Move up to Prime Time, presentation of Jaana Keskitalo, Product Manager, Stora Enso Food Service Board. Primeforma Seminar 28 March 2012, Cologne Germany.
This document discusses various types of plastic food packaging films, their properties, and common uses. It describes polyethylene films like LDPE, LLDPE, and HDPE which are inexpensive, clear films used for fresh and frozen foods. PP films are soft and clear with good moisture barriers, used for plastic bags. CPP films are stiff films for baked goods. BOPP and OPP films are stretched plastic films that are stiff, clear, and resistant to heat and moisture. PET films have good oxygen barriers and are heat resistant. Nylon films allow for cooking applications. The document provides contact information for a packaging company that can help select the best food packaging films.
New generation Brilliantly clear Thermoforming packaging films "JAQVA+ "ma...Ravi Hirpara
Our thermoforming films have a range of oxygen transmission rates to meet medium or high barrier objective. Optimize shelf-life for packaging virtually all meats, cheeses, poultry, fish, sandwiches or other form-packaged products.
films are manufactured in a controlled environment to the strictest current BRC IOP and ISO standards.
Water cooling blown films we offer are know as JAQVA+
advantages such as:
• Higher & robust throughputs
• Brilliant clarity
• High gloss
• Soft touch/feel
• Good mechanical properties
Benefits of thermoform packaging
- Efficient packaging: Forming, filling und sealing on one machine
- Use of inexpensive and easy to store packaging films on reels
- Easily filling of packs at their largest open side, directly from above
- Easy automation of filling and discharge of packs
- Perfectly tight sealed packages
- They are impact-resistant and physically protect your product.
Reckitt Benckiser is a global consumer goods company that produces health, hygiene, and home products. The presentation discusses sustainability in packaging and identifies key factors to consider. It emphasizes the importance of aligning sustainability goals with customer wants, maximizing sustainable materials, and communicating sustainability efforts to motivate recycling. Case studies on Vanish powder packaging compare options like rigid tubs to flexible pouches based on factors such as materials used, recycling rates, production efficiency, transport, and more.
This document discusses various flexible packaging materials including polyethylene, cast polypropylene, bi-oriented polypropylene, oriented polyester, oriented polyamide, paper, and aluminum. It provides information on the thickness, barrier properties, printability, heat sealing properties, and applications of each material. The key message is that the optimal film, material, or lamination for packaging is dependent on the specific application and purposes of the packaging.
The document discusses the manufacturing of laminates. It defines laminating as joining two or more flexible packaging webs using a bonding agent. There are different types of laminates including matt, gloss, velvet, and metalized film laminates. Laminates are manufactured using processes like blown film extrusion, cast film extrusion, and co-extrusion. Laminates provide mechanical properties like strength and barrier properties to prevent deterioration. They are used for various food and non-food packaging applications.
Using Degradable Plastics In Indonesia NewHenky Wibawa
This document discusses the use of degradable plastics in Indonesia. It provides background on plastics, noting their benefits but also that they do not readily degrade and accumulate in the environment. It then discusses the global push for more sustainable packaging and laws requiring producer responsibility. Various degradable plastic options are presented, like bioplastics from corn starch (PLA) and additives that make conventional plastics oxo-biodegradable. Standards and certifications for testing degradable plastics are also covered. The document advocates for the use of biodegradable plastics in Indonesia to reduce environmental impacts of plastic waste.
The document discusses barrier films used for flexible packaging. It explains that barrier films help extend a product's shelf life by protecting it from moisture, oxygen, light, aroma/odor, and other environmental factors. It provides examples of different types of products and their typical barrier needs. It also describes how to measure various barrier properties and select the appropriate barrier film for different packaging applications.
Role of EVOH in Barrier Flexible Packaging - October 2015Sachin Gangal
This document summarizes information about the use of ethylene vinyl alcohol copolymer (EVOH) in flexible packaging applications. It discusses Kuraray as the world's largest producer of EVOH, the properties and processing of EVOH, and various applications where EVOH is used as an oxygen and aroma barrier material, such as packaging for milk, sauces, bag-in-box wines, laminated tubes, snack foods, agricultural films, and hermetic storage bags. Emerging uses of EVOH include replacement of glass, metal, and aluminum foil in packaging through its barrier properties and ability to provide recyclable packaging structures.
This document discusses various types of plastic food packaging films, their properties, and common uses. It describes polyethylene films like LDPE, LLDPE, and HDPE which are inexpensive, clear films used for fresh and frozen foods. PP films are soft and clear with good moisture barriers, used for plastic bags. CPP films are stiff films for baked goods. BOPP and OPP films are stretched plastic films that are stiff, clear, and resistant to heat and moisture. PET films have good oxygen barriers and are heat resistant. Nylon films allow for cooking applications. The document provides contact information for a packaging company that can help select the best food packaging films.
New generation Brilliantly clear Thermoforming packaging films "JAQVA+ "ma...Ravi Hirpara
Our thermoforming films have a range of oxygen transmission rates to meet medium or high barrier objective. Optimize shelf-life for packaging virtually all meats, cheeses, poultry, fish, sandwiches or other form-packaged products.
films are manufactured in a controlled environment to the strictest current BRC IOP and ISO standards.
Water cooling blown films we offer are know as JAQVA+
advantages such as:
• Higher & robust throughputs
• Brilliant clarity
• High gloss
• Soft touch/feel
• Good mechanical properties
Benefits of thermoform packaging
- Efficient packaging: Forming, filling und sealing on one machine
- Use of inexpensive and easy to store packaging films on reels
- Easily filling of packs at their largest open side, directly from above
- Easy automation of filling and discharge of packs
- Perfectly tight sealed packages
- They are impact-resistant and physically protect your product.
