing Co., Ltd. andDomestic Manufacturing Subsidiaries (subject to the environmental targets)

Mita Plant (Tamapoly Co., Ltd.)JQA

Jan. 2012

Tokyo Logistics Co., Ltd.

JIA-QA

Aug. 2010

Environmental Management Activities

Operational Site
(Division or Manufacturing Subsidiary)
Electronics Division
Environmental Design Subdivision [Kashiwa Plant
and Satte Plant of Toppan Decor Products Inc.](Living & Industry Division)
Tokyo-based sites (Information & Communication
Manufacturing Subdivision)
Fukusaki Plant [including Wakayama Plant andFukusaki Plant of Toppan Plastic Co., Ltd.](Toppan Packaging Products Co., Ltd.)Takino Site
Azusawa Site, Atago Site, Niiza Site, Kawaguchi Site,
Sakado Site (Toppan Logistics Co., Ltd.)
Gunma Central Plant(Toppan Packaging Products Co., Ltd.)
Mito Plant (Toppan Prosprint Co., Ltd.)
Saitama Plant, Miyagi Plant, Sano Plant(Toppan Containers Co., Ltd.)
Chugoku & Shikoku Subdivision [including Fukuyama Plant
of Toppan Joho Kako Co., Ltd. and Hiroshima Office]Registrar

Registration
Date

ICL

Jul. 1998

ICL

Mar. 2000

SAI
GLOBALFeb. 2002

JQA

Jul. 2002n ISO 14001 Certificates Obtained at Overseas Subsidiaries(not subject to the environmental targets)
Registrar

Registration
Date

Toppan Photomasks France SAS

LRQAOct. 2000

Toppan Photomasks, Inc. [Round Rock]

LRQA

Nov. 2001

Siam Toppan Packaging Co., Ltd.

MASCI

Apr. 2002

Toppan Printing Co., (H.K.) Ltd.

DNVMay 2002

Toppan Chunghwa Electronics Co., Ltd.

SGS

Oct. 2003

PT. Indonesia Toppan Printing

LRQA

Nov. 2004

Toppan Photomasks Korea Limited
Toppan Photomasks Co., Ltd. Shanghai

LRQA

Feb. 2005

Toppan SMIC Electronics (Shanghai) Co., Ltd.

SGS

Feb. 2007

Group Company

JQA

Oct. 2002

ICL

Oct. 2002

JQA

Jul. 2003

JSA

Jan. 2004

Toppan Leefung Printing (Shanghai) Co., Ltd.

CCCI

Apr. 2007

JQA

Apr. 2004

Shanghai Toppan Printing Co., Ltd.

NQA

Jul. 2008

Toppan Leefung Changcheng Printing (Beijing) Co., Ltd.

ZDHY

Nov. 2009

Toppan Leefung Printing Limited (H.K.)
Toppan Leefung Packaging & Printing (Dongguan) Co., Ltd.

CNAS

Mar. 2009

Toppan Excel Printing (Guangzhou) Company Limited

CTC

May 2009

Toppan Excel Printing (Meizhou) Co., Ltd.

CQC

Sep. 2013

Toppan Security Printing Pte. Ltd.

TUVAug. 2010

Toppan Leefung Printing (Shenzhen) Co., Ltd.

SGS

May 2012

Toppan Win Label Company Limited

CQC

Nov. 2012

ICL

Oct. 2004

Nishinihon Division

JQA

Nov. 2004

Higashinihon Subdivision

ICL

Mar. 2005

Toppan Technical Research Institute

JQA

May 2005

ICL

Jun. 2005

SAI
GLOBALDec. 2006

Sapporo Plant and Chitose Plant(Hokkaido Subdivision)
Satte Plant [including Koshigaya Plant](Toppan Plastic Co., Ltd.)
Ranzan Plant and Kyushu Plant(Toppan Packaging Service Co., Ltd.)
Sagamihara Plant(Toppan Packaging Products Co., Ltd.)JQA

Feb. 2007SAI
GLOBALMar. 2007

Saga Plant (Toppan Plastic Co., Ltd.)

ICL

Nov. 2007

ICL

Oct. 2008

E-learning program: CSR/environment for fiscal 2015

Mar. 2009

Toppan Business School (1 course)

24

Toppan Challenge School (14 courses)

53

Internal environmental auditor training program

107

Kyushu Subdivision(Nishinihon Division of Toppan Printing Co., Ltd.)
Head office and Kansai branch(Toppan Techno Co., Ltd.)
Sodegaura Beverage Plant(Toppan Packaging Service Co., Ltd.)
Fukaya Plant [including Satte Site](Toppan Packaging Products Co., Ltd.)SAIGLOBALSAIGLOBAL

Apr. 2009

ICL

Mar. 2010

JQA

Dec. 2010SAI
GLOBALNov. 2010

Matsusaka Plant (Chubu Division)

JQA

Mar. 2012

Itami Plant (Toppan Packaging Products Co., Ltd.)

