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PET Bottles 2015 - 2019

PET Bottles - Global Markets, Economics, Environmental Impact, Technology, and Participants

"PET Bottles 2015 - 2019" is the definitive study of the global PET bottle industry. The study provides technology assessments, economic and environmental analyses, industry drivers, market statistics, market forecasts, and profiles of industry participants.

What will drive the PET bottle industry in the future? The rebound in the water market is very promising considering the huge volume of PET bottles used in the water market. A new oat-based breakfast drink may wake up early risers and the PET bottle market. Hybrid drinks such as the combination of tea and pomegranate or sports and energy are powering forward.

Or perhaps it will be hybrid technology that makes the difference. One stage and two stage production equipment may be supplanted by one and one-half stage equipment. Compression molding preforms could have a huge impact. Extrusion blow molding PET bottles is picking up steam. Blowing bottles with the product itself is highly innovative.

"PET Bottles 2015 to 2019" examines all this and more.

What Sets this Study Apart?

  • Quantified market analyses of the global PET bottle market by volume (units) and value
  • Detailed market forecasts and analyses for many segmentations
  • Quantitative economic and environmental impact comparisons of the latest PET bottle designs
  • Accurate profiles of industry participants with content specific to the PET bottle industry


Section I:
Introduction
A. Study purpose
B. Key definitions
1. PET bottles
2. Geography
C. Study organization
D. Geographic regions
E. Study methodology
F. Conventions
Section II:
Executive Summary
A. Technology
1. Environmental response
2. Economics
B. Economic and environmental impact
1. Economic results
Figure 1 – Economic Comparison – Manufacturing Cost
2. Environmental results
Figure 2 – Environmental Comparison – GHG Releases
Figure 3 – Environmental Comparison PET Only – GHG Releases
C. Market analysis – drivers and trends
1. Macroeconomic environment
2. Environmental improvement
3. Economic impact
D. Market analysis – statistics and projections
1. PET bottle volume segmented by end-use category
Figure 4 – Global PET Bottle Volume by End-use Category
2. PET Bottle value segmented by end-use category
Figure 5 – Global PET Bottle Value Segmented by End-use Category
3. PET bottle volume segmented by end-use
Figure 6 – Global PET Bottle Consumption - End-use
4. PET bottle growth segmented by end-use
Figure 7 – Global PET Bottle Growth Rates
5. PET bottle volume segmented by geographic region
Figure 8 – Global PET Bottle Volume by Geographic Region
6. PET bottle volume segmented by barrier vs. non-barrier
Figure 9 – Global PET Bottle Volume by Barrier vs. Non-barrier
7. PET bottle volume segmented by renewable content
Figure 10 – Global PET Bottle Volume by Renewable Content
Section III:
Technology
A. PET bottle design
1. Raw materials
Table 1 – Global PET Bottle Resin Producers
Figure 11 – Dasani Water Bottle - 30% Renewably Sourced PET Resin
Figure 12 – HyGuard Closure Design
2. Bottle weight reduction
3. Structures
4. Shape
Figure 13 – Wall Design – Water Bottle and CSD
Figure 14 – Sidel’s StarLite PET Bottle Base and Wall Design
Figure 15 – PET Bottle Bottom Design
Figure 16 – Sidel’s Non-petaloid Base PET Bottle
Figure 17 – Fiji Water Bottle - Square Footprint Design
5. PET bottle producers
Table 2 – 2014 PET Bottle Producer Sales Equivalents
Table 3 – 2014 PET Preform Producer Sales Equivalents
B. Bottle manufacture
1. Injection molding the preform
Figure 18 – Preform Injection Molding Machine
Figure 19 – 72 Cavity Mold for Preform Manufacturing
2. Injection-compression and compression molding the preform
3. Stretch blow molding
Figure 20 – Stretch Blow Molding Machine