Reckitt Benckiser is a global consumer goods company that produces health, hygiene, and home products. The presentation discusses sustainability in packaging and identifies key factors to consider. It emphasizes the importance of aligning sustainability goals with customer wants, maximizing sustainable materials, and communicating sustainability efforts to motivate recycling. Case studies on Vanish powder packaging compare options like rigid tubs to flexible pouches based on factors such as materials used, recycling rates, production efficiency, transport, and more.
This document discusses various flexible packaging materials including polyethylene, cast polypropylene, bi-oriented polypropylene, oriented polyester, oriented polyamide, paper, and aluminum. It provides information on the thickness, barrier properties, printability, heat sealing properties, and applications of each material. The key message is that the optimal film, material, or lamination for packaging is dependent on the specific application and purposes of the packaging.
The document discusses the manufacturing of laminates. It defines laminating as joining two or more flexible packaging webs using a bonding agent. There are different types of laminates including matt, gloss, velvet, and metalized film laminates. Laminates are manufactured using processes like blown film extrusion, cast film extrusion, and co-extrusion. Laminates provide mechanical properties like strength and barrier properties to prevent deterioration. They are used for various food and non-food packaging applications.
Using Degradable Plastics In Indonesia NewHenky Wibawa
This document discusses the use of degradable plastics in Indonesia. It provides background on plastics, noting their benefits but also that they do not readily degrade and accumulate in the environment. It then discusses the global push for more sustainable packaging and laws requiring producer responsibility. Various degradable plastic options are presented, like bioplastics from corn starch (PLA) and additives that make conventional plastics oxo-biodegradable. Standards and certifications for testing degradable plastics are also covered. The document advocates for the use of biodegradable plastics in Indonesia to reduce environmental impacts of plastic waste.
The document discusses barrier films used for flexible packaging. It explains that barrier films help extend a product's shelf life by protecting it from moisture, oxygen, light, aroma/odor, and other environmental factors. It provides examples of different types of products and their typical barrier needs. It also describes how to measure various barrier properties and select the appropriate barrier film for different packaging applications.
Role of EVOH in Barrier Flexible Packaging - October 2015Sachin Gangal
This document summarizes information about the use of ethylene vinyl alcohol copolymer (EVOH) in flexible packaging applications. It discusses Kuraray as the world's largest producer of EVOH, the properties and processing of EVOH, and various applications where EVOH is used as an oxygen and aroma barrier material, such as packaging for milk, sauces, bag-in-box wines, laminated tubes, snack foods, agricultural films, and hermetic storage bags. Emerging uses of EVOH include replacement of glass, metal, and aluminum foil in packaging through its barrier properties and ability to provide recyclable packaging structures.
JAQVA+ are new generation packaging films designed through research to provide smart and sustainable packaging solutions. JAQVA+ films offer advantages like higher throughput, clarity and gloss, excellent processability, improved barriers to water vapor and oxygen, and excellent mechanical properties compared to traditional films. The document discusses the various types of JAQVA+ films including thermoforming films, lid films, and their applications for products like meat, cheese, dried foods, and more. JAQVA+ films can replace laminates and provide customized solutions with benefits like high clarity, dart, and recyclability.
REDUCING FOOD WASTE
Food waste is a huge issue that the world is facing. It’s a long and complicated journey from farm to table, and 54% of food is lost between harvest and transportation. Packaging can play a large role in keeping food fresh during its journey. To learn more about agricultural packaging, check out our blog. http://bit.ly/1sOWZxk
SUSTAINABLE PACKAGING
Packaging protects and promotes food, beverage, and consumer products across the globe. Packaging is expected to grow at an average rate of 3.4% over the next decade (according to Smithers Pira), and most producers of consumer goods are seeking ways to enhance their sustainability initiatives. This presentation will cover trends in sustainable packaging, and how adhesives can enhance and enable your package designs.
Get more on our packaging solutions @ www.hbfuller.com/packaging-solutions
Pop-up Towels are bio-degradable, disposable, cotton, compressed towels that can be popped in to your purse, back-pack, first-aid kit, glove compartment and the list goes on.
They are available in a variety of sizes but are individually sealed. They can be reused.
This document discusses various packaging film materials and their barrier properties, including their applications. It provides details on aluminum foil, biaxially oriented polypropylene, polyester, and polyamide films. It also discusses coated materials like ethylene-vinyl alcohol copolymer (EVOH), polyvinylidene chloride (PVdC), acrylonitrile copolymers (BAREX), and metallized films. The key parameters for the metallization process are a stable vacuum, temperature control, and accurate winding control to produce an aluminum barrier layer of approximately 30 nm thickness. Alternative barrier layers discussed are silicon oxide and aluminum oxide deposited using thermal evaporation, electron beam, or plasma enhanced
Packaging materials: Paper based packaging for foodDr. Jilen Mayani
Paper is a very versatile material. It is produced from cellulosic, naturally renewable fibres. It is therefore considered as an environmentally friendly material, being easily recycled, composted or incinerated after use. It may be used in food packaging applications within a wide range of grammages, being designed as wrapping paper, folding box board or corrugated board, for direct or indirect contact, i.e. as primary, secondary or tertiary packaging. Other paper grades, such as tissue paper, may be used in occasional contact with foodstuffs.
