Description
TECHNOLOGY OF PET BOTTLES, PREFORM AND PET RECYCLING
Pet Plastic Packaging
Properties of Pet
- PET Properties
- PET Characteristics
- Use of PET
Recycling of PET
- Virgin PET
- PET synthesis
- Virgin PET thermal transitions
- and crystallisation
- PET applications and processing
- Extrusion
- Extrusion moulding
- Extrusion to produce foam
- Inject ion moulding
- Blow moulding
- Recycled PET
- Contamination
- Acid producing contaminants
- Water
- Colouring contaminants
- Acetaldehyde
- Other contaminants
- POSTC-PET conventional
- recycling processes
- Chemical recycling
- Mechanical recycling
- Contaminants removal
- Drying
- Melt processing
- Increasing recycled PET intrinsic viscosity
- Reprocessing under vacuum
- Stabilizers
- Solid sidle polymerisation
- Chain extension
- Chain extension process
- End groups effect
- Cross-linking reaction
- Chain extenders
- Chain extension process
- experimental variables
- Chain extension process
- equipment
- Reactive extrusion process
- Single-screw extruder
- Twin-screw extruder
- Stability of reactive extrusion
- system
- The effect of chain extension
- on PET crystallinity and
- thermal transitions
- Thermal Transitions and
- Crystallinity
- Multiple melting peaks
- phenomena
- ISBM process
- Preform moulding
- Bottle stretch blow moulding
- ISBM of RER-PET
- Bottle physical properties
- Orientation and conformation of molecules of PET bottle
- Trans Gauche-Conformational Changes
- Dichroism
ASEPTIC FILLING OF
PET BOTTLES
- Concept
FLEXO INKS FOR THE
PRINTING OF NON-TREATED POLYESTER FILMS (PET)
ON CENTRAL IMPRESSION FLEXO PRESSES
- Flexo printing of non-treated polyester films (PET)
- Printing and lamination of PET
- films
PRODUCTION AND FILLING PROCESS OF A PET-BOTTLE
- Handling of empty PET Bottles
- Tray Loader
- Tray Loop
- Pelletizer
- Installation of a Tray Storage
- Discharge at several
- production lines
- Separation of Blow moulder
- and Filling Line
- Application of commercially
- available Plastic Trays as
- means of Transportation
- Summary
PET BOTTLE RECYCLING
PET PREFORM AND
BOTTLE BLOWING
- PET Container Applications
- Popular applications
- Manufacturing Processes
- Quality Requirements
- Single Stage Process
- Two Stage Process
- Two Stage System
- Injection Moulding Machine
- Machines to give
- Dehumidification
- Chillers
- High pressure compressor
- How are the physical
- properties of PET
- improved by stretching?
- International trends
- Indian Scene
- Future Scene Expected
- The Future is Big and Good.
- PET Resin Industry Structure
ADVANTAGES OF COEXTRUDED PET-FILMS IN FLEXIBLE
PACKAGING
- Introduction
- Properties of PET films
- Advantages of three layer
- co-ex PET films
- Hostaphan RD
- Hostaphan RHB
- Hostaphan RHS
- Hostaphan MPK
- Summary
THERMOFORMING OF
APET SHEET
- Introduction
- Why A PET
- Thermoforming
- Preparation
- Heating
- Thermal Diffusivity
- Thermoforming
- Cooling
- Removal From Mould
- Cutting
- Sealing
- Productivity
- Advantages Over PVC
- Manufacture of Buster Paching
- General Guidelines For Part
- Design in APET
- Recycling
PROJECT PROFILES
- Pet Bottles from Pre-Form PET
- Properties
- Food Grade
- Aesthetics
- Strength
- Weight
- Airtight & Leak Proof
- Space Utility
- Chemical resistance
- Environment Friendly
- PET (Polyethylenetereph-
- thalate)
- Plant Economics of
- Pet Bottles from
- Pre-Form PET
- Plant & Machinery
- Fixed Capital
- Working Capital
- Requirement/Month
- Raw Materials
- Total Working Capital/Month
- Total Capital Investment
PET Pre-Form PET Resin
- Introduction
- Injection Moulding machines
- Blow Moulding
- Uses
- Properties
- Manufacturing Process
- Manufacturing Processes of PET Preform
- Process Flow Sheet
- Plant Economics
- Plant & Machinery
- Fixed Capital
- Raw Material
- Total Working Capital/Month
- Total Capital Investment
- Turn Over/Annum
PET Bottle from
Pre-Form (Capsules)
- Plant Economics
- PET Containers
- Plant & Machinery
- Fixed Capital
- Working Capital
- Requirement/Month
- Raw Materials
- Total Working Capital/Month
- Total Capital Investment
