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Carbon Footprint of Thai Silk Products
Siriporn Boonchoo
The Queen Sirikit Department of Sericulture
Ministry of Agriculture and Cooperatives, Thailand
Director of Sericulture Conservation and Standard Conformity Assessment
The Carbon Footprint of Products (CFP)
DefinitionA system which displays the carbon footprint of products
on the packaging allowing consumers to obtain reliable information about GHG emissions and make informed decisions.
Carbon footprint thus calculates the carbon dioxide equivalent (CO2eq) of the GHG emissions releasing from the raw material acquisition, manufacture, use, waste management and final disposal including related transports in all stages.
• The Logo displays the total set of greenhouse gas (GHG) emissions accumulated during the full life cycle of a product in a specified application.
• Number XXXg shows carbon footprint value of the product
Carbon Footprint Logo in Thailand
Thailand Greenhouse Gas Management Organization (Public Organization: TGO)
QSDS under Collaboration between the National Metal and Materials Technology Center, Thailand (MTEC), and the National Science and Technology Development Agency (NSTDA) under the Ministry of Science and Technology, has promoted the development of the Carbon Footprint for Products (CFP) project.
For Consumers
• Provides information on the greenhouse gas emissions of products and services, assisting them in making informed purchasing decisions and providing them the opportunity to participate in GHG management.
Benefits of Carbon Footprint of Products (CFP)
For Manufacturers
• Establishes a positive image of an organizations commitments towards GHG mitigation.
• Ready for upcoming regulatory standards, such as ISO14067 standard (expected to be launched in 2011) and other environmental standards set by developed countries that require carbon footprint labeling for exported silk products.
• Economic benefits in the long term by adopting Low emission technologies and manufacturing methods.
Benefits of Carbon Footprint of Products (CFP)
Objectives
• To assess and register Carbon Footprint of Thai Silk Products
• To develop procedures to reduce costs and greenhouse gas emission
Scope of activities LCA under ISO 14040
• 3. Impact assessmen4. Interpretation
1. Goal and scope definition
2. Inventory analysis
3. Impact assessment
Scope of Research :Case Studies
Thai Silk Products
Natural Color, Hand Woven Silk Fabric
Natural Dyed Silk Shawl
Silk Pocket Square(natural color)
Data Collection
Primary data- All direct activities including energy and raw material use, manufacturing, transport, etc.
Secondary data – Research and reference from National LCI data base for packaging, waste, electricity, etc.
Methods of Analysis
• Life Cycle Assessment (LCA) is a quantitative analytical method used to evaluate the total environmental impact arising from production, use, and end of life phases of a product or service A carbon footprint on the other hand, is a subset of LCA methodology with analysis limited to emissions that have an effect on climate change. A carbon footprint of a product refers to the total set of GHG emissions (CO2, CH4, N2O, PFCs, etc) associated with the product in its life cycle – i.e. raw materials, manufacturing, transportation, product use and disposal
Natural Color, Hand Woven Silk Fabric
Piankusol Silk & Cotton Co., Ltd.- 100% Northern Thailand Yellow Cocoons Silk Yarn Hand Woven Fabrics- No dyeing- Fabric density 0.001 /cm2 - Functional unit : 1 x 1 m (0.08 kg)
Scope of B2B carbon footprint
Source of Raw Materials
Manufacturing
Silk Cocoons
Packaging
Silk Reeling
Silk Weaving
Packing Transport
Transport
B2B
Production Production Process
The Analysis of The Carbon Footprint in The Process of Silk Yarn Production in Thailand
1 kg. of Mulberry production 1.05 KgCO2e.
1 kg. of Cocoon production 6.17 KgCO2e.
1 kg. of Silk yarn production(degumming silk) 13.53 KgCO2e.
Total GHG Emissions
643
176
0,00 0,00 0,00 0,000
100
200
300
400
500
600
700
800
g CO
2eAssessment Carbon footprint of Hand Woven Silk Fabrics
819 g
Natural Dyed Silk Shawl
Studio-naenna Co., Ltd.- Hand woven Thai Silk - Dyeing : 3 Natural dyes “lkat”(Cassia, Annatto and Ebony)
- Fabric density 0.007 g/cm2- Functional unit : 102 × 200 cm.
Scope of B2C carbon footprint
Source of Raw Materials
Manufacturing Distribution Utility
(consumption)
Silks, plastic rope, Soap,
Alum, Acetic acid, Black powder, Achiote
ferment of Ebony, cassia
wood
Paper label, rope,
garment label
Softener
Inspection
Weaving
Cleaning
Decorative fabrics
Products storage
Packing Use for Body
cover
(shoulder)
Distribution center
Waste Management
(after consumption)
Transport
Transport
Transport
Transport Transport
B2C
Production Production Process
Product Distribution Usability landfill
Silk dyeing
Transport
2,06
0,140,00
0,72
0,28
0,000,00
0,50
1,00
1,50
2,00
2,50
kg C
O2e
Assessment Carbon footprint of Silk Shawl
3.20 kg
Silk Pocket Square (no dyeing)
Shina Watra Thaisilk Co., Ltd.
- 100% Thai silk- No dyeing- Fabric density 0.012 g/cm2- Functional unit :30 x 30 cm
Scope of B2C carbon footprint
\\
Source of Raw Materials
manufacturing distribution Utility
(consumption)
Warp, Weft
Paper label, rope,
garment label
Yarns
Inspection
Weaving
Cutting
Sewing
Ironing
Packing
Packing Use for
Distribution center
Waste Management
(after consumption)
Transport
Transport
Transport
Transport Transport
B2C
Production Production Process
Product Distribution Usability landfill
110114
7,06
59,4
68,4
0,000
20
40
60
80
100
120
140
g CO
2e
359 g
Assessment Carbon footprint of Silk Pocket Square
Product Comparison Detail
- Hand Woven Fabrics silk natural color Functional Unit: one piece : 1x1 m
Fabric density : 0.001 g/cm2
Silk warp 12 yarn/inch2
Silk line 20 yarn/inch2
CFP : 819 gCO2e- Natural Dyed Silk Shawl
Functional Unit: one piece : 102 x 200 cm.Fabric density : 0.007 g/cm2
Silk warp 80 yarn/inch2
Silk line 64 yarn/inch2
CFP : 3.20 kgCO2e- Silk Pocket Square Functional Unit: one piece : 30 x 30 cm.
Fabric density : 0.012 g/cm2
Silk warp 98 yarn/inch2
Silk line 65 yarn/inch2
CFP : 359 gCO2e
819 g
359 g
Product Comparison
3.2 kg
• GHG Emissions can be reduced in the production of Thai silk in the process of silkworm breeding silk reeling silk degumming energy efficiency improvement.
Suggestion
Thank You for
your attention
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Carbon Footprint of �Thai Silk ProductsThe Carbon Footprint of Products (CFP) Слайд номер 3Слайд номер 4Слайд номер 5Слайд номер 6ObjectivesScope of activities LCA under ISO 14040Scope of Research :Case StudiesData CollectionMethods of AnalysisNatural Color, Hand Woven Silk FabricScope of B2B carbon footprintСлайд номер 14Слайд номер 15Natural Dyed Silk Shawl Scope of B2C carbon footprintСлайд номер 18Silk Pocket Square (no dyeing) Scope of B2C carbon footprintСлайд номер 21Слайд номер 22Слайд номер 23Слайд номер 24