When paper and paper based products are intended, or likely, to come into contact with food, manufacturers follow relevant and acknowledged regulations and guidelines to design manufacturing processes and recipes, and ensure consumer safety.
This document discusses a biocoating that provides high gas and aroma barrier performance for plastic films as a more sustainable packaging solution. Some key points:
1. The biocoating can be applied to any plastic film to provide excellent oxygen and moisture barrier properties while maintaining transparency.
2. It allows packaging materials to be more easily recycled and composted, replacing multi-material laminates with simpler "mono-material" structures.
3. Examples highlighted include applying the biocoating to PLA films to create compostable food packaging with barrier properties comparable to aluminum foil.
Food packaging protects food from damage, contains the food, and provides consumers with information. Packaging has evolved from natural materials like skins and leaves to modern materials like plastic, glass, and metal. Packaging allows for convenient portioning and transport of foods while providing information to consumers. Sustainable packaging considers environmental, social, and economic impacts. Recent innovations aim to reduce waste and use renewable materials. Packaging serves multiple purposes including containment, protection, marketing, and convenience. Design considers the food product, materials, usability, branding, and information communication.
This is the presentation that introduced our workshop: "Sustainable Design Packaging: Food packaging solutions for local products", organized during the Eco Design Fair 2012 in Shanghai.
This workshop has been organized with Francesca Valsecchi, Valeria Adani, Francesca Terzi e Lei Jiong.
Objectives:
1) Learn the basics of sustainable packaging assessment
2) Explore different case studies of good/bad packaging design
3) Create and share quick prototypes of sustainable food packagings
This document discusses food packaging. It provides definitions of food packaging from various sources and notes its importance in preservation, protection, convenience, communication/marketing, and facilitating handling. Food packaging helps prevent damage, contamination, and physical and chemical changes to foods. It also reduces waste for many foods like cucumbers, grapes, prepared salads, and bananas by extending shelf life. Concerns about food packaging include deceptive packaging, overpackaging, and environmental issues from waste disposal and materials that are not biodegradable or recyclable.
This document discusses sustainable paper packaging. It begins by outlining the categories of packaging and the purposes of packaging. The key elements of packaging including materials and design are then examined. Various materials used for packaging like metals, glass, polymers, wood, and paper are described. The concept of sustainability and sustainable development are defined, with sustainable packaging focusing on being beneficial throughout its lifecycle. Issues with paper packaging consumption rising and quality of raw materials are discussed. Using oil palm biomass fibers as an alternative raw material source is presented as a solution to improve raw material sustainability for Malaysian paper packaging. Clean pulping and bleaching technologies are also described to enhance environmental sustainability of pulp production.
Lsquare Eco-Products manufactures honeycomb paper packaging products called HonECOre. It has a 70+ member team in Bangalore with a focus on cost-saving and eco-friendly packaging solutions. Several case studies show customers benefited from switching to HonECOre packaging, with reductions in costs, damage, and improvements in packaging efficiency. HonECOre packaging is made from recycled paper, has shock absorbing properties, and is safer and more sustainable than wood alternatives.
This document discusses packaging materials for bread, comparing paper and plastics. It begins by outlining the bread baking process and describing bread's properties that require certain packaging, such as being hygroscopic with a greasy surface and sensitive to light and oxidation. It then discusses different packaging structures like paper, plastic, and cardboard in more detail, comparing their thickness, storage lifespan, manufacturing techniques, and properties as suitable materials for bread packaging. In the conclusion, it notes that paper and propylene can be compared by laminating.
Indian market for specialty packaging films Swami Kuttan
This document summarizes a presentation given by Vijay Shankar on the Indian market for specialty packaging films. It discusses opportunities in the growing Indian market and applications of packaging films like food, non-food, and non-packaging uses. It provides case studies on edible oil packaging films moving from mono-layer to multi-layer structures and the benefits of blown film technology and co-extrusion. The presentation concludes with future trends towards thinner multi-layer films to reduce resource use while maintaining properties.
Benefits And Applications of PET Plastic Packagingplasticingenuity
Polyethylene terephthalate or PET, is a staple in food and beverage packaging. It's also used in the packaging of plenty of other products, though not necessarily ones you want to eat or drink—PET is a mainstay for packaging things like cosmetics and cleaning chemicals. Just look at the recycling code on any PET plastic package, and you'll see: It's number one. Learn the benefits and applications of PET from the industry experts at Plastic Ingenuity.
Visit http://plasticingenuity.com/ for more information.
VANISHTM products redefine thin film labeling by featuring a clear 0.92 mil face and liner, allowing for a no-label look. This opens new opportunities for designers through features like transparency, irregular shapes, and window packaging. It provides productivity gains through more labels per roll and fewer roll changes. VANISHTM is a sustainable alternative to paper and screen printing for applications in beverage, food, and home and personal care packaging.
The document discusses food packaging materials. It describes the main purposes of food packaging as protecting contents from chemical, biological, and physical deterioration. Common packaging materials mentioned include glass, metals, paper/paperboard, and plastics. Specific materials discussed in more detail include aluminum, laminates, thermoplastics, and paperboard. The document also provides examples of innovative packaging like Tetra Pak cartons and examples of less recyclable packages like chip bags and toothpaste tubes. Site visits to Greek food companies Panini, Kandylas, Venus Growers, and a fish farm describe their use of various packaging materials and standards.
