environmental report 2002 material - aisin aw co ltd · environmental policies of aisin aw...
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MATERIALEnvironmental Report 2002
ISO 14001 Cert i f icate of Registrat ion
Environmenta l Educat ion System
Aimed at : Deta i l s
New employeesFundamenta ls of env ironmenta l protect ionEnvironmenta l pol ic ies of AIS IN AWImportance of observ ing ru les
Newly appointedmanagement superv isors
Environmenta l problemsEnvironmenta l management proceduresRoles and respons ib i l i t ies of workers
Workers inenvironment-re lated fac i l i t ies
Operat ion and checkingMaintenanceDeal ing with abnormal i t ies and emergencies
persons
Trends in the Number of People Complet ingInterna l Auditor Tra in ing
01997
18
1998
127
1999
175
2000 2001
211
50
100
150
200
250223
2002
230
year
AmountItem
1. Business costs
2. Upstream and downstream costs
3. Management costs
4. R&D costs
5. Social costs
6. Environmental harm costs
1.1 billion yen�
�
900 million yen
100 million yen
2.7 billion yen
100 million yen(Note 1) ー
4.9 billion yen
Preventing pollution, e.g. air, water and soil pollution
Energy saving
Recycling and waste disposal
Collecting and remanufacturing products, recycling packaging
Operating EMS, environmental education, environmental monitoring and measuring
Research and development to reduce environmental burdens
Nature protection and tree planting
Repairing environmental pollution damage
TotalNote 1: ー denotes less than 100 million yen
Environmental Conservation Costs
Quantitative benefits Economic benefitsItem Major challenges
Global warming prevention
Waste reduction
(Note 2) 3,060c-t(Note 2) 20ton
(Note 3) 37,780ton
300 million yen(Note 1) ー
300 million yen
600 million yen
Reduction of CO2 emissions
Reduction in waste discharge (land fill/incineration)
Selling recyclable materials (scrap, oil, etc.)
TotalNote 2: Reduction compared to the previous yearNote 3: Total quantity of recyclable materials sold for the year
Environmental Conservation Benefits
Mass (weight)
Regular A/T New A/T
32% less
Transmiss ion Ef f ic iency (4-speed, 60 km/h on a leve l road)
Regular A/T New A/T
+5%%
Base
Sl ip Control
Throttle opening
Car speed
Lock-upOFF region
Lock-upON region
Slipcontrolregion
Regular ECU New ECU
61% less
Area
Regular ECU New ECU
60% less
Mass (weight)
Regular ECU New ECU
79% fewer
J i gs
Regular ECU New ECU
Ultra Smal l EV Drive System(used in the Toyota“e・com”) IPM motor
3-shaft reductioncounter gear
Diff gear
Structure of “Air Navi ,”a Photocata lyt icPur i f ier /Vent i lator
Photo-platinumcatalyst filter
Dirty inside air
Outside air
Heat exchanger
Electrostaticdust filter
Energy-saving Measures
Downscaling facilities
Improvingfacility utilization
Reducing the number of parts
Net shape
Shortening cycle times
Discontinuing or consolidatingmanufacturing processes
Shifting from hydraulic to servo controls
Technical ingenuity
A4-size crimping machine
Assembly lines for diverse models
Multi-purpose flexible lines and facilities
Integral molding of presses
Sintering
Cold forging
High-precision casting
High-speed processing
Reducing down time
Development of inexpensivemanufacturing techniques
Sharing of facilities
Module assembly
Assembly center
Energy-saving
From product development stage・Considering production factors as part of good product design・Developing manufacturing techniques
Production reform・Higher speed・More flexibility・Downscaling
Reducing thenumber of faciliti
Simplification offacility specifications
Large-scale special transfer machine⇒Multi-purpose line at High Speed Machining Center
Conventionalprocess
Developed�process
MachiningCenter
MachiningCenter
MachiningCenter
MachiningCenter
MachiningCenter
WashingTransfer machine
Concentrated coolant device
Transfer machine Pressure/leak test
Pressure/leak test
Washing Pressure/leak test
Pressure/leak test
Multi-purposemodule line
Raw materials
Raw materials
Impregnation
Impregnation