- Turn Over/Annum
PET Bottles/Containers from PET Grains
- Manufacturing Process
- Formulation for PET
- Containers
- HDPE, PVC and PET
- Bottles
- Coloured ‘Mellnar’ PET
- Process Flow Sheet
- (For Plastic (PET)
- Containers
- Plant Economics
- PET Containers
- Plant & Machinery
- Fixed Capital
- Working Capital
- Requirement/Annum
- Raw Materials
- Total Working Capital/Annum
- Total Capital Investment
- Turn Over/Annum
Project Profile on
PET Bottles
- Introduction
- Market
- Raw Material
- Manufacturing Process &
- Technology
- Investment
- Means of Finance
- Profitability Assumptions
Advanced Recycling
- Introduction
- Extrusion process
- Mixing
- Degassing
- Flexibility
- Specific examples
- rPET
- Low Bulk Density Scraps
- Such as Agricultural
- Films or Payarn
Class 0 aseptic filling
of pet bottles
- Reprocessing of
- PET bottles waste
- Status today
- Current scenario of PET usage
- Recycled PET bottles waste-products thereof
- MISC
- Sub: PET bottles recycling
- -some important points
- Caution
- Current scenario
- Chemical recycling
- (Bottle to Bottle)
- Food safety evaluation of
- recycled material
- Chemical Recycling
- Chemical Recycling
- (Bottle to Bottle)
- Methanolysis
- AWRAP-UP
Polycarbonate (PC)
blends with recycled
polyethylene
terepthalate (R-PET)
- Introduction
- Results and Discussion
- Mechanical Properties
- Electrical Properties
- Optical Properties
- Physical Properties
- Thermal Properties
- Effect of Process Variable –
- Injection pressure
- Cost Reduction and
- Applications
PET Recycling
- The process
- Virgin vs used PET
- Use for reclaimed PET
- Challenges involved
- Expanding scope
- Developing Indian market
PET Plastic Reclamation Processes
- Sorting and Granulation
- Cleaning
- Material Separation
- Drying and Filtering
Developing
new Opportunities
- The shape of things to
- come PET
- Barrier solutions
- Beer best before
- Glass Ceiling
- Increased PET production
- Future factors
- Emergence of PET Beer
- Bottles
- Improving Barrier Properties
- and Shelf Life
- Recent Developments in PET
- Has Customer Perception
- Changed?
- Future of PET Beer Bottles
Coding Solutions for
PET Blow Molders
- Commercial Director
- Domino Laser, Inc.
- PET Manufacturing Process
- Product Types
- Key Drivers
- Coding Need Summary
- PET Marking Solution
- PET Solution – Blue Laser
- Tubes
- PET Solution – Through-beam photocell
- PET Solution – Motion sensor
- PET Installations Motion
- sensor
- PET Installations Adjustable
- laser head stand
- PET Solution – Anti-static
- device
- PET Solution – Fume
- Extraction system
- PET Marking Solution
- PET Solution – The Domino
- Difference
PET Barrier
Capabilities &
Design Flexibilities
- Design flexibility
Auxiliary Equipments
in PET Processing
- Drying-Chilling-Air Conditioning
- Don’t Try Without Dry
- Drying Systems
- Why to Dry PET Before
- Processing ?
- (A) Oven Drying
- (B) Hopper Dryer
- Container – Reverse
- Conical Flow
- Dehumidified Air Dryer
- Dehumidified Air Dryerworks
- on dew-point principle
- Key Components
- Drying Agent
- Heater
- Air Shut-Off Valve
- Switching Valve
- Suction Container
- [Exhaust Valve]
- Return Line Air Cooler
- Selection of Dryer /
- Dehumidified Air
- Dryer (DAD) and
- Drying Bins
- (A) Dryer / DAD
- (B) Drying Container
- Important Parameters to
- achieve efficient drying.
- Air Temperature
- Air dew point
- Air Flow
- Chilling Plant / Mould Dehumidifier Cooling and Heating
- Plays Important Role in
- Plastics Processing Air
- Cooled Chiller
- Advantages
- Disadvantages
- Water Cooled Chiller
- Advantages
- Disadvantages
- Precaution Requeued for
- Air Cooled Unit
- Application of Chiller in Injection Moulding Machines
- Machine Cooling
- Selection Criteria
- Working Principle
- Key Components
- Compressor
- Condenser
- Water Pump
- Water Tank
- Microprocessor Based Control
- Purpose
- Requirement of Process
Masterbatches
- Inorganic Pigments
- Organic Pigments
- Dyestuffs
- The additives
- Performance Additives
- Processing Additives
PET Bottle
Manufacturing
- Pellets
- Preforms
- Bottles
- Caps