BOPP (biaxially oriented polypropylene) films are produced by stretching polypropylene in both machine and transverse directions. BOPP films are widely used for food packaging due to their moisture and oxygen barrier properties, sealability, clarity, and ability to extend shelf life. They are also used for labeling due to their low density, recyclability, and ability to provide aesthetic appeal through printing. BOPP films have a variety of applications and benefits, including sustainability, product quality preservation, and low weight.
Flexible packaging laminates for the food sector 2013Jose Giraldez
This document provides information on flexible packaging laminates commonly used in the food sector. It lists various laminate materials like PET, OPP, PE, and aluminum that are used with different layer thicknesses, sealing materials, and printing techniques. The document then categorizes common food products and recommends suitable laminate combinations for different applications like coffee, rice, frozen foods, snacks, biscuits, and more. Key laminate materials mentioned include PET, OPP, PE, aluminum, paper, and cast polypropylene.
This presentation comes from The 6th Plasticity Forum – “Designing for the Future – Plastic and the Circular Economy” was held in London as part of the London Design Festival on September 21st, 2016.
Stora Enso CMD - Presentation by Ulla Paajanen-Sainio, Head of Investor Relat...Stora Enso
Ulla Paajanen-Sainio presented financial figures from Stora Enso reflecting their new organizational structure. The new structure increases transparency in reporting and allocates capital according to business area use. Sales and operational EBIT figures from 2011 and 2010 were presented for various business areas including printing and reading, biomaterials, and renewable packaging. Operating capital as of December 31, 2011 was also shown for different business areas and categories such as other businesses and plant locations.
JAQVA+ are new generation packaging films designed through research to provide smart and sustainable packaging solutions. JAQVA+ films offer advantages like higher throughput, clarity and gloss, excellent processability, improved barriers to water vapor and oxygen, and excellent mechanical properties compared to traditional films. The document discusses the various types of JAQVA+ films including thermoforming films, lid films, and their applications for products like meat, cheese, dried foods, and more. JAQVA+ films can replace laminates and provide customized solutions with benefits like high clarity, dart, and recyclability.
REDUCING FOOD WASTE
Food waste is a huge issue that the world is facing. It’s a long and complicated journey from farm to table, and 54% of food is lost between harvest and transportation. Packaging can play a large role in keeping food fresh during its journey. To learn more about agricultural packaging, check out our blog. http://bit.ly/1sOWZxk
SUSTAINABLE PACKAGING
Packaging protects and promotes food, beverage, and consumer products across the globe. Packaging is expected to grow at an average rate of 3.4% over the next decade (according to Smithers Pira), and most producers of consumer goods are seeking ways to enhance their sustainability initiatives. This presentation will cover trends in sustainable packaging, and how adhesives can enhance and enable your package designs.
Get more on our packaging solutions @ www.hbfuller.com/packaging-solutions
Pop-up Towels are bio-degradable, disposable, cotton, compressed towels that can be popped in to your purse, back-pack, first-aid kit, glove compartment and the list goes on.
They are available in a variety of sizes but are individually sealed. They can be reused.
This document discusses various packaging film materials and their barrier properties, including their applications. It provides details on aluminum foil, biaxially oriented polypropylene, polyester, and polyamide films. It also discusses coated materials like ethylene-vinyl alcohol copolymer (EVOH), polyvinylidene chloride (PVdC), acrylonitrile copolymers (BAREX), and metallized films. The key parameters for the metallization process are a stable vacuum, temperature control, and accurate winding control to produce an aluminum barrier layer of approximately 30 nm thickness. Alternative barrier layers discussed are silicon oxide and aluminum oxide deposited using thermal evaporation, electron beam, or plasma enhanced
Packaging materials: Paper based packaging for foodDr. Jilen Mayani
Paper is a very versatile material. It is produced from cellulosic, naturally renewable fibres. It is therefore considered as an environmentally friendly material, being easily recycled, composted or incinerated after use. It may be used in food packaging applications within a wide range of grammages, being designed as wrapping paper, folding box board or corrugated board, for direct or indirect contact, i.e. as primary, secondary or tertiary packaging. Other paper grades, such as tissue paper, may be used in occasional contact with foodstuffs.
When paper and paper based products are intended, or likely, to come into contact with food, manufacturers follow relevant and acknowledged regulations and guidelines to design manufacturing processes and recipes, and ensure consumer safety.
This document discusses a biocoating that provides high gas and aroma barrier performance for plastic films as a more sustainable packaging solution. Some key points:
1. The biocoating can be applied to any plastic film to provide excellent oxygen and moisture barrier properties while maintaining transparency.
2. It allows packaging materials to be more easily recycled and composted, replacing multi-material laminates with simpler "mono-material" structures.
3. Examples highlighted include applying the biocoating to PLA films to create compostable food packaging with barrier properties comparable to aluminum foil.
Food packaging protects food from damage, contains the food, and provides consumers with information. Packaging has evolved from natural materials like skins and leaves to modern materials like plastic, glass, and metal. Packaging allows for convenient portioning and transport of foods while providing information to consumers. Sustainable packaging considers environmental, social, and economic impacts. Recent innovations aim to reduce waste and use renewable materials. Packaging serves multiple purposes including containment, protection, marketing, and convenience. Design considers the food product, materials, usability, branding, and information communication.
This is the presentation that introduced our workshop: "Sustainable Design Packaging: Food packaging solutions for local products", organized during the Eco Design Fair 2012 in Shanghai.
This workshop has been organized with Francesca Valsecchi, Valeria Adani, Francesca Terzi e Lei Jiong.
