The document discusses the Global Harmonized System of Classification and Labelling of Chemicals (GHS). It provides an agenda that covers chemical hazards, objectives of the discussion, history and key elements of GHS, chemical classification under GHS, and how GHS is being implemented in Indonesia. The presentation aims to help people understand chemical labels based on GHS and provide protection for workers and the public regarding proper chemical use.
1. Prepared & presented by
Hubert Widiastono
Diskusi Ilmiah MASPI,
16 February 2010
1
2. AGENDA
• Part I - Chemical Hazards
- Initial Survey
• Part II - Objective of the Discussion
- Target Audience
• Part III - GHS
History
Objectives & Goal
Benefits
Key Elements
• Part IV - Chemical Classification
Physical Hazard
Health Hazard
Environment Hazard
Signal Words
Label
• Part V - GHS in Indonesia
- Closing
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3. Part I. Chemical Hazards
Suara Pembaruan, 5 Feb 2010 Suara Pembaruan, 6 Feb 2010
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4. Part II. OBJECTIVES
• To help people understand the meaning of chemical
label based on GHS guidelines.
• To provide information for the protection of the
workers and the general public in the proper use of
chemicals.
• To educate people on human health and the
protection of the environment.
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6. Trend of global chemical regulation
Area environment pollutants/serious chemical accidents occur frequently
→→Global environmental pollution on going
• Silicone valley (US) groundwater pollutant by trichloren 1970s
• Niagara forth love-canal (US) Soil pollution by hazardous disposal 1970s
• Flickborough (UK) cyclohexane explosion accident 1974
• Seveso ICMESA (Italia) dioxine leaking 1976
• PEMEX Mexico city explosion accident in LPG base 1984
• UCC Bhopal (India) Gas tragedy for MIC(methyl isocyanate) 1986
isocyanate)
• Sandoz Basel (Swiss) Rhine pollution for leaking pesticide 1986
• Coco (Nigeria) Transboundary of hazardous from Italy 1988
Competent authority Movement of the regulation
Chemical Industry voluntary activity
6
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8. Introduction to GHS
What is the GHS ?
A common and coherent approach
• To define and classify hazards
• To communicate information on labels and
Safety Data Sheets (SDS)
Objective of GHS
To enhance the protection of human
health and the environment.
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10. GOAL OF GHS
• The goal of GHS is to identify the intrinsic hazards
found in chemical substances and mixtures and to
convey hazard information about these hazards.
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13. Key Elements of GHS
Substances/Mixtures
Hazard Classification
as ed
‐b
rd Health & Environmental
Physical
a za
/H
Hazards (16) Hazards (10 & 2)
ria
teHazard Communication
C ri
Labels Safety Data Sheets
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15. Use of GHS – Hazard Communication
1. Labels
2. Safety Data
Sheets (SDS)
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16. What is Risk?
Risk = Hazard × Exposure
Risk: Probability of Adverse Effects resulting from a given
exposure
Hazard: Intrinsic properties causing Adverse Effects
• Even if the substance has a High hazard,
Low exposure can minimize the risk
• Even if the substance has a Low hazard,
High exposure may cause high risk
It is important to assess the “risk” by substance in use
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17. Use of GHS in Risk Assessment &
Management
Chemicals
Industrial Consumer
Chemicals Chemicals
Risk Assessment & Hazard Hazard Physical/Health and
Management Classification Classification Environmental Hazards
Hazard Hazard RISK‐BASED
HAZARD‐BASED Communication Communication
Labels Acute Chronic
Risk based Risk
SDS
labels Assessment
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19. Use of GHS Labels (Workplace &
Consumers)
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20. Use of GHS Labels for Workplace
Awareness of warning signs, pictograms and
work instructions in workplace
Understanding of hazards and precautionary
statements on packages
Strictly follow working procedure as well as
safety compliance
Always wear basic personal protective
equipment when working with chemicals
Regular training for safety practices and
emergency responses
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21. Use of GHS Labels for Consumers
Read label before use
Awareness of pictograms & warning signs
Understanding of hazards and precautionary
statements
Use in appropriate way as designated
instructions in order to avoid exposure.
Wear protective clothing such as gloves,
shoes as required.
