SlideShare una empresa de Scribd logo
1 de 1
Descargar para leer sin conexión
The clean flakes
are then melted
down at a high
temperature and
formed into resin
pellets. At this
point, they could
be used to make
all kinds of
useful things.
the life cycle of a recycled bottle!
STAGE2:DIRTYPETFLAKES
Used plastic bottles
are shredded with a
machine into tiny pieces,
called flakes. The flakes
will be washed to help
remove glue, paper, sand,
or other contaminants.
STAGE1:USEDBOTTLE
This process begins
when you place an
empty bottle into a
recycling bin. The
bottle is recovered at
a recycling facility and
taken to a a plastic
reclaiming plant.
STAGE3:CLEANPETFLAKES
Whether it is with a float-sink
process or a washing line, the
plastic flakes receive continuous
wash of water and detergent to
remove pieces of labels, caps,
germs, or dirt that might have
been found in the dirty flakes.
STEP4:RESINPELLETS
STAGE5:PREFORM
Using high heat and
pressure, the resin pellets
are melted down and
injected into a mold to
create the “preform.”
STAGE6:NEWBOTTLE
The preform is heated up
again until the plastic is
soft enough to flow. Then
pressurized air pushes the
plastic out to the
edges of the mold, which
forms the plastic into the
shape of a bottle. The blow
mold is cooled and it opens
up to release a
brand new bottle.
Plastic #1 is made of polyetheylene terephthalate, aka PETE,
PET, or polyester. It’s known for its strength, durability, barrier
properties, and ability to be formed into various shapes.
Plastic bottles are very recyclable! Recycling a plastic bottle uses
much less energy and natural resouces than making one from new
(virgin) materials, so remember to put your used bottles in the
recycling bin to help give them new life!

Más contenido relacionado

Similar a life-of-a-plastic-bottle-infographic.pdf

Presentstion applied plastic recycling
Presentstion applied plastic recyclingPresentstion applied plastic recycling
Presentstion applied plastic recyclingAlmaas Ali
 
recycling-110718101348-phpapp02.pdf
recycling-110718101348-phpapp02.pdfrecycling-110718101348-phpapp02.pdf
recycling-110718101348-phpapp02.pdfSARANRAJMURUGAN2
 
Drying by Proff. Mahesh Junghare Patil sir
Drying by Proff. Mahesh Junghare Patil sirDrying by Proff. Mahesh Junghare Patil sir
Drying by Proff. Mahesh Junghare Patil sirMaheshJunghare2
 
recycle and reuse
recycle and reuserecycle and reuse
recycle and reusemeerpatel
 
Karen Wei Vita Process Final
Karen Wei   Vita Process   FinalKaren Wei   Vita Process   Final
Karen Wei Vita Process FinalRobert Rabinovitz
 
Plastic recycling
Plastic recyclingPlastic recycling
Plastic recyclingJalpaGajera
 
Biomedical waste treatment and disposal
Biomedical waste treatment and disposalBiomedical waste treatment and disposal
Biomedical waste treatment and disposalDevesh Khandelwal
 
The Three Rs The End
The Three Rs The EndThe Three Rs The End
The Three Rs The EndJoanna Armeni
 
separation of mixture.
separation of mixture.separation of mixture.
separation of mixture.Muhammad Akram
 
Unit 2 Plastics
Unit 2 PlasticsUnit 2 Plastics
Unit 2 Plasticsffergall
 
Palstic recyling ppt
Palstic recyling pptPalstic recyling ppt
Palstic recyling pptQais Habibi
 
Handling of LN2.pptx
Handling of LN2.pptxHandling of LN2.pptx
Handling of LN2.pptxBabuMGowda1
 

Similar a life-of-a-plastic-bottle-infographic.pdf (20)

Presentation1.pptx
Presentation1.pptxPresentation1.pptx
Presentation1.pptx
 
Paper Recycling
Paper RecyclingPaper Recycling
Paper Recycling
 
Why Recycle slide show
Why Recycle slide showWhy Recycle slide show
Why Recycle slide show
 
Process of Recycling Paper
Process of Recycling PaperProcess of Recycling Paper
Process of Recycling Paper
 
Presentstion applied plastic recycling
Presentstion applied plastic recyclingPresentstion applied plastic recycling
Presentstion applied plastic recycling
 
recycling-110718101348-phpapp02.pdf
recycling-110718101348-phpapp02.pdfrecycling-110718101348-phpapp02.pdf
recycling-110718101348-phpapp02.pdf
 