Objectives:
1) Learn the basics of sustainable packaging assessment
2) Explore different case studies of good/bad packaging design
3) Create and share quick prototypes of sustainable food packagings
This document discusses food packaging. It provides definitions of food packaging from various sources and notes its importance in preservation, protection, convenience, communication/marketing, and facilitating handling. Food packaging helps prevent damage, contamination, and physical and chemical changes to foods. It also reduces waste for many foods like cucumbers, grapes, prepared salads, and bananas by extending shelf life. Concerns about food packaging include deceptive packaging, overpackaging, and environmental issues from waste disposal and materials that are not biodegradable or recyclable.
This document discusses sustainable paper packaging. It begins by outlining the categories of packaging and the purposes of packaging. The key elements of packaging including materials and design are then examined. Various materials used for packaging like metals, glass, polymers, wood, and paper are described. The concept of sustainability and sustainable development are defined, with sustainable packaging focusing on being beneficial throughout its lifecycle. Issues with paper packaging consumption rising and quality of raw materials are discussed. Using oil palm biomass fibers as an alternative raw material source is presented as a solution to improve raw material sustainability for Malaysian paper packaging. Clean pulping and bleaching technologies are also described to enhance environmental sustainability of pulp production.
Lsquare Eco-Products manufactures honeycomb paper packaging products called HonECOre. It has a 70+ member team in Bangalore with a focus on cost-saving and eco-friendly packaging solutions. Several case studies show customers benefited from switching to HonECOre packaging, with reductions in costs, damage, and improvements in packaging efficiency. HonECOre packaging is made from recycled paper, has shock absorbing properties, and is safer and more sustainable than wood alternatives.
This document discusses packaging materials for bread, comparing paper and plastics. It begins by outlining the bread baking process and describing bread's properties that require certain packaging, such as being hygroscopic with a greasy surface and sensitive to light and oxidation. It then discusses different packaging structures like paper, plastic, and cardboard in more detail, comparing their thickness, storage lifespan, manufacturing techniques, and properties as suitable materials for bread packaging. In the conclusion, it notes that paper and propylene can be compared by laminating.
Indian market for specialty packaging films Swami Kuttan
This document summarizes a presentation given by Vijay Shankar on the Indian market for specialty packaging films. It discusses opportunities in the growing Indian market and applications of packaging films like food, non-food, and non-packaging uses. It provides case studies on edible oil packaging films moving from mono-layer to multi-layer structures and the benefits of blown film technology and co-extrusion. The presentation concludes with future trends towards thinner multi-layer films to reduce resource use while maintaining properties.
Benefits And Applications of PET Plastic Packagingplasticingenuity
Polyethylene terephthalate or PET, is a staple in food and beverage packaging. It's also used in the packaging of plenty of other products, though not necessarily ones you want to eat or drink—PET is a mainstay for packaging things like cosmetics and cleaning chemicals. Just look at the recycling code on any PET plastic package, and you'll see: It's number one. Learn the benefits and applications of PET from the industry experts at Plastic Ingenuity.
Visit http://plasticingenuity.com/ for more information.
VANISHTM products redefine thin film labeling by featuring a clear 0.92 mil face and liner, allowing for a no-label look. This opens new opportunities for designers through features like transparency, irregular shapes, and window packaging. It provides productivity gains through more labels per roll and fewer roll changes. VANISHTM is a sustainable alternative to paper and screen printing for applications in beverage, food, and home and personal care packaging.
The document discusses food packaging materials. It describes the main purposes of food packaging as protecting contents from chemical, biological, and physical deterioration. Common packaging materials mentioned include glass, metals, paper/paperboard, and plastics. Specific materials discussed in more detail include aluminum, laminates, thermoplastics, and paperboard. The document also provides examples of innovative packaging like Tetra Pak cartons and examples of less recyclable packages like chip bags and toothpaste tubes. Site visits to Greek food companies Panini, Kandylas, Venus Growers, and a fish farm describe their use of various packaging materials and standards.
BOPP (biaxially oriented polypropylene) films are produced by stretching polypropylene in both machine and transverse directions. BOPP films are widely used for food packaging due to their moisture and oxygen barrier properties, sealability, clarity, and ability to extend shelf life. They are also used for labeling due to their low density, recyclability, and ability to provide aesthetic appeal through printing. BOPP films have a variety of applications and benefits, including sustainability, product quality preservation, and low weight.
Flexible packaging laminates for the food sector 2013Jose Giraldez
This document provides information on flexible packaging laminates commonly used in the food sector. It lists various laminate materials like PET, OPP, PE, and aluminum that are used with different layer thicknesses, sealing materials, and printing techniques. The document then categorizes common food products and recommends suitable laminate combinations for different applications like coffee, rice, frozen foods, snacks, biscuits, and more. Key laminate materials mentioned include PET, OPP, PE, aluminum, paper, and cast polypropylene.
This presentation comes from The 6th Plasticity Forum – “Designing for the Future – Plastic and the Circular Economy” was held in London as part of the London Design Festival on September 21st, 2016.
Stora Enso CMD - Presentation by Ulla Paajanen-Sainio, Head of Investor Relat...Stora Enso
Ulla Paajanen-Sainio presented financial figures from Stora Enso reflecting their new organizational structure. The new structure increases transparency in reporting and allocates capital according to business area use. Sales and operational EBIT figures from 2011 and 2010 were presented for various business areas including printing and reading, biomaterials, and renewable packaging. Operating capital as of December 31, 2011 was also shown for different business areas and categories such as other businesses and plant locations.