JQA

Sep. 2012

Nagoya Plant (Chubu Division)
Mikkabi Plant (Toppan Packaging Products Co., Ltd.)Fiscal 2015 Results of Environmental Education
Training

324
22,419Numbers of Internal Environmental Audits andIssues in Need of Improvement
Domestic sites audited
Issues in need of improvement
identified at domestic sites
Domestic sites reviewed

TOPPAN CSR Report 2016: Detailed Data

Number of Trainees

New employee training: General environmental education

59 sites
125 issues
2 sites5Mitigating Global Warming
Greenhouse Gas Emissions throughout the Entire Supply Chain

Scope 3

Scope 1-3 Greenhouse Gas Emissions

I Extraction of raw materials
Othercategories*

Scope 2
Suppliers, etc.
I Production of raw
materials, etc.

Category
12

I Consumption ofelectricity supplied by entities
outside the reporting company
I Consumption of heating andcooling supplied by entities
outside the reporting company

Category
9
Category
4

Scope 1

Scope 3
3,938
kilotons

The reporting
company itself

I Transportation anddistribution of raw
materials, etc.

I Fuel combustion
I Emissions from industrial
processes

I Employee commuting
I Sales activities, businesstravel3,826
kilotons

Category
1

I End-of-life treatmentof sold products andgoods

Scope 2I Transportation anddistribution of soldproducts and goods

Details of the Scope 1–3 Categories

Users of products
and goods
I Use of sold products
and goods

379
kilotons

345
kilotons

Scope 1

205
kilotons
Fiscal 2015

214
kilotons Fiscal 2014

*Categories 2, 3, 5, 6, 7, 8

Emissions Types
Direct emissions(Scope 1)
Indirect emissions(Scope 2)

Direct emissions from industrial processes or fuels consumed at the reporting company
Indirect emissions associated with the consumption of electricity, heating, or coolingpurchased or acquired by the reporting company

Indirect Emissions Not Included in Scope 2 (Scope 3)
Category 1

Purchased goods andservices

Category 2

Capital goods

Category 3

Fuel- and energy-related
activities (not included inscope 1 or scope 2)

Category 4

Upstream transportationand distribution

Category 5

Waste generated inoperations

Category 6

Business travel

Emissions associated with activities up to the point of the productionof raw materials, components, goods, sales-related materials, or the
like purchased or acquired by the reporting company
Emissions that occur during the construction or production ofcapital goods purchased or acquired by the reporting company
Emissions associated with the procurement of fuels supplied by entities
outside the reporting company or fuels necessary for the generation, etc.
of electricity, heating, cooling, etc. consumed by the reporting company
Emissions associated with logistics up to the point of the arrival ofincoming raw materials, components, goods, sales-relatedmaterials, or the like purchased or acquired by the reporting
company; transportation and distribution of products sold by thereporting company
Emissions associated with the transportation and treatment ofwaste generated at the reporting company
Emissions associated with business travel by employees

Category 14 Franchises

Emissions associated with the commuting of employees between
their homes and worksites
Emissions associated with the operation of assets leased by thereporting company (lessee), excluding scope 1 and scope 2 emissions
Emissions associated with the transportation, storage, loading, or
retailing of sold products after delivery to customers
Emissions associated with the processing of sold intermediate
products by downstream companies
Emissions associated with the end use of sold products by users(consumers, downstream companies)
Emissions associated with the transportation and treatment ofsold products at the end of their life by users (consumers,
downstream companies)
Emissions associated with the operation of assets owned by thereporting company (lessor)
Emissions from franchise members

Category 15 Investments

Emissions related to the operation of investments

Category 7

Employee commuting

Category 8

Upstream leased assets

Downstream transportationand distribution
Processing of soldCategory 10
products
Category 9

Category 11 Use of sold products
Category 12

End-of-life treatment ofsold products

Category 13 Downstream leased assets

Calculation Methods
Activity Quantity

Basic Unit from

Materials purchased or acquired(by weight)

CFP-DB*2

Capital investments by businessfield

MOE-DB*1

1. Electricity and steam consumption 1. MOE-DB*1
2. Fuel consumption

2. CFP-DB*2

1. F reight ton-kilometers as a
1. Energy
designated shipper classified under
Saving Act
the Energy Saving Act of Japanof Japan
2. E stimated freight ton-kilometers
2. CFP-DB*2of procurement logistics
Waste discharge by type

MOE-DB*1

Business travel expenses bytransport mode

MOE-DB*1

Commuter fares or petrol costs

MOE-DB*1

Electricity and gas consumed at
Emission factors
tenant premises
by business
Estimated freight ton-kilometers by
CFP-DB*2
product
Excluded from calculation because there are no scenarios orunits that apply universally to Toppan’s diversified products
Not applicable
Waste disposal by product(estimated)