Figure 21 – Stretch Blow Mold
4. Hybrid machine
5. Continuous extrusion blow molding
6. Continuous extrusion blow molding – wheel process
7. Jar molding
Figure 22 – Use of a Moil for a PET Jar
8. Equipment suppliers
Table 4 – PET Bottle Equipment Suppliers
9. Barrier coating process
Figure 23 – SiOx PET Bottle Vacuum Coating Process
Figure 24 – SiOx PET Bottle Coating of Individual PET Bottles
C. PET bottle filling
1. Hot filling
Figure 25 – Wall Design – Hot Fill
Figure 26 – PET Bottle Base Design
2.Heat processing after packaging
3.Form/fill/seal process
Section IV:
Economics and Environmental
A. Case 1: Economics – standard PET water bottle
1. General assumptions
2. Bottle assumptions
3. Economic results
Table 5 – Case 1: Manufacturing Cost – Standard PET Water Bottle
B. Case 2: Economics – renewably sourced PET water bottle
1. General assumptions
2. Bottle assumptions
3. Economic results
Table 6 – Case 2: Manufacturing Cost – Renewable PET Water Bottle
C. Case 3: Economics – lightweight PET water bottle
1. General assumptions
2. Bottle assumptions
3. Economic results
Table 7 – Case 3: Manufacturing Cost – Lightweight PET Water Bottle
D. Case 4: Economics – ultra-lightweight PET water bottle
1. General assumptions
2. Bottle assumptions
3. Economic results
Table 8 – Case 4: Manufacturing Cost – Ultra-lightweight PET Bottle
E. Case 5: Economics – glass water bottle
1. General assumptions
2. Bottle assumptions
3. Economic results
Table 9 – Case 5: Manufacturing Cost – Glass Water Bottle
F. Case 6: Comparison of Cases 1 through 5
1. Material cost
2. Converting cost
3. Total cost
G. Case 7: Environmental – standard PET water bottle
1. Energy
Table 10 – Case 7: Standard PET Water Bottle – Energy Results
2. Greenhouse gas releases
Table 11 – Case 7: Standard PET Water Bottle – GHG Releases
H. Case 8: Environmental – renewably sourced PET water bottle
1. Energy
Table 12 – Case 8: Renewably Sourced PET Bottle – Energy Results
2. Greenhouse gas releases
Table 13 – Case 8: Renewable PET Water Bottle – GHG Releases
I. Case 9: Environmental – lightweight PET water bottle
1. Energy
Table 14 – Case 9: Lightweight PET Water Bottle – Energy Results
2. Greenhouse gas releases
Table 15 – Case 9: Lightweight PET Water Bottle – GHG Releases
J. Case 10: Environmental – ultra-lightweight PET water bottle
1. Energy
Table 16 – Case 10: Ultra-lightweight PET Bottle – Energy Results
2. Greenhouse gas releases
Table 17 – Case 10: Ultra-lightweight PET Bottle – GHG Releases
K. Case 11: Environmental – glass water bottle
1. Energy
Table 18 – Case 11: Glass Water Bottle – Energy Results
2. Greenhouse gas releases
Table 19 – Case 11: Glass Water Bottle – GHG Releases
L. Case 12: Comparison of Cases 7 through 11
1. Energy consumption
2. Greenhouse gas releases
Section V:
Market
A. Drivers and trends
1. Demand determinants
2. Macroeconomic environment
Table 20 – Comparison – Macroeconomics and PET Bottle Revenue
Table 21 – Comparison by Geographic Region
3. Environmental
4. Economic
5. Product concentrations
6. Merchant versus captive preform manufacturing
7. Shelf appeal
8. Consumer trends
Table 22 – PET Bottle Weight vs. Product Volume – Water
9. Government regulations
10. Industry consolidation
B. Global PET bottle volume by end-use category
Table 23 – Global PET Bottle Volume by End-use Category
C. Global PET bottle value by end-use category
Table 24 – Global PET Bottle Value by End-use Category
D. Global beverage PET bottle volume by end-use
Table 25 – Global PET Bottle Volume – Beverage
1. Beer
Table 26 – Global PET Bottle Volume – Beer
2. Carbonated soft drinks
Table 27 – Global PET Bottle Volume – Carbonated Soft Drinks
3. Juice beverages
Table 28 – Global PET Bottle Volume – Juice Beverages
4. Milk and dairy drinks
Table 29 – Global PET Bottle Volume – Milk and Dairy Drinks
5. Ready-to-drink tea
Table 30 – Global PET Bottle Volume – RTD Tea
