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Hygiene Product Analysis menstrual-hygiene-products - Coggle Diagram
Hygiene Product Analysis
Sanitary Pads
Raw Materials
Cotton
Synthetic Materials
Rayon
Non-woven fabric
Paper pulb
Energy
harvesting cotton plantation
Human Power
Agriculture forces
Electrical energy
Thermal energy
Production of rayon
Kinetic energy
Mechanical energy
Electrical energy
Hydroentangling
Threshold energy
Needlepunching
Elastic energy
Distribution of Cotton
India
China
United States
Pakistan
Brazil
Tansportation
raw materials to industrial factories:
Local deliveries like tractors, overloaded trucks and railroads
from industrial factories to consumers:
ocean transport, rail transport, and air transport
distribution from consumers to waste:
consumers’ actions of throwing trash
Packaging
Plastic
Paper
Cardboard
Adhesive
Polyethylene film
Waste
Cellulose
Plant and wood waste
Synthetic fibre (Polyethylene and Polypropylene)
Polluting Marine life
Polluting ocean life
Cotton
Harm wildlife and poison the soil
Tampons
Raw Materials
Cotton
Bio Fibres cotton
Rayon
Synthetic Fibers
Packaging
Box
Carboard
Primary Material
Plastic Fibers
Distribution
United States
Europe
China
Japan
India
Brazil
South Africa
manufacturing
1) Fibre cotton & Rayon go through purification
2) Fibres are webbed using mechanical energy
Web formation + tampon assemblage
Transportation
manufactures to consumer
consumer to waste
raw material to manufactures
Use & Maintenance
low maintenance
non-recyclable
one time use
cardboard use is recycled
human inputs and kinetic energy
Trash go to waste-to-energy incinerator( Skelton 1)
Recycle
one time use
dispose it after use
packaging and applicator can be recycle
Waste management
waterborne waste
environmental waste
solid waste
Energy
Production of rayon
Chemical energy
Kinetic energy
secondary energy (Human management)
mechanical energy
Menstrual Cups
Raw Materials
Medical-grade silicone, rubber, latex, or elastomer
Raw materials importation for product
India
Europe
United States
Distribution
India: 600km (truck)
EU: 1500km (truck)
US: 4000km (rail)
Product disposal
India: Landfill 10%
reuse 90%
EU: incineration
100%
US: incineration
100%
Use phase
3 washing per day
1 liter of water per
washing
Packagings
disposa
l
India: Landfill
(100%)
EU: collection rate:
75%
Recycling rate
100%
US: Collection
rate: 50%
Recycling rate
100%
Manufacturing process
Energy
Thermal Energy from natural gas
Electricity Grid mix (production mix)