Goldman Sachs Basic Materials Conference in New York. Presentation by CFO Mar...Stora Enso
Stora Enso reported strong financial results for Q1 2011, with earnings more than doubling compared to Q1 2010. Sales were up 19% and EBIT excluding non-recurring items and fair valuations was up 108%. Higher pulp and paper prices and continued productivity improvements contributed to the improved earnings. Net debt was also down 15% year-over-year. The company continues to lead industry restructuring through capacity closures across its paper, pulp, board and wood products segments since 2006.
Deutsche Bank, Paper Seminar. Presentation by CEO Jouko KarvinenStora Enso
The document discusses Stora Enso's Q3 2011 earnings report and provides an outlook for Q4 2011. It notes that EBIT excluding non-recurring items decreased compared to Q3 2010 but cash flow after capital expenditures increased. It anticipates continued production curtailments in Q4 2011 and somewhat lower year-over-year EBIT. The document also discusses ongoing restructuring efforts to reduce costs and improve flexibility and cash flow.
Stora Enso Interim Review January-March 2011Stora Enso
- Sales and earnings more than doubled in Q1 2011 compared to Q1 2010, with sales up 19% and operating profit excluding items up 108%.
- Higher prices and continued productivity improvements drove earnings growth. However, inflation increased costs and limited further earnings growth.
- The company will continue efforts to fight inflation, which is estimated to increase costs by 4% for the full year 2011 compared to 2010.
- Stora Enso reported Q2 2013 operational EBIT of EUR 124 million, in line with expectations. Cash flow from operations was EUR 344 million.
- Printing and reading paper demand declined 6% year-over-year due to structural changes. Cost reduction efforts are a top priority to address this.
- The company is on track to achieve EUR 200 million in annual fixed cost savings through restructuring. Several mill closures have contributed to this.
- Plans are progressing for major projects including the new consumer board machine in Guangxi, China and the biorefinery in Sunila, Finland.
This document discusses biodegradable packaging materials made from biopolymer coatings on paperboard. The biopolymer coatings are compostable as alternatives to traditional plastic coatings. The materials can be used for cups, trays, plates, and cartons. They provide barrier properties like moisture, grease, and oxygen resistance while also being compostable according to EN 13432 standards. The document promotes Stora Enso's line of biodegradable coated paperboards that are available for food packaging applications like cups, trays, salads, vegetables, and sandwiches.
This document discusses eco-friendly packaging. It begins by outlining how packaging plays an essential role in modern society and the economy, before discussing how true sustainability requires meeting societal needs, respecting the environment, and creating economic value. It then provides bio-plastics and careful design/innovation as examples of eco-friendly packaging, highlighting benefits and challenges. The document concludes by presenting a case study of an innovative, eco-friendly packaging solution for fresh food using protective atmosphere that has zero environmental impact through its entire lifecycle from production to compostable materials.
This document provides an overview of flexible packaging materials and processes. It discusses the main plastic materials used like PET, PE, PP, and PA. It describes conversion processes for flexible packaging film production such as extrusion, multilayer extrusion, lamination, and metallization. The document also covers testing of mechanical, barrier, optical and surface properties. Finally, it discusses sustainability and recycling of flexible packaging materials.
The document discusses weaknesses in current sugar packaging and proposes a new packaging solution. The current plastic packaging often tears, allowing sugar to spill out. It also cannot be resealed once opened. The document proposes a new packaging made of paperboard lined with polypropylene plastic. This new packaging would be more durable, allow viewing of sugar levels, enable controlled pouring, and be more environmentally friendly than current plastic packaging. It describes the proposed materials and manufacturing process in detail.
The document discusses various packaging materials and methods used in the bakery industry, including flexible packaging, cardboard boxes, pouches, and shrink wrapping. It describes how different packaging helps extend shelf life, prevent damage, and acts as advertisement for bakery products like biscuits and bread. The document also covers new packaging techniques such as modified atmosphere packaging, vacuum packaging, gas flushing, and active packaging that are being used to further improve shelf life of bakery goods.
The document provides an overview of a 10-week student project to design and develop a product using emerging biomaterials. It outlines the process, which included researching biomaterials, concept development, CAD modeling, and presenting the final product. The responsibilities of three team members are listed, along with descriptions of various biomaterials being researched as potential materials for the project, including their properties, applications, and suppliers.
Irish Biscuits Ltd. must comply with packaging waste legislation by reducing waste, reusing materials, and recycling packaging. As a member of Repak, IBL works collectively to meet obligations. IBL sources and recycles all packaging materials, reducing landfill by 10% in 2001. This earned IBL the "Repak Member of the Year" award. Future plans include further investing in recycling and designing more recoverable packaging to balance environmental and marketing concerns.
Daibochi Plastic and Packaging is a major Malaysian manufacturer of laminated packaging films established in 1972. It has over 600 employees, annual turnover of $63 million, and manufacturing facilities covering 325,000 square feet. Daibochi supplies international brands in Asia Pacific and Europe with high-quality printed packaging films through rotogravure printing and extrusion lamination. It focuses on food safety, print quality, production capacity, and cost competitiveness to meet customer needs across industries like food, beverages, and personal care.