Drying by Proff. Mahesh Junghare Patil sir
Drying by Proff. Mahesh Junghare Patil sirDrying by Proff. Mahesh Junghare Patil sir
Drying by Proff. Mahesh Junghare Patil sir
 
recycle and reuse
recycle and reuserecycle and reuse
recycle and reuse
 
Karen Wei Vita Process Final
Karen Wei   Vita Process   FinalKaren Wei   Vita Process   Final
Karen Wei Vita Process Final
 
Recycling of Plastics
Recycling of PlasticsRecycling of Plastics
Recycling of Plastics
 
Plastic recycling
Plastic recyclingPlastic recycling
Plastic recycling
 
Biomedical waste treatment and disposal
Biomedical waste treatment and disposalBiomedical waste treatment and disposal
Biomedical waste treatment and disposal
 
Packaging material
Packaging materialPackaging material
Packaging material
 
The Three Rs The End
The Three Rs The EndThe Three Rs The End
The Three Rs The End
 
separation of mixture.
separation of mixture.separation of mixture.
separation of mixture.
 
Unit 2 Plastics
Unit 2 PlasticsUnit 2 Plastics
Unit 2 Plastics
 
Recycling
RecyclingRecycling
Recycling
 
English project
English projectEnglish project
English project
 
Palstic recyling ppt
Palstic recyling pptPalstic recyling ppt
Palstic recyling ppt
 
Handling of LN2.pptx
Handling of LN2.pptxHandling of LN2.pptx
Handling of LN2.pptx
 

Último

whole genome sequencing new and its types including shortgun and clone by clone
whole genome sequencing new  and its types including shortgun and clone by clonewhole genome sequencing new  and its types including shortgun and clone by clone
whole genome sequencing new and its types including shortgun and clone by clonechaudhary charan shingh university
 
Gas-ExchangeS-in-Plants-and-Animals.pptx
Gas-ExchangeS-in-Plants-and-Animals.pptxGas-ExchangeS-in-Plants-and-Animals.pptx
Gas-ExchangeS-in-Plants-and-Animals.pptxGiovaniTrinidad
 
Observation of Gravitational Waves from the Coalescence of a 2.5–4.5 M⊙ Compa...
Observation of Gravitational Waves from the Coalescence of a 2.5–4.5 M⊙ Compa...Observation of Gravitational Waves from the Coalescence of a 2.5–4.5 M⊙ Compa...
Observation of Gravitational Waves from the Coalescence of a 2.5–4.5 M⊙ Compa...Sérgio Sacani
 
DNA isolation molecular biology practical.pptx
DNA isolation molecular biology practical.pptxDNA isolation molecular biology practical.pptx
DNA isolation molecular biology practical.pptxGiDMOh
 
Q4-Mod-1c-Quiz-Projectile-333344444.pptx
Q4-Mod-1c-Quiz-Projectile-333344444.pptxQ4-Mod-1c-Quiz-Projectile-333344444.pptx
Q4-Mod-1c-Quiz-Projectile-333344444.pptxtuking87
 
Telephone Traffic Engineering Online Lec
Telephone Traffic Engineering Online LecTelephone Traffic Engineering Online Lec
Telephone Traffic Engineering Online Lecfllcampolet
 
Production technology of Brinjal -Solanum melongena
Production technology of Brinjal -Solanum melongenaProduction technology of Brinjal -Solanum melongena
Production technology of Brinjal -Solanum melongenajana861314
 
GenAI talk for Young at Wageningen University & Research (WUR) March 2024
GenAI talk for Young at Wageningen University & Research (WUR) March 2024GenAI talk for Young at Wageningen University & Research (WUR) March 2024
GenAI talk for Young at Wageningen University & Research (WUR) March 2024Jene van der Heide
 
complex analysis best book for solving questions.pdf
complex analysis best book for solving questions.pdfcomplex analysis best book for solving questions.pdf
complex analysis best book for solving questions.pdfSubhamKumar3239
 
Environmental acoustics- noise criteria.pptx
Environmental acoustics- noise criteria.pptxEnvironmental acoustics- noise criteria.pptx
Environmental acoustics- noise criteria.pptxpriyankatabhane
 
3.-Acknowledgment-Dedication-Abstract.docx
3.-Acknowledgment-Dedication-Abstract.docx3.-Acknowledgment-Dedication-Abstract.docx
3.-Acknowledgment-Dedication-Abstract.docxUlahVanessaBasa
 