Developing Concrete Measures
◎=Very effective ◯=Effective △=Not so effective
Changing machine tool materials
Optimizing cutting conditions
Reducing temperature of cutting edges
Improving materials that are cut
Improving machine tool materials
Improving swarf processing
Reducing wear of cutting tools*Improving the design of machine tool cutting edges
Carrying out vibration cutting
Increasing machine tool hardness
Adding coatings
Reducing feed rates
Reducing speed
Using higher coolant pressure
Making hardness structure more uniform
Eliminating blow holes
Increasing the toughness of machine tools
◯
◯
◎
◎
△
◎
◯
◯
◯
◯
Maintaining quality levels (accuracy)
*Reducing wear of cutting toolsExtending the life of cutting tools
Reducing chipping of cutting edgesMain points to implement
Effectiveness in Reducing Electric Power Consumption (target: 40 lines, including cutting tool polishing-related lines)
2,837
10,000 kW/year
1999 result 2000 result 2001 result
2,856
2,842
0.5% lower0.2%lower
Effectiveness in Reducing CO2 Emissions (calculated by power consumption)
5,064
0.2%lower
1999 result 2000 result 2001 result
tons/year5,098
5,073
0.5% lower
Returnable stee l pa l lets for sea fre ight
Non-returnable stee l pa l lets for sea fre ight
2001:427 units remanufactured
AW Europe Service Center
2001:16,114 units remanufactured
Service Center
2001:22,135 units remanufactured
AWTEC USA
T/C=Torque Converter
User Dealer AW Service CenterDisassemble,inspect andremanufacture
Partsrecycling
Installremanufactured A/T
Complaint Order
Inventory shipmentRemanufactured
Vehicle checkand diagnosis
Customer distribution center
Order
T/C remanufacturing
Partsreproduction
Process Out l ine
Total Number of Remanufacturing A/Ts
total units
y e a r
780,145
69 71 73 75 77 79 81 83 85 87 8988 989491 93 95 97 99 0001
Introduced returnablecontainers (Dec. ’99)
Started T/Cremanufacturing (April ’00)
Started remanufacturing A/Ts forTOYOTA models (’79 to ’89)
May’96 Commenced A/Tremanufacturing with thefounding of AW
Opened AWTEC USA(April ’88)
Opened AW EuropeService Center(July ’98)
Cogeneration system at head plant
Electricity(31) Electricity(36)
Electricity(5)
Warm water(17)
Boiler feedSteam drain
Steam(11)
Steam
(49 )
Loss Loss
Exhaustheat
(69 )
Steam
(44 )
Steamturbine
Exhaustheat
boiler
Gasturbine
generatorCity gas
This is a system that utilizes waste heat from gas turbine generators for use as energy. This innovative system has earned a grant from NEDO (New Energy and Industrial Technology Development Organization) in recognition of its pacesetting technology.
Waste Reduction Plan
Landfilled Waste
Incinerated Waste
4,000
2,000
0
(Metric tons/year)
3,586215
3,371
2,850135
2,715
2,617
2,558
59 2,418
2,418 1,000
1,000169169
2000 2001 2002 2003 2004 (Year)2005
Zero Emission Campaign
Tour by top management
Zero Emission News
Red Card
Purchas ing Pol ic iesExplanat ion Meet ing
Environmenta lSa fety Checksat Suppl iers ’ Premises
Suppliers
Name Activity detai ls
All AISIN EnvironmentalProtection Study Group
●Reducing waste●Managing chemicals etc. 12
AW GroupEnvironmentalProtectionLiaison Association
●Environmental management●Promoting strict conformance to laws and regulations etc. 12
Purchasing PoliciesExplanation Meetingfor Suppliers
Environmental SafetyChecks at Suppliers’Premises
Members of the�Council of AW�Cooperating�Companies
●Explanation of AISIN AW environmental policies●Environmental rules●Environmental protection activit ies etc.
39
175
●Explanation of AISIN AW environmental policies●Environmental protection activit ies etc.
●Corrective measures for problems, defects●Setting up emergency systems etc.
No. ofparticipatingcompanies
Aisin Seiki Co., Ltd.Aisin Takaoka Co., Ltd.
Aisin Chemical Co., Ltd.
Aisin Sales Co., Ltd.
Aisin Keikinzoku Co., Ltd.
Aisin Sinwa Co., Ltd.
Aisin Development Co., Ltd.
Aisin AW Co., Ltd.
Aisin AW Industries Co., Ltd.
Aisin Sin'ei Co., Ltd.
Aisin AI Co., Ltd.
Aisin Kiko Co., Ltd.