CFP-DB*2

Not applicableNot applicableExcluded from calculation

Notes I Toppan calculates its scope 3 emissions for categories 1–9 and 12.
I The calculation boundary covers Toppan Printing Co., Ltd. and 15 domestic manufacturing subsidiaries subject to the Company’s environmental targets.
I For “freight ton-kilometers as a designated shipper classified under the Energy Saving Act of Japan” in category 4, “business travel” in category 6, and “employee
commuting” in category 7, Toppan has estimated total values across the calculation boundary in terms of the proportion of production volume or employee
numbers based on the values counted for organizations whose activities are quantifiable.
*1 MOE-DB: Emission unit database issued by the Ministry of the Environment of Japan for calculating the greenhouse gas emissions, etc. of organizations throughout
the entire supply chain (ver. 2.0).
*2 CFP-DB: Standard database (ver. 1.01) of the Japan Environmental Management Association for Industry (JEMAI) Carbon Footprint of Products (CFP) Communication
Program

TOPPAN CSR Report 2016: Detailed Data

6

Mitigation of Global Warming through the Development of Energy-saving Measures
Main Measures in Fiscal 2015

Information &Communication

Reduction Result(t-CO2/year)• Replaced existing cooling machines withhigh-efficiency alternatives (Sakado)• Replaced existing air-cooled chillers withhigh-efficiency alternatives (Sendai)• Replace existing cooling machines withhigh-efficiency alternatives (Sakado)• Replace existing compressors with low-pressure
types (Ranzan)

1,929Electronics
Non-production
sites• Replaced existing hydraulic molding machineswith electric types (Harima)• Reduced the gas consumption of ovens byeffectively using waste heat (Fukaya)• Replaced existing cooling machines withhigh-efficiency alternatives (Niigata)• Applied inverter control for cooling-water pumps(Kumamoto)• Switched from mercury lamps to LED lamps(Ebie)

Total

—

859

• Replace existing air conditioners with highefficiency alternatives (Asaka Securities Printing)• Reduced gas consumption by effectively using
VOC fuel (Gunma Central)
Living & Industry

Reduction Target(t-CO2/year)

Main Plans for Fiscal 2016

• Replace existing cooling machines withhigh-efficiency alternatives (Toppan Packaging
Products Fukuoka)

6,185

588

• Replace existing compressors with highefficiency alternatives (Sagamihara)• Replace existing cooling machines withhigh-efficiency alternatives (Niigata, Shiga)

948

782

• Replace existing boilers with high-efficiency
alternatives (Kumamoto)• Switch to LED lights (Toppan TechnicalResearch Institute)

189
9,251

1

—

2,229

Energy Consumption

Ratios by Energy Type (in terms of calorific value)(1,000 GJ)

Kerosene 1.0%
Fuel oil 0.7%

20,00015,00015,896

15,475

14,417

13,586

12,561

LPG 0.3% Diesel oil, gasoline 0.0%
Other (steam, etc.) 0.1%

Natural gas
26.7%

10,000

5,000

0
2011

2012

2014

2013

Purchased electricity 71.3%

2015 (fiscal year)

Electricity Consumption

Natural Gas Consumption(GWh)(1,000 Nm3)

1,500

100,000

1,200

1,217

1,175

1,090

900

80,000
1,002

912

79,67480,2692011

2012

86,88476,37077,5802013

2014

60,000600

40,000300

20,000

0

0
2011

2012

2013

2014

2015 (fiscal year)

2015 (fiscal year)

Kerosene Consumption

Fuel Efficiency of Vehicles Owned by Toppan Logistics(kL)(km/L)
5.0

4,000

3,000

2,897

2,870

3,201

3,318

2,193

2,000

4.5

4.56

4.42

4.36

2012

2013

4.48

4.36

4.0

3.5

1,000

3.0

0
2011

2012

2013

TOPPAN CSR Report 2016: Detailed Data

2014

2015 (fiscal year)

2011

2014

2015 (fiscal year)7

Ratios of Greenhouse Gas Emissions by Type (in tons of CO2 equivalent)
Fiscal Year

CO2

CH4

N 2O

SF6

PFC

Total

2015

99.63%

0.11%

0.19%

0.04%

0.03%

894,595 t-CO2

Ratios of Greenhouse Gas Emissions by Source (in tons of CO2 equivalent)
Scope 1
Fiscal Year

Scope 2Non-energy-derived
Greenhouse Gases
2.33%(20,843 t-CO2)

Fuel Consumption
26.50%(237,073 t-CO2)

2015

Electricity andSteam Consumption
71.17%(636,679 t-CO2)

Total
100%
(894,595 t-CO2)

Notes I Calculated by the method specified in the Guidelines for Calculating Greenhouse Gas Emissions from Businesses (2003) issued by the Ministry of the Environmentof Japan.
IThe greenhouse gas (GHG) emissions from domestic sites (subject to and not subject to the environmental targets) and overseas sites in fiscal 2015 are basedon calculations of emissions of energy-derived CO2 and non-energy-derived CO2, CH4, N2O, HFC, PFC, SF6, and NF3. GHG emissions accounting for 0.01% ormore of total emissions in CO2-equivalent values from these sites (namely, emissions associated with dry etching, dry ice consumed, waste burned in incinerators,
combusted refuse-derived fuel, and fuel consumed in cogeneration systems) are included.