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22. Use of GHS SDSs (Workplace)
Substances Info & Hazard Prevention and First Aid & Emergency Additional
Properties Protection Response Information
1. Identification 1. Identification
1. Identification 1. Identification
1. Identification 1. Identification
1. Identification
2. Hazard Identification 2. Hazard Identification
2. Hazard Identification 2. Hazard Identification
2. Hazard Identification 2. Hazard Identification
2. Hazard Identification
3. Composition/Ingredients 3. Composition/Ingredients
3. Composition/Ingredients 3. Composition/Ingredients
3. Composition/Ingredients 3. Composition/Ingredients
3. Composition/Ingredients
4. First Aid Measures 4. First Aid Measures
4. First Aid Measures 4. First Aid Measures
4. First Aid Measures 4. First Aid Measures
4. First Aid Measures
5. Fire Fighting Measures 5. Fire Fighting Measures
5. Fire Fighting Measures 5. Fire Fighting Measures
5. Fire Fighting Measures 5. Fire Fighting Measures
5. Fire Fighting Measures
6. Accidental Release Measures 6. Accidental Release Measures
6. Accidental Release Measures 6. Accidental Release Measures
6. Accidental Release Measures 6. Accidental Release Measures
6. Accidental Release Measures
7. Handling/Storage 7. Handling/Storage
7. Handling/Storage 7. Handling/Storage
7. Handling/Storage 7. Handling/Storage
7. Handling/Storage
8. Exposure Control/PP 8. Exposure Control/PP
8. Exposure Control/PP 8. Exposure Control/PP
8. Exposure Control/PP 8. Exposure Control/PP
8. Exposure Control/PP
9. Physical Properties 9. Physical Properties
9. Physical Properties 9. Physical Properties
9. Physical Properties 9. Physical Properties
9. Physical Properties
10. Stability & Reactivity 10. Stability & Reactivity
10. Stability & Reactivity 10. Stability & Reactivity
10. Stability & Reactivity 10. Stability & Reactivity
10. Stability & Reactivity
11. Toxicological Info 11. Toxicological Info
11. Toxicological Info 11. Toxicological Info
11. Toxicological Info 11. Toxicological Info
11. Toxicological Info
12. Ecological Info 12. Ecological Info
12. Ecological Info 12. Ecological Info
12. Ecological Info 12. Ecological Info
12. Ecological Info
13. Disposal Info 13. Disposal Info
13. Disposal Info 13. Disposal Info
13. Disposal Info 13. Disposal Info
13. Disposal Info
14. Transport Info 14. Transport Info
14. Transport Info 14. Transport Info
14. Transport Info 14. Transport Info
14. Transport Info
15. Regulatory Info 15. Regulatory Info
15. Regulatory Info 15. Regulatory Info
15. Regulatory Info 15. Regulatory Info
15. Regulatory Info
16. Other Info 16. Other Info
16. Other Info 16. Other Info
16. Other Info 16. Other Info
16. Other Info
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24. What is A Chemical?
Definition - a substance which is manufactured by a
chemical process.
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25. Physical Hazard - A chemical for
which there is scientifically valid evidence
that it is a combustible liquid, a compressed
gas, explosive, flammable, an organic
peroxide, an oxidizer, pyrophoric, unstable
(reactive) or water-reactive.
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26. Explosive chemicals – Substance or mixtures
capable by chemical reaction of producing gas at such
temperature, pressure, speed as to cause damage to
people and surroundings
Acetylene
Explosive Symbol
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27. Flammable Gases – Gases having a
flammable range with air at 20 degree C and 101.3
kPa
Gasoline
Flammable Symbol
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28. Flammable Aerosol
• Hair Sprays, Insect Spray, Perfume, Deodorants
Flammable Symbol
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29. Pyrophoric Chemical – Ignite in contact
with air within 5 minutes.
• Titanium Powder
Pyrophoric Symbol
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30. Corrosive Chemicals – Substances which
damage metals by chemical reaction.
• Sulfuric Acid
Corrosive Symbol
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31. Oxidizing Chemical – Gases which may
generally by providing oxygen cause or contribute
to the combustion of other material more than air
does.
Oxygen
Hydrogen Peroxide
Oxidizing Symbol
Sodium Hypochloride
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32. Self Heating Chemicals – Substance
where a self heating process may lead to
self- ignition or hot temperature
Potassium Sulfide
Self Heating Symbol
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33. Gas under Pressure – Gas contained in a
receptacle at a pressure greater than 280 kPa at 20
degree C or as a refrigerated liquid, covers four
types of gases or mixtures
Compressed Gas - Argon, Hydrogen
Liquefied Gas - Acetylene, Ethylene
Refrigerated Liquefied Gas - Nitrogen
Dissolved Gas - Acetone
Gas Under Pressure Symbol
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34. Substances which in contact with water
emit flammable gases
Methaloid
Calcium Phosphide
Symbol
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36. Acute Toxicity - refers to the adverse effects occurring
following oral or dermal administration of single dose of
a substance or multiple doses given within 24 hours, or
an inhalation exposure of 4 hours.