DETECTION OF MUTATION BY CLB METHOD.pptx
DETECTION OF MUTATION BY CLB METHOD.pptxDETECTION OF MUTATION BY CLB METHOD.pptx
DETECTION OF MUTATION BY CLB METHOD.pptx201bo007
 
Loudspeaker- direct radiating type and horn type.pptx
Loudspeaker- direct radiating type and horn type.pptxLoudspeaker- direct radiating type and horn type.pptx
Loudspeaker- direct radiating type and horn type.pptxpriyankatabhane
 
GLYCOSIDES Classification Of GLYCOSIDES Chemical Tests Glycosides
GLYCOSIDES Classification Of GLYCOSIDES  Chemical Tests GlycosidesGLYCOSIDES Classification Of GLYCOSIDES  Chemical Tests Glycosides
GLYCOSIDES Classification Of GLYCOSIDES Chemical Tests GlycosidesNandakishor Bhaurao Deshmukh
 
Combining Asynchronous Task Parallelism and Intel SGX for Secure Deep Learning
Combining Asynchronous Task Parallelism and Intel SGX for Secure Deep LearningCombining Asynchronous Task Parallelism and Intel SGX for Secure Deep Learning
Combining Asynchronous Task Parallelism and Intel SGX for Secure Deep Learningvschiavoni
 
6.2 Pests of Sesame_Identification_Binomics_Dr.UPR
6.2 Pests of Sesame_Identification_Binomics_Dr.UPR6.2 Pests of Sesame_Identification_Binomics_Dr.UPR
6.2 Pests of Sesame_Identification_Binomics_Dr.UPRPirithiRaju
 
LAMP PCR.pptx by Dr. Chayanika Das, Ph.D, Veterinary Microbiology
LAMP PCR.pptx by Dr. Chayanika Das, Ph.D, Veterinary MicrobiologyLAMP PCR.pptx by Dr. Chayanika Das, Ph.D, Veterinary Microbiology
LAMP PCR.pptx by Dr. Chayanika Das, Ph.D, Veterinary MicrobiologyChayanika Das
 

Último (20)

whole genome sequencing new and its types including shortgun and clone by clone
whole genome sequencing new  and its types including shortgun and clone by clonewhole genome sequencing new  and its types including shortgun and clone by clone
whole genome sequencing new and its types including shortgun and clone by clone
 
Gas-ExchangeS-in-Plants-and-Animals.pptx
Gas-ExchangeS-in-Plants-and-Animals.pptxGas-ExchangeS-in-Plants-and-Animals.pptx
Gas-ExchangeS-in-Plants-and-Animals.pptx
 
Observation of Gravitational Waves from the Coalescence of a 2.5–4.5 M⊙ Compa...
Observation of Gravitational Waves from the Coalescence of a 2.5–4.5 M⊙ Compa...Observation of Gravitational Waves from the Coalescence of a 2.5–4.5 M⊙ Compa...
Observation of Gravitational Waves from the Coalescence of a 2.5–4.5 M⊙ Compa...
 
DNA isolation molecular biology practical.pptx
DNA isolation molecular biology practical.pptxDNA isolation molecular biology practical.pptx
DNA isolation molecular biology practical.pptx
 
Q4-Mod-1c-Quiz-Projectile-333344444.pptx
Q4-Mod-1c-Quiz-Projectile-333344444.pptxQ4-Mod-1c-Quiz-Projectile-333344444.pptx
Q4-Mod-1c-Quiz-Projectile-333344444.pptx
 
Telephone Traffic Engineering Online Lec
Telephone Traffic Engineering Online LecTelephone Traffic Engineering Online Lec
Telephone Traffic Engineering Online Lec
 
Production technology of Brinjal -Solanum melongena
Production technology of Brinjal -Solanum melongenaProduction technology of Brinjal -Solanum melongena
Production technology of Brinjal -Solanum melongena
 
GenAI talk for Young at Wageningen University & Research (WUR) March 2024
GenAI talk for Young at Wageningen University & Research (WUR) March 2024GenAI talk for Young at Wageningen University & Research (WUR) March 2024
GenAI talk for Young at Wageningen University & Research (WUR) March 2024
 
complex analysis best book for solving questions.pdf
complex analysis best book for solving questions.pdfcomplex analysis best book for solving questions.pdf
complex analysis best book for solving questions.pdf
 