Calculated Level of Fluorocarbon Leakage
Fiscal Year

CO2

2015

1,990 t-CO2

Note: Calculated in conformance with the Act on Rational
Use and Proper Management of Fluorocarbons enforced
in April 2015 in Japan.

Building a Recycling-oriented Society
Promotion of Waste Reduction and Recycling
Reduction Result(tons/year)

Main Measures in Fiscal 2015

Information &Communication

Living & Industry

Electronics

Non-production
sites

Ranzan: Reduced the generation of waste woodby repeatedly using pallets for carrying materials in
the plant
Kawaguchi: Reduced the generation of waste
plastics by disseminating and sharing information
about waste separation in the plant
Chitose: Promoted material recycling by collecting
metals from waste liquids
Fukaya: Reduced landfill waste disposal byrecycling difficult-to-treat substances
Shiga: Processed films and other waste plastics
into valuable resources–113–4,711Main Plans for Fiscal 2016
Takino: Reduce the discharge of waste oil byreusing residual ink
Sakado: Reduce the discharge of food waste byinstalling garbage treatment units
Takino: Reduce the discharge of waste paper byreducing initial paper loss during printing
Fukusaki: Process aluminum-deposition films into
valuable resources
Kumamoto: Salvage machinery parts and electricalcomponents for reuse as valuable resources

Niigata: Separated waste metals for reuse as
valuable resources–767 Tamana: Reduce the generation of waste wood byasking contractors to collect pallets for carrying
materials in the plant

Toppan Logistics: Separated cardboard, stretch
films, and used paper (shredder scraps, hanging
tags, copy paper, etc.) for reuse as valuable
resources

–83

Total

—

–5,674

Office buildings: Separate used paper for reuse asa valuable resource—

Reduction Target(tons/year)–103–2,120–140–8–2,371

Note: Includes measures to reduce waste discharge per unit of production value, improve material recycling rates, reduce final landfill waste disposal, and expand thenumber of certified zero-emission sites.

Fiscal 2015 Results of Waste Discharge and Recycling
Type of
Waste

Waste
Discharged(tons)

Waste paper

172,703

74.7%

99.9%

Recycled paper

Waste plastic

27,391

11.9%

99.3%

Plastic materials,
RPF*1

Ratio

Recycling
Rate

Primary Reusage

Waste oil

6,422  2.8%

99.5%

Recycled oil, fuelSludge5,811  2.5%

99.3%

Roadbed materials

Waste metal

4,408  1.9%

99.9%

Metal materials

Waste alkali

4,376  1.9%

99.7%

Neutralizer

Waste acid4,803  2.1%

98.3%

Neutralizer

2,396  1.0%

100.0%

Woodchip,paper materials

Cinder833  0.4%

98.6%

Roadbed materials

Other

998

  0.4%

90.1%—

Waste glass622  0.3%

93.2%

Glass materials

Waste wood

Food waste
Total

347

  0.2%

87.2%

Feed

231,111100.0%

99.7%—*1 Refuse Paper & Plastic Fuel (RPF): Solid fuel primarily made from refuse paper
and plastic waste.

TOPPAN CSR Report 2016: Detailed Data

8

Zero-emission Sites (TZERO-15) (58 sites approved in July 2015)
Operational Site (Division or Group Company)

Total Waste Generationin Fiscal 2014 (tons)

Waste Recycled in
Fiscal 2014 (tons)

Recycling Rate in
Fiscal 2014 (%)

Rank

Sapporo Plant (Hokkaido Subdivision)

2,290

2,290

100.00S

Sendai Plant (Higashinihon Division)

4,478

4,466

99.73

S

Itabashi Site

7,075

7,040

99.51

S

Asaka Site [Commercial Printing, Publications Printing](Toppan Communication Products Co., Ltd.)Asaka Site (Toppan Joho Kako Co., Ltd.)

4,043

4,040

99.51

S

Asaka Securities Printing Plant (Toppan Communication Products Co., Ltd.)

3,281

3,281

100.00S

Kawaguchi Site

42,96242,962100.00S

Sakado Site

27,982

27,982100.00

S

736

736

100.00S

Nagoya Plant (Chubu Division)

7,227

7,222

99.94

S

Takino Plant (Toppan Communication Products Co., Ltd.)

10,043

9,971

99.28

A+

919

903

98.27

A

Fukuoka Plant (Toppan Communication Products Co., Ltd.)

5,642

5,642

100.00S

Fukuyama Plant (Toppan Joho Kako Co., Ltd.)

1,860

1,841

98.94

A

305

303

99.36

A+

Ranzan Plant (Toppan Communication Products Co., Ltd.)Takino Securities Printing Plant (Toppan Communication Products Co., Ltd.)

Oyodo Plant (Toppan Communication Products Co., Ltd.)
Gunma Central Plant (Toppan Packaging Products Co., Ltd.)

7,111

7,091

99.73

S

Sagamihara Plant (Toppan Packaging Products Co., Ltd.)

16,633

16,633100.00S

Matsusaka Plant (Toppan Packaging Products Co., Ltd.)