IMRA Japan Co., Ltd.
AW Engineering Co., Ltd.
AW Software Co., Ltd.
AW Service Co., Ltd.
AW Maintenance Co., Ltd.
Aisin AW Industries Co., Ltd.
Equos Research Co., Ltd.
Aisin AW Co., Ltd.
Cooperat ive Act iv i t ies
Newchemicals
Examine introduction ofnew chemicals
MSDS
Comprehensive evaluations
No problem
Problem
(Use is banned)
Preliminary checking
RegulationsBanned substances
Influence on human healthand the environment
Effect on human healthEffect on the environment
Effluent treatment test (Approved for use)
Preliminary Chemical Evaluation Systems
MSDS information
Total consumptionquantity
Total dischargequantity
Creation ofreport materials
Register withMSDS
Chemicals management system
Outline of Chemicals Management System
Input stochasticformula
Order materials(Ascertain consumption quantity)
Head Office
Rotary kiln incinerator Secondary incinerator Alkali wash cyclonescrubber
Decomposes dioxinby re-burning exhaustgases at over 800°C
Eliminates hydrogen chloride gas and otheracidic compounds
HCL
Dxn
700
10
18
2001
0.012
●Exhaust Gas Data
Units for HCL (hydrogen chloride) are mg/m3N; units for Dxn (dioxin) are ng-TEQ/m3N
Control l imit
Okazaki Plant
Fluidized-bed incinerator Bag f i lter dust collection
Adsorbs and eliminates acidic gases,hydrogen chloride gas and dioxin.
HCL
Dxn
700
5
40
2001
0.000067
●Exhaust Gas Data
Units for HCL (hydrogen chloride) are mg/m3N; units for Dxn (dioxin) are ng-TEQ/m3N
Decomposes dioxin by re-burningexhaust gases at over 800°C
Adds calcium hydroxideand activated carbon
Control l imit
m3/day
Domestic waste water
2,320
800
704Head Plant Okazaki Plant
310
Total 3,120 1,014
Industrial waste water
Water TreatmentCapacity of Our Plants
Denitrif ication tank Nitrif ication tankNo. 1
Nitrif ication tankNo. 2
Ultra f i l trat ion membrane (hol low f iber membrane)
BiologicalProcessing Flow
Okazaki Plant ComprehensiveWater Treatment Plant
Okazaki PlantRecycling Facility
Industrial waste water(recycling rate 20%)
Domestic waste water(recycling rate 40%)
Recycling rate =amount of recycled water
amount of treated waste waterx 100
Recycling Flow
Facility Toilets Water treatment plant
Industrialwater
Domestic wastewater
Industrial wastewater
Main Measuring Equipmentfor Manufacturing Processes
PH meter
DO meter
MLSS meter
TOC meter
COD meter
Turbid i ty meter
Tota l N meter
●
●
●
●
●
●
●
●
●
Discharge
●
●
●
●
●
CondensationTreatment
BiologicalTreatment
TertiaryTreatment
PHAdjustment
Energy Building(includes Central Monitoring Room)
Structure of Oil and WaterSeparation Tank Treatment Plant
P
TreatmentPlant
Minister for Internat iona l Trade andIndustry Award for the Greening ofIndustr ia l Fac i l i t ies
Chief of Agr icu l tura l Product ionBureau Award for the Nat iona l F lowerTown Creat ion Contest
Flower Festival ,(which al l employeestake part in)
Facil it ies or Events
Parks
Frequency
once a year
once a year
once a year
Details
Open to employees, their famil ies and local residents
All AISIN Charity Concert etc.
Work experience programs for local students etc.
Various events, a charity bazaar, and offers offree bonsai and foliage plants grown by our employees
Inter-company basketball league,community volleyball meets etc.
Community softball meet,Anjo City soccer league etc.