Environmental acoustics- noise criteria.pptx
Environmental acoustics- noise criteria.pptxEnvironmental acoustics- noise criteria.pptx
Environmental acoustics- noise criteria.pptx
 
3.-Acknowledgment-Dedication-Abstract.docx
3.-Acknowledgment-Dedication-Abstract.docx3.-Acknowledgment-Dedication-Abstract.docx
3.-Acknowledgment-Dedication-Abstract.docx
 
PLASMODIUM. PPTX
PLASMODIUM. PPTXPLASMODIUM. PPTX
PLASMODIUM. PPTX
 
DETECTION OF MUTATION BY CLB METHOD.pptx
DETECTION OF MUTATION BY CLB METHOD.pptxDETECTION OF MUTATION BY CLB METHOD.pptx
DETECTION OF MUTATION BY CLB METHOD.pptx
 
Loudspeaker- direct radiating type and horn type.pptx
Loudspeaker- direct radiating type and horn type.pptxLoudspeaker- direct radiating type and horn type.pptx
Loudspeaker- direct radiating type and horn type.pptx
 
Interferons.pptx.
Interferons.pptx.Interferons.pptx.
Interferons.pptx.
 
GLYCOSIDES Classification Of GLYCOSIDES Chemical Tests Glycosides
GLYCOSIDES Classification Of GLYCOSIDES  Chemical Tests GlycosidesGLYCOSIDES Classification Of GLYCOSIDES  Chemical Tests Glycosides
GLYCOSIDES Classification Of GLYCOSIDES Chemical Tests Glycosides
 
Let’s Say Someone Did Drop the Bomb. Then What?
Let’s Say Someone Did Drop the Bomb. Then What?Let’s Say Someone Did Drop the Bomb. Then What?
Let’s Say Someone Did Drop the Bomb. Then What?
 
Combining Asynchronous Task Parallelism and Intel SGX for Secure Deep Learning
Combining Asynchronous Task Parallelism and Intel SGX for Secure Deep LearningCombining Asynchronous Task Parallelism and Intel SGX for Secure Deep Learning
Combining Asynchronous Task Parallelism and Intel SGX for Secure Deep Learning
 
6.2 Pests of Sesame_Identification_Binomics_Dr.UPR
6.2 Pests of Sesame_Identification_Binomics_Dr.UPR6.2 Pests of Sesame_Identification_Binomics_Dr.UPR
6.2 Pests of Sesame_Identification_Binomics_Dr.UPR
 
LAMP PCR.pptx by Dr. Chayanika Das, Ph.D, Veterinary Microbiology
LAMP PCR.pptx by Dr. Chayanika Das, Ph.D, Veterinary MicrobiologyLAMP PCR.pptx by Dr. Chayanika Das, Ph.D, Veterinary Microbiology
LAMP PCR.pptx by Dr. Chayanika Das, Ph.D, Veterinary Microbiology
 

life-of-a-plastic-bottle-infographic.pdf

  • 1. The clean flakes are then melted down at a high temperature and formed into resin pellets. At this point, they could be used to make all kinds of useful things. the life cycle of a recycled bottle! STAGE2:DIRTYPETFLAKES Used plastic bottles are shredded with a machine into tiny pieces, called flakes. The flakes will be washed to help remove glue, paper, sand, or other contaminants. STAGE1:USEDBOTTLE This process begins when you place an empty bottle into a recycling bin. The bottle is recovered at a recycling facility and taken to a a plastic reclaiming plant. STAGE3:CLEANPETFLAKES Whether it is with a float-sink process or a washing line, the plastic flakes receive continuous wash of water and detergent to remove pieces of labels, caps, germs, or dirt that might have been found in the dirty flakes. STEP4:RESINPELLETS STAGE5:PREFORM Using high heat and pressure, the resin pellets are melted down and injected into a mold to create the “preform.” STAGE6:NEWBOTTLE The preform is heated up again until the plastic is soft enough to flow. Then pressurized air pushes the plastic out to the edges of the mold, which forms the plastic into the shape of a bottle. The blow mold is cooled and it opens up to release a brand new bottle. Plastic #1 is made of polyetheylene terephthalate, aka PETE, PET, or polyester. It’s known for its strength, durability, barrier properties, and ability to be formed into various shapes. Plastic bottles are very recyclable! Recycling a plastic bottle uses much less energy and natural resouces than making one from new (virgin) materials, so remember to put your used bottles in the recycling bin to help give them new life!