3,132

3,096

98.86

A

Takino Plant (Toppan Packaging Products Co., Ltd.)

4,805

4,805

100.00S

Fukusaki Plant (Toppan Packaging Products Co., Ltd.)

6,549

6,418

98.00

A

353

353

100.00S

Itami Plant (Toppan Packaging Products Co., Ltd.)

7,677

7,604

99.05

A+

Fukuoka Plant (Toppan Packaging Products Co., Ltd.)

5,830

5,821

99.85

S

90

90

100.00

S

3,159

3,159

100.00S

Fukusaki Plant (Toppan Plastic Co., Ltd.)

Miyata Plant (Toppan Packaging Service Co., Ltd.)
Mikkabi Plant (Toppan Packaging Products Co., Ltd.)Tamana Plant (Toppan Packaging Products Co., Ltd.)

5,175

5,175

100.00S

Miyagi Plant (Toppan Containers Co., Ltd.)

3,456

3,437

99.45

A+

Sano Plant (Toppan Containers Co., Ltd.)

3,601

3,567

99.07

A+

Saitama Plant (Toppan Containers Co., Ltd.)

9,128

9,062

99.27

A+

Koshigaya Plant (Toppan Plastic Co., Ltd.)

208

206

99.08

A+

Satte Plant (Toppan Plastic Co., Ltd.)

481

473

98.25

A

Wakayama Manufacturing Section(Fukusaki Plant of Toppan Plastic Co., Ltd.)

113

113

100.00S

Saga Plant (Toppan Plastic Co., Ltd.)

230

230

100.00S

Ranzan Plant (Toppan Packaging Service Co., Ltd.)

455

455

100.00

S

1,139

1,139

100.00S

Sodegaura Beverage Plant (Toppan Packaging Service Co., Ltd.)
Kyushu Plant (Toppan Packaging Service Co., Ltd.)

123

123

100.00

S

4,790

4,784

99.89

S

Satte Plant (Toppan Packaging Products Co., Ltd.)

475

475

100.00S

Kashiwa Plant (Toppan Decor Products Inc.)

573

573

100.00S

Satte Plant (Toppan Decor Products Inc.)

5,202

5,202

100.00S

Harima Plant (Toppan Plastic Co., Ltd.)

792

792

100.00S

Kansai Bottling Co., Ltd.

92

92

100.00S

Asaka Plant (Toppan Electronics Products Co., Ltd.)

174

174

100.00S

Shiga Plant (Toppan Electronics Products Co., Ltd.)

989

989

100.00

Shiga Plant (Toppan TOMOEGAWA Optical Films Co., Ltd.)

511

511

100.00Mito Plant (Toppan Prosprint Co., Ltd.)S

Mie Plant [Kameyama] (Toppan Electronics Products Co., Ltd.)

2,687

2,687

100.00S

Mie Plant [Hisai] (Toppan Electronics Products Co., Ltd.)

2,507

2,507

100.00S

Niigata Plant (Toppan Electronics Products Co., Ltd.)

4,996

4,996

100.00S

Kumamoto Plant (Toppan Electronics Products Co., Ltd.)

3,773

3,773

100.00S

Toyama Plant (Toppan Electronics Products Co., Ltd.)

210

210

100.00S

Toppan Technical Research Institute (Toppan Printing Co., Ltd.)

433

431

99.44

A+

1,198

1,198

100.00S

Sagamihara Plant (Toppan TDK Label Co., Ltd.)

Sakado Distribution Processing Center (Toppan Logistics Co., Ltd.)

407

407

99.88

S

Takino Plant (Toppan TDK Label Co., Ltd.)

360

360

99.99

S

2,049

2,047

99.90

S

Fukushima Plant (Toppan TDK Label Co., Ltd.)
Mita Plant (Tamapoly Co., Ltd.)

2,787

2,787

100.00S

Tochigi Plant (Tamapoly Co., Ltd.)

2,344

2,299

98.08

A

Saitama Plant (Livretech Co., Ltd.)

6,799

6,786

99.81

S

Hino Plant (Toppan Media Printec Tokyo Co., Ltd.)

824

824

100.00S

Zama Plant (Toppan Media Printec Tokyo Co., Ltd.)

228

227

99.69

S

Note: Toppan approves operational sites as zero-emission sites based on a three-level grading system according to their recycling rates.
	S-rank site: recycling rate of 99.5% or over; A+-rank site: recycling rate of 99% or over and less than 99.5%; A-rank site: recycling rate of 98% or over and lessthan 99%
Operational sites satisfying any of the above criteria were approved as zero-emission sites in July 2015.

TOPPAN CSR Report 2016: Detailed Data

9

Preventing Pollution / Controlling Chemical Substances
PRTR Data for Fiscal 2015
PRTR No.