Indoor swimming pool
Harmony Hall
Production plant
Family Festival
Gymnasium
Sports f ield
Facil it iesother
than parksthroughout the year
throughoutthe year
throughoutthe year
Opening Facilities and Greening Activities to Local Communities
Fami ly Fest iva l
All AISIN Charity Concert
Zero Waste Campaign
Head Plant
Water Qual i ty
Measures Control Limits(incl. agreed limits)
Measured Levels
Max. Average
Hydrogen ion concentration (pH)
Biochemical Oxygen Demand (BOD)
Chemical Oxygen Demand (COD)
Suspended Solids (SS)
Oils
Phenols
Copper
Zinc
Soluble iron
Soluble manganese
Chromium
Fluorine
Total Colon bacil l i
Total Nitrogen
Total Phosphorus
6.7�
5.1�
8.7�
1.1
-
-
-
-
-
-
-
-
-�
9.8�
0.3
7.5�
11�
13�
2�
ND�
ND�
ND
0.41�
0.8�
0.3�
ND�
0.2�
ND�
15�
0.6
6.0~8.0
25(20)
25(20)
30(20)
5
5�
1
5
8
8
2
8
200
120(60)
16(8)
*1: Hydrogen ion concentrat ion is measured by the pH index; units for colon bac i l l i are units /ml . F igures for other i tems without units are in mg/ l .
*2 : ND (“not detected,” i .e . leve l i s be low that detectable by measur ing equipment)
*3: F igures in brackets are da i ly mean va lues .
Air Qual i ty
*1: Units : SOx in m3N/H; NOx in ppm; smoke and dust in g /m3N; hydrogen ch lor ide in mg/m3N; d ioxin in ng-TEQ/m3N
Faci l i ty Names Control Limits(incl. agreed limits)
Measured Levels
Max. Average
Items
Smal l s ing le-pass boi lers
Boi lers (cold
and hot water
generators)
Heat ing furnaces
Aluminum
melt ing
furnace
Inc inerator
Gas tarb ine generator
SOx
NOx
SOx
Smoke and dust
Smoke and dust
NOx
SOx
Smoke and dust
Dioxins
NOx
SOx
Smoke and dust
Hydrogen chlor ide
Dioxins
NOx
SOx
Smoke and dust
ND
48
ND
0.007
0.005
23
0.01
0.11
1.7�
135
0.095
0.02
10.55
0.012�
21�
ND
0.003
ND
76
ND
0.012
0.01
29
0.01
0.13
2.1�
160
0.14
0.033
18
0.012�
30�
ND
0.004
1.86
120
3.07
0.10
0.20
144
3.84
0.20
20�
237
2.4
0.15
700
10�
35�
25.66�
0.05
Machinery & Equipment Department
Service Center
Water Qual i ty
*1: Hydrogen ion concentrat ion is measured by the pH index; units for colon bac i l l i are units /ml . F igures for other i tems without units are in mg/ l .*2 : Tota l for sept ic tanks : 160 persons , 35 m3/day
I tems Control Limits(incl. agreed limits)
Measured Levels
Max. Average
Hydrogen ion concentrat ion (pH)
Chemica l Oxygen Demand (COD)
Biochemica l Oxygen Demand (BOD)
Suspended Sol ids (SS)
Colon bac i l l i
6.8
15.1�
3.3
3.0
80
7.1
19
10�
5.0
180
5.8~8.6
20
30
20
300
Water Qual i ty
*1: Hydrogen ion concentrat ion is measured by the pH index; units for colon bac i l l i are units /ml . F igures for other i tems without units are in mg/ l .*2 : ND (“not detected,” i .e . leve l i s be low that detectable by measur ing equipment)*3: Tota l for sept ic tanks : 75 persons , 16 m3/day
I tems Control Limits(incl. agreed limits)
Measured Levels
Max. Average
Hydrogen ion concentrat ion (pH)
Chemica l Oxygen Demand (COD)
Biochemica l Oxygen Demand (BOD)
Suspended Sol ids (SS)
Colon bac i l l i
6.9�
9.1�
3.0�
2.6�
ND
7.4�
14�
4.9�
6�
ND
5.8~8.6
30
30
30
300
Okazaki Plant
Water Qual i ty
*1: Hydrogen ion concentrat ion is measured by the pH index; units for colon baci l l i are units /ml . F igures for other i tems without units are in mg/ l .*2 : ND (“not detected,” i .e . leve l i s be low that detectable by measur ing equipment)