6. Sports drinks
Table 31 – Global PET Bottle Volume – Sports Drinks
7. Water
Table 32 – Global PET Bottle Volume – Water
8. Wine and spirits
Table 33 – Global PET Bottle Volume – Wine and Spirits
9. Other beverages
Table 34 – Global PET Bottle Volume – Other Beverages
E. Global non-beverage PET bottle volume by end-use
Table 35 – Global PET Bottle Volume – Non-beverage
1. Condiments, sauces, and dressings
Table 36 – Global PET Bottle Volume – Condiments
2. Household chemicals
Table 37 – Global PET Bottle Volume – Household Chemicals
3. Nuts and trail mix
Table 38 – Global PET Bottle Volume – Nuts and Trail Mix
4. Over-the-counter (OTC) pharmaceuticals
Table 39 – Global PET Bottle Volume – OTC Pharmaceuticals
5. Personal care
Table 40 – Global PET Bottle Volume – Personal Care
6. Other non-beverages
Table 41 – Global PET Bottle Volume – Non-beverage Other
F. Global volume by geographic region
Table 42 – Global PET Bottle Volume by Geographic Region
G. Global value by geographic region
Table 43 – Global PET Bottle Value by Geographic Region
H. Asian PET bottle volume
1. Asian beverage PET bottle volume
Table 44 – Asian Beverage PET Bottle Volume
2. Asian non-beverage PET bottle volume
3. Asian PET bottle volume
Table 46 – Asian PET Bottle Volume Summary
Table 45 – Asian Non-beverage PET Bottle Volume
I. Chinese PET bottle volume
1. Chinese beverage PET bottle volume
Table 47 – Chinese Beverage PET Bottle Volume
2. Chinese non-beverage PET bottle volume
Table 48 – Chinese Non-beverage PET Bottle Volume
3. Chinese PET bottle volume
Table 49 – Chinese PET Bottle Volume Summary
J. European PET bottle volume
1. European beverage PET bottle volume
Table 50 – European Beverage PET Bottle Volume
2. European non-beverage PET bottle volume
Table 51 – European Non-beverage PET Bottle Volume
3. European PET bottle volume
Table 52 – European PET Bottle Volume Summary
K. Japanese PET bottle volume
1. Japanese beverage PET bottle volume
Table 53 – Japanese Beverage PET Bottle Volume
2. Japanese non-beverage PET bottle volume
Table 54 – Japanese Non-beverage PET Bottle Volume
3. Japanese PET bottle volume
Table 55 – Japanese PET Bottle Volume Summary
L. North American PET bottle volume
1. North American beverage PET bottle volume
Table 56 – North American Beverage PET Bottle Volume
2. North American non-beverage PET bottle volume
Table 57 – North American Non-beverage PET Bottle Volume
3. North American PET bottle volume
Table 58 – North American PET Bottle Volume Summary
M. Rest of world PET bottle volume
1. ROW beverage PET bottle volume
Table 59 – ROW Beverage PET Bottle Volume
2. ROW non-beverage PET bottle volume
Table 60 – ROW Non-beverage PET Bottle Volume
3. ROW PET bottle volume
Table 61 – ROW PET Bottle Volume Summary
N. Global value by end-use
1. Global beverage PET bottle value
Table 62 – Beverage PET Bottle Value by End-use
2. Global non-beverage PET bottle value
Table 63 – Non-beverage PET Bottle Value by End-use
O. PET bottle volume segmented by barrier vs. non-barrier
Table 64 – PET Bottle Volume by Barrier vs. Non-barrier
P. PET bottle volume segmented by layer configuration
Table 65 – PET Bottle Volume by Layer Configuration
Q. PET bottle volume segmented by coated vs. non-coated
Table 66 – PET Bottle Volume by Coated vs. Uncoated
R. PET bottle volume segmented by oxygen scavenger content
Table 67 – PET Bottle Volume by Oxygen Scavenger Content
S. PET bottle volume segmented by package type
Table 68 – PET Bottle Volume segmented by Package Type
T. PET bottle volume segmented by renewable content
Table 69 – PET Bottle Volume Segmented by Renewable Content
U. PET bottle volume segmented by recycled resin content
Table 70 – PET Bottle Volume Segmented by Recycled Resin
Section VI:
Producer Profiles
Section VII:
Equipment Profiles
Section VIII:
Glossary

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