(Unit: kg/year)
Chemical Substance

HandledReleased

1. Atmosphere

2. Water

Total
Transferred

3. Soil20

2-aminoethanol

6,071

0

0

0

0

44

Indium and its compounds

2,766

0

0

0

0

5,464
3

53

Ethylbenzene

16,537

1,125

1,125

0

0

839

57

Ethylene glycol monoethyl ether

1,023

117

117

0

0

136

59

Ethylenediamine

3,115

0

0

0

0

3,115

71

Ferric chloride

1,257,174

5

0

5

0

1,132,768

76

Epsilon-caprolactam

1,909

0

0

0

0

178

80

Xylene47,053

1,638

1,638

0

0

627

87

Chromium and chromium (III) compounds

25,43280

8017,86088

Chromium (VI) compounds

13,541

0

0

0

0

860

151

1,3-dioxolane

8,728

375

375

0

0

1,222

213

N,N-dimethylacetamide

1,666

36

36

0

0

262

243

Dioxins (mg-TEQ)

646

1

1

0

0

645

272

Copper salts (water-soluble, except complex salts)

175,435

99

0

99

0

71,386
15,813296

1,2,4-trimethylbenzene

90,145

8,791

8,791

0

0

297

1,3,5-trimethylbenzene

5,175

0

0

0

0

2,746

300

Toluene2,099,479

125,919

125,91900

126,074

308

Nickel

68,610

0

0

0

0

0

309

Nickel compounds

19,32880

8017,511

392

N-hexane

1,431

164

164

0

0

190

405

Boron compounds

1,750

0

0

0

0

33

411

Formaldehyde

3,670

47

47

0

0

212

412

Manganese and its compounds

5,828

20

0

20

0

721

420

Methyl methacrylate

7,382

160

160

0

0

491

438

Methylnaphthalene

12,904

65

65

0

0

0

448

Methylenebis(4,1-phenylene) diisocyanate

40,587

0

0

0

0

3,075

3,916,740

138,577

138,43814001,401,587

Total

Notes: • Period covered: April 1, 2015–March 31, 2016
• Operational sites covered: Sites that handle more than 1.0 ton of Class I designated chemical substances per year (or specified Class I designated chemical
substances in excess of 0.5 tons per year)• The total transfer is the sum of transfers into waste and sewage systems.

Promoting the Conservation of Biodiversity
ECO-GREEN Purchasing
Fiscal Year

2011

2012

2013

2013

2015

Number of Cases

2,825

2,561

2,484

2,867

2,811

Note: ECO-GREEN is a toilet paper composed of about 50% used Cartocan
paper.

TOPPAN CSR Report 2016: Detailed Data10

Eco-creativity Activities
List of Environmentally Friendly Products (88 products as of March 2016)
Product

Product

Standard Categories

Suitability for disposal

Easy Peel-off Thermo-label

Recycling

Bulky Waste Processing Sticker

Resource saving (reduced use of materials)

Eco BandReusability

Eco Pack (life-size POP display)

Resource saving (reduced use of materials)

Eco Flat Cup

Use of sustainable resources

Paper Desk Calendar

Use of recycled materials

Resource-saving efforts

Ecology Calendar

Use of recycled materials

Paper carton with tamperevident closure

Non-vinyl Chloride Lenticular
Lens

Clear UV-blocking Film

Use of sustainable resources

Suitability for disposal

BIOAXX (molding product)

Use of sustainable resources

Eco Pack Multipanel

Reusability

EL-CaseResource-saving efforts, recycling

Eco Floor Sticker

Suitability for disposal

Eco Pack End Panel

Resource saving

Eco Pack Stand (round type)

Resource saving

Paper cup made from pulp
from forest-thinning operations
Cylindrical paper-composite
container for refill
High-resistance Flexible
Pouch

Disk Tottokun Series
Ultra-thin DM(brochures, etc.)
Eco Pack Multipanel Mini
Multicube POP

KAMICARD®
KAMI-RFID CARD

Printed materials withenvironmental logos
Flip chip ball grid array[FC-BGA] substrate (halogen free)Electronics

Business
Field

Ecothrough card

Green Bankbook

Color filter(resin black matrix [BM])Palladium pre-plated
leadframe
Flip chip ball grid array[FC-BGA] substrate (lead free)Toppan Ecowall
TOPPAN ECO SHEETGL BARRIER

Living & Industry

Standard Categories

Resource saving, prolonged product life,
recyclability, suitability for disposal
Resource saving, reduced energy
consumption in production, recyclability
Reusability, prolonged product life,
recyclability, easy separation and disassembly
Reusability, prolonged product life,
recyclability, easy separation and disassembly
Recyclability, suitability for disposal
Biodegradability, use of safe materials,
resource saving, recyclability
Recyclability, use of safe materials,
resource saving, easy separation anddisassembly
Reduced use of chemical substances,
reduced use of hazardous substances,use of recycled materials, use ofsustainable resources, use of recyclable
energy, carbon offsetting, labeling withenvironmental logos

Use of safe materials, energy saving,
reduced release of chemical substances,suitability for disposal
Use of safe materials, reduced release ofchemical substances, suitability fordisposal
Use of safe materials, reduced release ofchemical substances, suitability fordisposal
Reduced release of chemical substances,use of safe materials, suitability fordisposal
Reduced release of chemical substances,
extension of product life
Use of sustainable resources, resourcesaving efforts