I tems Control Limits( inc l . agreed l imits)
Measured Levels
Max. Average
Hydrogen ion concentrat ion (pH)
Biochemica l Oxygen Demand (BOD)
Chemica l Oxygen Demand (COD)
Suspended Sol ids (SS)
Oi ls
Phenols
Copper
Zinc
Soluble iron
Soluble manganese
Tota l Chromium
Fluor ine
Colon bac i l l i
Tota l Nitrogen
Tota l Phosphorus
Transparency
Negat ive ion surfactants (MBAS)
Dissolved oxygen (DO)
7.7�
0.4�
7.0�
0.2�
0.1�
ND�
ND�
0.19�
0.2�
ND�
ND�
0.2�
ND�
5.5�
0.348�
100�
ND
7.3
8.3
1.3�
8.6
1�
0.3�
ND�
ND�
0.3�
0.3�
ND�
ND�
0.7�
ND�
7.8
0.791�
100�
0.01�
10.7
6.5~8・5
10
10
10
1
0.25
0.2
1
5
3
0.1
1
300
10
1
20 degrees min
0.5
7 min
Air Qual i ty
*1: Units : SOx in m3N/H; NOx in ppm; smoke and dust in g /m3N; hydrogen chlor ide in mg/m3N; d ioxin in ng-TEQ/m3N-
Fac i l i ty Names Control Limits( inc l . agreed l imits)
Measured Levels
Max. Average
Gas turbine generator
Smal l s ing le-pass boi ler
Heat ing furnace
Inc inerator
28�
ND
ND
29
ND
0.003
ND
67
0.05
0.016
20
-
31
ND
ND
47
ND
0.006
0.01
76
0.1
0.016
40
0.000067
35
2.66
0.04
110
0.49
0.1
0.1
187.5
0.37
0.1
700
5
I tems
NOx
SOx
Smoke and dust
NOx
SOx
Smoke and dust
Smoke and dust
NOx
SOx
Smoke and dust
Hydrogen chlor ide
Dioxin
Tahara Plant
Water Qual i ty
*1: Hydrogen ion concentrat ion is measured by the pH index; units for colon bac i l l i are units /ml . F igures for other i tems without units are in mg/ l .*2 : ND (“not detected,” i .e . leve l i s be low that detectable by measur ing equipment)*3: F igures in brackets are da i ly average va lues .
I tems Control Limits( inc l . agreed l imits)
Measured Levels
Max. Average
Hydrogen ion concentrat ion (pH)
Biochemica l Oxygen Demand (BOD)
Chemica l Oxygen Demand (COD)
Suspended Sol ids (SS)
Oi ls
Phenols
Copper
Zinc
Soluble iron
Soluble manganese
Tota l Chromium
Fluor ine
Colon bac i l l i
Tota l Nitrogen
Tota l Phosphorus
6.8�
0.6�
4.1�
ND�
ND�
ND�
0.02�
0.09�
0.2�
ND�
ND�
0.8�
42�
5.5�
0.05
7.1
2.6�
6.9
ND�
ND�
ND�
0.03�
0.16�
0.6�
ND�
ND�
1.6�
79�
7.9
0.09
6.0~8.5
(10)
20(15)
20(15)
1
0.5
0.5
3
5
5
2
15
(1500)
15
16(8)
Air Qual i ty
*1: Units : SOx in m3N/H; NOx in ppm; smoke and dust in g /m3N; hydrogen chlor ide in mg/m3N; d ioxin in ng-TEQ/m3N-*2: AIS IN AW's tota l SOx emiss ion control e f forts are focused sole ly on boi lers (ch i l led and hot water generators) . The control va lue for boi ler SOx emiss ions is 4 .706m3N/H. Measured maximum va lue was 0 .742m3N/H, and average va lue was 0 .664m3N/H.
Fac i l i ty Names Control Limits( inc l . agreed l imits)
Measured Levels
Max. Average
Steam boi ler
Boi ler�(ch i l led and� hot water generators)
Aluminummelt ing furnace
84�
0.084
0.002
65
0.186
0.002
37
0.0003
0.013
0.37
110
0.100
0.005
84
0.250
0.002
48
0.0004�
0.023
0.37
160
8.76
0.2
160
8.76
0.2
160
8.76
0.2
5
I tems
NOx
SOx
Smoke and dust
NOx
SOx
Smoke and dust
NOx
SOx
Smoke and dust
Dioxin
Company Out l ine
Establ i shed
Capita l
CEO
Sales
Major products
No. of employees
Address
May 15, 1969
26.48 bil l ion yen
Takao Taniguchi
432.6 bil l ion yen (2001)
automatic transmissions, car navigation systems
8,300 ( June 2002)
10 Takane, Fuji i-cho, Anjo City, Aichi 444-1192 Japan Tel: +81-566-73-1111
AISIN AW Environment Symbol