DeLight Solution provides a fresh take on sustainable trays and containers using easily transformable fibre-based packaging. The DeLight packaging has various features like different lid options, shapes and forms, windows, and being easily sealable, MAP tight, recyclable, freezable, and suitable for microwave and oven use. It allows for product personalization and maximum print area while communicating the brand image. The packaging has environmental benefits like a low carbon footprint and being sustainable and recyclable. It also has premium design qualities and reduces total packaging materials.
This document summarizes Constantia Flexibles' approach to innovation in flexible packaging. It discusses their innovation process, customer-centric approach, focus on trends and collaboration. It also highlights several of their recent innovations in food, pharmaceutical, and label packaging that improve sustainability, convenience, barrier properties, and branding opportunities for customers. Constantia Flexibles aims to be a competent partner in developing cutting-edge packaging solutions through their R&D, production capabilities, and quality systems.
Making Sustainable Choices With Product PackagingJanaIverson1
Sustainable packaging is more than just moving away from plastic.
The industry faces many challenges and innovation in creating sustainable solutions that are effective.
Check out our latest slide share and learn all about how to make sustainable choices for your product packaging!
Stora Enso at Interpack 2011: PrimeformaStora Enso
The document discusses Primeforma, a new fiber-based packaging material developed by Stora Enso as a more sustainable alternative to formed plastic trays. Primeforma uses board with a high-barrier polymer coating to provide protection while using renewable and recyclable materials. It can be used on existing packaging lines and provides benefits like stiffness from fiber, high barrier properties from minimal polymer coating, and recyclability through separation of coating and fiber recovery. The material is presented as part of moving to a more modern and sustainable approach to packaging.
The document provides an overview of different types of biodegradable plastics: [1] Gen 1 starch-based plastics like PLA have limitations around competing for food sources and off tastes; [2] Gen 2 oxo-biodegradable plastics used in Europe have benefits over PLA but require specific environmental conditions to biodegrade; [3] Gen 3 microbiodegradable plastics can biodegrade in soil and have similar benefits as oxo-biodegradable with no toxicity concerns. The market size for biodegradable plastics is growing but identifying customers where sustainability is a value is a challenge. Several companies profiled are working to use more sustainable packaging and support local communities
The document discusses plastic packaging and the circular economy in Europe. It outlines the EU plastic strategy which aims for all plastic packaging to be reusable or recyclable by 2030 and at least 50% of plastic waste to be recycled. It discusses challenges with recycling different types of plastics and colors. It also discusses bioplastics and how they can contaminate traditional recycling streams if not compostable. The document provides case studies of packaging companies moving towards more circular packaging solutions like reusable, recyclable and mono-material packaging.
The document describes several innovative materials that utilize recycled or waste-based inputs in a closed-loop manner. These include paper bottles made from recycled cardboard and newspaper; durable sheets made from banana fibers; unique ceramic tiles made from leftover porcelain pieces; and a woven bag made from 100% recycled PET bottles. The materials cover a wide range of applications from packaging to furniture to textiles.
The document discusses food packaging and its effects on the environment. It describes the different types of packaging (primary, secondary, tertiary) and common packaging materials like glass, aluminum, paperboard, and plastics. It addresses the advantages and disadvantages of different materials from both a consumer and environmental perspective. The document also discusses solutions like reducing unnecessary packaging, designing packaging to be reusable or recyclable, and following the three R's hierarchy of reduce, reuse and recycle to minimize environmental impacts.
This document discusses paper as a material for food packaging. It provides an overview of the general functions of packaging materials, including containment, protection, preservation, convenience and information. It then defines what paper is, describes the history and invention of paper, and lists common types of paper used for food packaging like kraft paper, sulfite paper, greaseproof paper, and parchment paper. The document outlines the suitability of paper for food packaging due to its printability, low cost, biodegradability, and ability to be molded into different shapes and sizes. It also notes some disadvantages like poor water resistance and weak sealing. In conclusion, the presentation discusses the environmental impacts of increased paper production and waste.
The document describes requirements for a sustainable and recyclable product to provide footwear for relief efforts in hot countries. Key points:
- The footwear must be very inexpensive and easy to produce from sustainable or recycled materials.
- It should be recyclable, protect feet from heat/rocks, and be fashionable enough to not get stolen.
- Concepts explored reusable materials like paper, rubber, cloth and molding or assembly methods.
- The final design concept selected was a corrugated cardboard sole with a cloth strap, aiming to be inexpensive while providing protection and comfort.
Sustainability means creating an economic system that provides for quality of life while renewing resources and not depleting them faster than the Earth can renew them. Pinnacle Underlay manufactures rubber carpet underlay from recycled truck tires and milk bottles. It is an environmentally friendly product that provides comfort, insulation, and durability. Pinnacle demonstrates sustainability through reuse of waste materials and responsible disposal practices.
- Based in Tacoma, WA since 1943, Richlite uses waste-to-energy technology to produce durable, stain-resistant composite panels made from recycled paper or FSC-certified materials.
- The panels are thermoset and pressed, coming in various thicknesses up to 3 inches and sheet sizes from 2.5'x10' to 5'x12'.
- Richlite has various sustainable attributes like using recycled paper sources, reducing emissions by 70% through waste-to-energy technology, and decreasing CO2 emissions by 30% since 2005.
This document describes Plantic, a company that produces bioplastics from renewable starch sources as an alternative to traditional plastics. Plantic has various patent families protecting its use of high amylose starch in plastic products. Its bioplastics offer ultra-high barrier properties while being more sustainable through renewable content and lower carbon emissions compared to traditional plastics. The document highlights Plantic's product range and case studies of its bioplastics being used in food packaging applications to extend shelf life.