Use of sustainable resources

Multi-layer Blow Tube

Resource-saving efforts

Steam-release Packaging

Reduced environmental burden during use

Air Hold Pouch

Resource-saving efforts

Flexible packaging materialusing recycled materials
Printed Decorative Paper(Coated Paper)
Printed Decorative Paper(Coated Paper FSC-certified)Printed Decor Paper for HPL/
LPL (Saturated Grade Paper)
Printed Decor Paper for HPL/
LPL (Saturated Grade Paper
FSC-certified)
Transfer paper for padded
floorsLower-VOC wallpaper(Exceptional*)
SnapFit
101 Coordination Floor
REPREA eco (Exceptional*)

Resource-saving efforts

Bottled Pouch

Resource-saving efforts

Plastic container made fromrecycled materials

Use of recycled materials

Sosogi Jozu

TT Paper Can

Use of sustainable resources

Preform for PET bottles

Ecotainer

Recycling, improvement in transport efficiency
Recycling, improvement in transport efficiency

EP-PAK (EP-GL)

Improvement in transport efficiency,
recycling

EP-PAK (Al)Improvement in transport efficiency

Stand-up Laminated Tube

Resource-saving efforts

Recyclen Cap

Recycling

AP Carton

Improvement in transport efficiency

Micro FluteResource-saving efforts, recycling

TP-Tray

Recycling, use of sustainable resources

Corrugated Board Cushioning
Recycling
Material
AD-CaseResource-saving efforts

101 COORDINATION FLOORREPREAUse of sustainable resources, recycling,visualization of environmental burden
Reduced use of chemical substances,
reduced use of hazardous substances,use of sustainable resources, extension of
product life
Reduced release of chemical substances,long-life products

GL-C Bottle

Resource-saving efforts

Jar Plus

Resource-saving efforts, recycling

GL FILM Lined Paper Cup

Use of sustainable resources

Cartocan (Exceptional*)
NaturArt

FORMANOFORTINA

101 ECO FUNENTOPPAN MATERIAL WOOD
(Exceptional*)
Smart Deli Bag
Plastic UV ink container
Forest-certified-paper
packaging

In-mold Barrier Cup

Extension of product life, improvement intransport efficiency

Use of sustainable resources, resourcesaving, environmentally friendly disposal,
visualization of environmental burden
Improvement in transport efficiency, resourcesaving, environmentally friendly disposal
Use of recycled materials, procurement of materials
with lower environmental burden, reduced energy
consumption in production, environmentally friendly
disposal, visualization of environmental burden
Reduced use of chemical substances,
reduced use of hazardous substances
Use of sustainable resources, reduced useof chemical substances, reduced use ofhazardous substances
Reduced use of chemical substances,
reduced use of hazardous substances,
reduced release of chemical substances
Use of sustainable resources, reduced use ofchemical substances, reduced use of hazardous
substances, reduced release of chemical substances
Reduced use of chemical substances,
reduced use of hazardous substances,
reduced release of chemical substances
Reduced use of chemical substances,
reduced use of hazardous substances,
reduced release of chemical substances
Reduced use of chemical substances,
reduced use of hazardous substances, use ofsustainable resources, extension of product life
Reduced use of chemical substances,
reduced use of hazardous substances, use ofsustainable resources, extension of productlife, labeling with environmental logos
Resource saving, improvement in transport
efficiency, environmentally friendly disposal
Improvement in transport efficiency,
visualization of environmental burden
Reduced use of chemical substances, reduced
use of hazardous substances, environmentallyfriendly disposal, reduced release of chemical
substances, extension of product life
Reduced use of chemical substances, reduced
use of hazardous substances, environmentallyfriendly disposal, reduced release of chemical
substances, extension of product life
Reduced use of chemical substances, reduced
use of hazardous substances, environmentallyfriendly disposal, reduced release of chemical
substances, extension of product life
Reduced use of chemical substances, reduced useof hazardous substances, use of recycled materials,
environmentally friendly disposal, reduced release ofchemical substances, extension of product life
Reduced environmental burden during use
Use of recycled materials, use ofsustainable resources, improvement intransport efficiency, recycling
Use of sustainable resources, labeling withenvironmental logos

Biodegradable plastic products Use of biodegradable materials
Cardboard with shrink wrap
packagingEmergency magnesium air
battery

Double-wall Barrier Paper Cup Resource-saving efforts
Fluorine-free oil-repellent paper Recycling

Resource-saving efforts, improvement intransport efficiency
Use of sustainable resourcesStand-up pouch

TL-PAK

Use of sustainable resources

Aluminum-free Lid Material

Square-bottomed Gazette
Pouch

Suitability for disposal

Use of sustainable resources

BIOAXX (label)

BIOAXX(flexible packaging material)