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37. Skin Corrosion - The production of irreversible damage to
the skin; namely, visible necrosis through the epidermis and
into the dermis, following the application of a test substance
for up to 4 hours.
Skin Irritation - The production of reversible damage to the
skin following the application of a test substance for up to 4
hours Serious Eye Damage/Irritation
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38. Serious eye damage is the production of tissue damage in the eye, or
serious physical decay of vision, following application of a test
substance to the anterior surface of the eye, which is not fully
eversible within 21 days of application.
Eye irritation is the production of changes in the eye following the
application of test substance to the anterior surface of the eye, which
are fully reversible within 21 days of application.
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39. Respiratory or Skin Sensitization - substance that will
induce hypersensitivity of the airways following inhalation
of the substance. hypersensitivity is normally seen as
asthma, but other hypersensitivity reactions such as
rhinitis , conjunctivitis and alveolitis are also considered
!
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40. Germ Cell Mutagenicity
Carcinogenicity
Reproductive Toxicity
Special Target Organ Toxicity (STOT)
Aspiration Hazard
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42. Hazardous Substance to Aquatic Environment
The intrinsic properties of a Substance to be
injurious to aquatic organism(s) in the aquatic
environment. Hazardous substance can cause acute or
chronic aquatic toxicity, depending on the period of
exposure and the potential or actual properties of the
substance.
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43. Use of GHS – Hazard Evaluation/Classification
2. Physical Hazards GHS Recommendation Hazard Classes
2.1 Explosives Unstable
Explosives Division 1.1 Division 1.2 Division 1.3 Division 1.4 Division 1.5 Division 1.6
2.2 Flammable gases Category 1 Category 2
2.3 Flammable aerosols Category 1 Category 2
2.4 Oxidizing gases Category 1
Refigerated
2.5 Gases under pressure Compressed gas Liquefied gas liquefied gas Dissolved gas
2.6 Flammable liquids Category 1 Category 2 Category 3 Category 4
2.7 Flammable solids Category 1 Category 2
2.8 Self‐reactive substances and mixtures Type A Type B Type C Type D Type E Type F Type G
2.9 Pyrophoric liquids Category 1
2.10 Pyrophoric solids Category 1
2.11 Self‐heating substances and mixtures Category 1 Category 2
2.12 Substances and mixtures which in
contact with water emits flammable gases Category 1 Category 2 Category 3
2.13 Oxidizing liquids Category 1 Category 2 Category 3
2.14 Oxidizing solids Category 1 Category 2 Category 3
2.15 Organic peroxides Type A Type B Type C Type D Type E Type F Type G
2.16 Corrosive to metals Category 1
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45. Part V. GHS in Indonesia
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46. Legislation related to or revision plans of the GHS law &
industrial standards
• Indonesian Government Regulation No. 74/2001 concerning
Management of Hazardous and Toxic Substance will be revised to
accommodate the implementation of GHS based on Purple Book.
• In the long term to provide GHS implementation in Indonesia legal
system, a new Chemical Act will be drafted by Ministry of Industry
and supported industry association (FIKI).
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47. GHS COMMITTEE & NETWORKING
SYSTEM
GHS COMMITTEE ORGANIZATION
GHS COMMITTEE
(MINISTRY OF INDUSTRY)
MINISTRY OF MINISTRY OF NADFC
MANPOWER/
ENVIRONMENTAL TRANSPORT
CHEMICAL INDUSTRIES
ASSOCIATIONS (FIKI)
MINISTRY OF MINISTRY OF
AGRICULTURE TRADE
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48. FEDERATION OF
INDONESIAN CHEMICAL INDUSTRY (FIKI)
• Established and incorporated in 29 May 2008.
• Currently, around 30 members, is the umbrella body representing various
sectors of chemical industries association in Indonesia such as :
– Indonesian Oleo Chemicals Manufacturers Association (APOLIN).
– Care®
National Committee Responsible Care® Indonesia (KN-RCI).
(KN-
– Indonesian Fertilizer Producers Association (APPI).
– Indonesian Synthetic Resin Association (ARSI).
– Indonesian Pulp and Paper Association (APKI).
– Indonesian Olefin and Plastic Industry Association (INAplas).
(INAplas).
– Indonesian Lubricants Association (ASPELINDO).
– Indonesian Biofuel Producers Association (APROBI)
– Indonesian Paints Association (ACI).
– Indonesian Surfactant Producers Association (APROBSI)
– Indonesian Basic Organic Chemical Industry Association (APKODI).
– Indonesian Cement Association (ASI)
– Indonesian Basic Un-Organic (AKIDA)
Un-
– Indonesian Agriculture Chemical Association (AP3I)
– Indonesian Tire Producers Association (APBI)
– Indonesian Chemical Support Producers (APKAPI)
– Indonesian Formaldehyde & Thermosetting Adhesive Association (AIFTA)
(AIFTA)
– Indonesia Flat & Safety Glass Association (AKLPI)
– Indonesian Consumed Iodium Salt (APROGAKOB)
– National Society Pesticide Community (HMPN)
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Organic Agriculture Community (MAPORINA) 48
49. Establishment of National Task Team for GHS Implementation in Indonesia
• The Indonesia National Task Team for GHS Implementation was established on 24 Oct
2008; chaired by Ministry of Industry.
• Under the task team, the lead agencies for the four key sectors were identified as GHS
Authorities in Indonesia.
Sector Lead Government Agencies
Industry / Ministry of Industry / Ministry of Manpower
Workplace
Agriculture Ministry of Agriculture
Transport Ministry of Transport
Consumer Ministry of Trade
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50. Regulations/New Plan related to Classification,
Labeling, & SDS
No Regulation Sector Classification Label SDS Import Training
1 Ministry of INDUSTRY Decree Number Industry √ √ √ √
24/M-IND/PER/5/2006 concerning
24/M-
Hazardous Materials Production and Usage
Control for the Industry
Ministry of Trade Decree Number 04/M-
04/M- Trading √ √ √
2 DAG/PER/5/2006 concerning
Distribution Control of Hazardous
Substances
3 Ministry of Environmental Decree number Industry √ √
Per-MENLH No.3/2008
Per-
4 Ministry of Trade Decree Number Trading √ √ √ √
44/M-DAG/PER/9/2009 concerning
44/M-
Procurement, Distribution and
Surveillance of Dangerous Goods
5 Ministry of INDUSTRY Decree Industry √ √ √
Number 87/M-IND/PER/9/2009
87/M-
concerning Globally Harmonized
System of Classification and Labeling of
Chemicals (GHS)
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51. Chemicals Classification in Indonesia
Peraturan Pemerintah RI Peraturan Pemerintah RI Kepmen Perindustrian Kepmen Perhubungan Permenkes RI
No.41 tahun 1993 tentang No.74 tahun 2001 tentang No.148/M/SK/4/ No.KM 69 tahun 1993 No.472/Menkes/Per/V/
Angkutan Jalan Pengelolaan Bahan 1985 tentang Pengamanan tentang Penyelenggaraan 1996 tentang Pengamanan
Berbahaya dan Beracun Bahan Beracun dan Angkutan Barang di Jalan Bahan Berbahaya bagi
Berbahaya di Perusahaan kesehatan
Industri
a. Mudah meledak a. Mudah meledak 1. Bahan beracun a. Mudah meledak Bahan berbahaya adalah,
adalah,
(explosive) 2. Bahan peledak bahan kimia, baik dalam
kimia,
b. Gas mampat, gas cair, gas
mampat, cair, b. Gas mampat, gas cair, gas
mampat, cair,
b. Pengoksidasi 3. Bahan mudah bentuk tunggal maupun
terlarut pada tekanan atau terlarut pada tekanan atau
(oxidizing) campuran yang dapat
pendinginan tertentu terbakar/menyala pendinginan tertentu
c. Sangat mudah sekali membahayakan kesehatan
c. Cairan mudah menyala 4. Bahan oksidator dan c. Cairan mudah menyala
menyala (extremely
reduktor dan lingkungan hidup secara
d. Padatan mudah menyala flammable) d. Padatan mudah menyala langsung atau tidak langsung,
5. Bahan yang mudah langsung,
e. Oksidator, peroksida
Oksidator, d. Sangat mudah e. Oksidator, peroksida
Oksidator, yang mempunyai sifat racun,
racun,
menyala (highly meledak dan terbakar
organik organik karsinogenik, teratogenik,
karsinogenik, teratogenik,
flammable) 6. Gas bertekanan
f. Racun dan bahan yang f. Racun dan bahan yang iritasi.