Living & Industry

Information & Communication

Business
Field

FINE FEEL

Resource saving, reduced energy
consumption in production, improvementin transport efficiency, recycling
Reduced use of chemical substances,
reduced use of hazardous substances, use ofsustainable resources, extension of productlife, reduced environmental burden during use,
recycling, environmentally friendly disposal
Reduced use of chemical substances,
reduced use of hazardous substances,
resource saving, extension of product life,
environmentally friendly disposal*Exceptional environmentally friendly product

TOPPAN CSR Report 2016: Detailed Data

11

Environmental Accounting
Capital Investment for Environmental Conservation (million yen)
Item

1

2

3

4

Major Content

Investment
in equipment
to prevent
pollution
Investment
in equipment
to conserve
the global
environment

Investment inequipment to prevent
atmospheric and otherforms of pollution
Investment inequipment to conserve
the global environmentby mitigating global
warming, etc.
Investment in
Investment
equipment to realize
in equipment
the appropriate
to circulate
treatment andresources
recycling, etc. of waste
Investment in
Investment
equipment to monitor
in equipment and measure environto carry out
mental burden, plant
environmental trees at operational
management sites, and implement
activities
other environmental
measures

Total

Environmental Conservation Benefit

Increase/
Average
Decreasefor thefrom Fiscal Last Five
2014
Years

Fiscal
2015

1,158

–719

Item

835

–15

–3,064

18,881

Water

Water consumption (1,000 m3)–2,9269,961

CO2 emission (1,000 t-CO2)

–168

891

Emission of ozone-depleting
substances (ODP-t)

–82

26

Emission of dioxins (mg-TEQ)–40–2,559

8,020

2

20

913

993

Total effluent discharge(1,000 m3)

COD (tons)

383

Fiscal2015

Total energy consumption(1,000 GJ)

Water and soil
environments BOD (tons)
231

Increase/
Decrease*1

EnergyAtmosphere
1,259

Major Content

Waste

Total discharge (1,000 tons)

0

13

–18

375

*1 Increases and decreases from fiscal 2014

7

–28

58

2,656

72

2,347

Note: The data for fiscal 2014 and earlier are adjusted based on revised calculation
methods.

Green Procurement and Green Purchasing
Green Procurement Standards for Paper and Level of Fulfillment
Green Principle

Level 1

Level 2

Fiscal 2015 Result*2

Paper that uses at least 60% recycled
Paper that uses at least 50% recycled
pulp plus forest-certified pulp for thepulp, or forest-certified paper, tree-free
1. Using recycled paper
remaining portion, or an overall rating of
paper, or paper made with pulp from
more than 80 points
forest-thinning operations•Below about 80% for non-coated paper;
2. Considering the degree of whitenessNot applicable for products with an overall rating of more than 80 points, or for fancy
or colored paper•Below about 30 g/m2 (both faces);
Not applicable for products with an overall rating of more than 80 points, or for art
3. Considering the volume of coatingpaper
4. Reducing component properties obstructive to Non-usage of printing materials with waste Non-usage of printing materials with waste
paper recyclability rankings of B, C, or D
paper recyclability rankings of C or D
waste paper recycling
5. Procuring from manufacturers proactively
Procurement from manufacturers who proactively use waste paper as a raw material
engaged in paper recycling
for recycled paper
Consideration:
Reduction in weight as far as possible based on the purposes of use of printed
The reduction of paper weightmaterials

2.2%

Note: Result under the Green Standards for Offset Printing Services (April 25, 2013 amendment) of the Japan Federation of Printing Industries (JFPI)*2 Level 1 or 2 paper used (kg) / offset paper purchased (kg)Green Procurement Standards for Ink and Level of Fulfillment
Green Principle
1. Avoiding the use of substances harmful to thehuman body
2. Avoiding the use of substances known togenerate hazardous substances
3. Considering chemical substances designatedunder the PRTR law
4. Controlling VOC emissions(for offset ink, excluding heat-set ink for web
press)
5. Using sustainable resources(for heat-set ink for web press)
6. Reducing component properties obstructive towaste paper recycling

Level 1

Level 2

Fiscal 2015 Result*3

Conformance with the NL regulations of the Japan Printing Ink Makers Association
Non-usage of chloride-based resins
Non-usage of substances designatedunder the PRTR law

Identification of substances designatedunder the PRTR law (via MSDSs)

Non-VOC ink or UV ink

Vegetable oil ink or soybean oil ink

96.9%

Vegetable oil ink or soybean oil ink
Non-usage of printing materials with waste Non-usage of printing materials with waste
paper recyclability rankings of B, C, or D
paper recyclability rankings of C or D

Note: Result under the JFPI Green Standards for Offset Printing Services (April 25, 2013 amendment)*3 Level 1 or 2 ink used (kg) / offset ink purchased (kg)In-house Green Purchasing Standards and Levels of Fulfillment
Product

Standard

Fiscal 2015 Result

Copy machines and printers

Configured to automatically revert to low-power mode or off mode

PCs

Configured to automatically revert to low-power mode or off mode

100%

Stationery and office goods

Products listed in eco-friendly product catalogues of manufacturers

81.1%

TOPPAN CSR Report 2016: Detailed Data

90.0%12