mutagenik, korosif dan iritasi.
mutagenik,
e. Mudah menyala 7. Bahan korosi/iritasi
mudah menular (flammable) 8. Bahan radioaktif mudah menular
g. Radioaktif f. Amat sangat beracun g. Radioaktif
9. Bahan beracun dan
(extremely toxic)
h. Korosif Berbahaya lainnya yang h. Korosif
g. Sangat beracun
i. Berbahaya lain (highly toxic)
ditetapkan oleh i. Berbahaya lain.
h. Beracun (moderately Menteri Perindustrian
toxic)
i. Berbahaya (harmful)
j. Korosif (corrosive)
k. Bersifat iritasi (iritant)
iritant)
l. Berbahaya bagi
lingkungan
m.Karsinogenik
n.Teratogenik
o.Mutagenik
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52. Hazard Communication: Chemicals Labeling (according to National Regulations)
PP No.74 thn SK Menpan Per Men Kes Kep.Menteri Kep.Men
2001 ttg No.429/Kpts/um/9/ 472/Menkes/Per Tenaga Kerja Perhubungan
Pengelolaan B3 1973 ttg syarat /V/1996 ttg No.Kep No.KM 69 ttg
Pembungkusan dan Pengamanan BB 187/MEN/1999 ttg Penyelenggaraan
Pemberian Label bagi kesehatan Pengendalian BKB Angkutan Barang
Pestisida di tempat kerja di jalan
1.Kemasan B3 1. Wadah pestisida 1. Wadah atau 1. Label meliputi:
meliputi: 1. Kenderaan
wajib diberi harus diberi label kemasan harus - Nama produk bermotor pengangkut
bahan berbahaya
simbol dan 2. Keterangan pada dicantumkan - Identifikasi bahaya
harus diberi tanda
label serta label harus dalam penandaan - Tanda bahaya sesuai dengan bb
dilengkapi bahasa Indonesia 2. Penandaan - Risiko dan yang diangkut.
diangkut.
MSDS harus mudah penanggulanganny
3. Keterangan & a
tanda peringatan dilihat, dibaca,
- Tindakan
harus jelas, mudah dimengerti,
pencegahan
dibaca, tahan tidak mudah
- Instruksi
terhadap pestisida, lepas dan kebakaran,
kebakaran,
tidak dapat luntur tumpahan,
tumpahan,
terhapus. pengisian dan
penyimpanan
- Nama, alamat,
Nama, alamat,
No.telp.pabrik
pembuat atau
distributor.
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53. CLOSING
• Preparation towards GHS implementation (GHS
Building Block) in Indonesia is underway; however we
need more hard work among Government, Business
and Trade/Associations and related stakeholders.
• FIKI/Industry Associations to build a chemical
management system through dissemination,
education/training programs (for example MASPI
scientific discussion) in place on GHS.
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54. Abbreviation
Abbreviation Full Name
UNCED United Nations Conference on Environment and Development
WSSD World Summit on Sustainable Development
UNEP United Nations Environment Program
POPs Persistent Organic Pollutants
PIC Rotterdam Convention on Prior Informed Consent
SAICM Strategic Approach to International Chemical Management
UN United Nations
ECOSOC United Nations Economic and Social Council
UNRTDG United Nations Recommendations on the Transport of Dangerous Goods
GHS Globally Harmonized System of Classification and Labeling of Chemicals
IOMC Inter-Organization Program for the Sound Management of Chemicals
FAO Food and Agriculture Organization
ILO International Labor Organization
OECD Organization for Economic Co-operation and Development
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55. Abbreviation
Abbreviation Full Name
UNIDO United Nations Industrial Development Organization
UNITAR United Nations Institute for Training and Research
WHO World Health Organization
ICCA The International Council of Chemical Associations
RCGC Responsible Care Global Charter
GPS Global Product Strategy
PS Product Stewardship
TSCA Toxic Substances Control Act (US)
ChAMP Chemical Assessment and Management Program (US)
REACH Registration, Evaluation, Authorization and Restriction of Chemicals (EU)
CLP Classification, Labeling and Packaging of substances and mixtures (EU)
RoHS Restriction of Hazardous Substances Directive (EU)
CSCL Chemical Substances Control Law (JP)
PRTR Pollutant Release and Transfer Register
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