Similar to Primeforma seminar 280312 jaana keskitalo (20)
Stora Enso reported financial results for Q2 2017 with the following highlights:
- Sales were 2,528 MEUR, marginally higher than the previous year despite divestments. Excluding paper, sales grew 7.1% due to strategic investments and higher prices.
- Operational EBIT was 219 MEUR, similar to last year. The Beihai mill ramp-up negatively impacted results but is expected to reach break-even in Q4 2017.
- Net debt to operational EBITDA ratio improved to 2.0 from 2.2 last year due to strong cash flow generation despite dividend payments.
- Transformation projects contributed positively with the Beihai and Varkaus mills ahead of
Stora Enso reported financial results for the first quarter of 2017. Sales increased 2.1% to 2,497 MEUR, driven by ramp-up of new mills and higher volumes. Operational EBIT was 215 MEUR, impacted by lower paper and pulp prices and costs associated with the Beihai mill start-up. Cash flow from operations was 178 MEUR. The company expects sales and operational EBIT for Q2 2017 to be similar to Q1 levels. Transformation projects are progressing and expected to drive further sales growth going forward.
Stora Enso reported financial results for Q3 2016. Key highlights include:
- Sales decreased 4.3% to 2.39 billion euros due to structurally declining paper business and divested mill, but increased 1.8% excluding these factors.
- Operational EBIT was 219 million euros, down 11% due primarily to ramp-up costs for the new Beihai consumer board mill in China.
- Cash flow from operations was 390 million euros.
- Net debt to operational EBITDA improved to 2.1 from 2.5 the previous year, reflecting ongoing balance sheet strengthening.
- Several growth investments and divestments of non-core businesses were noted as part of the company
- Stora Enso reported financial results for Q2 2016, with operational EBIT increasing 9.2% to €226 million driven by improved results in paper and wood products. The Beihai consumer board mill startup negatively impacted results but is ramping ahead of plan.
- Divestments of the Kabel, Suzhou and IL Recycling businesses were announced. The transformation of the business continues with investments in growth areas like Beihai and the Varkaus kraftliner ramp-up.
- The balance sheet continues to strengthen with net debt to EBITDA of 2.3x and operational ROCE of 10.3%, excluding impacts of the Beihai mill investment.
Stora Enso reported financial results for Q4 and full year 2016. Key highlights include:
- Sales for Q4 2016 were EUR 2.4 billion, up 4.5% excluding declining paper business. Operational EBIT was EUR 191 million.
- Beihai consumer board mill ramp-up is ahead of plan but negatively impacted results. Hardwood pulp prices also declined.
- Cash flow from operations was strong at EUR 461 million. Net debt to EBITDA ratio improved to 2.0x.
- Guidance for Q1 2017 expects similar sales to Q4 2016 and operational EBIT in line with Q4, impacted by Beihai and power failure.
Stora Enso reported financial results for the first quarter of 2016. Sales were slightly down at 2.445 billion euros due to structurally declining paper business, but increased by 2.4% excluding paper and divested mills. Operational EBIT increased 12.7% to 248 million euros and the margin reached a record high of 10.1%. Cash flow from operations improved to 289 million euros. The company continued strengthening its balance sheet through high investments while reducing net debt. Stora Enso also provided guidance for the second quarter of 2016, estimating sales to be slightly higher than Q1 levels and operational EBIT to be in line with or somewhat lower due to scheduled annual maintenance shutdowns.
Stora Enso reported financial results for Q4 and full year 2015. Key highlights included:
- Operational EBIT improved 15.8% in Q4 and 13% for the full year due to higher pulp volumes from Montes del Plata and favorable foreign exchange rates.
- Cash flow remained strong at EUR 412 million before investments and EUR 75 million after investments despite peak capital expenditures in 2015.
- Net debt to operational EBITDA was reduced to 2.4 from 2.6 the prior year.
- Annual EPS increased substantially to EUR 1.02 from EUR 0.13 in 2014, supported by a forest valuation gain.
- The company proposed increasing
- Stora Enso reported solid financial results for Q3 2015 with operational EBIT increasing 17.1% to MEUR 246, supported by currency movements.
- Sales remained flat at MEUR 2,500 year-over-year excluding divested businesses which increased 4.9% mainly due to increased pulp mill volumes and favorable foreign exchange rates.
- Operational ROCE improved to 11.6% and net debt to last 12 months' operational EBITDA was reduced to 2.5.
Stora Enso reported financial results for Q2 2015 with the following key highlights:
1) Sales were down slightly by 0.7% to 2,562 MEUR due to structurally declining paper businesses, while sales excluding paper increased 4.8%.
2) Operational EBIT margin remained unchanged at 8.1% despite some operational challenges in consumer board.
3) The company generated strong cash flow from operations of 489 MEUR.
2015 capital markets day presentation by Karl Henrik SundströmStora Enso
Stora Enso is transitioning from a traditional paper and board producer to a global renewable materials growth company. It is focusing on growing its packaging, biomaterials, and wood products divisions through investments and innovation. Stora Enso discussed ongoing investments, capital allocation towards growth, trends driving demand for renewable materials, and maintaining cash flow from its paper business. The company is also working to increase the value-added and innovative use of wood in its products portfolio.
2015 capital markets day presentation by gilles van nieuwenhuyzenStora Enso
Gilles van Nieuwenhuyzen is the Executive Vice President of Stora Enso's Packaging Solutions division. He brings experience leading large multinational companies in food ingredients, chemicals, and biotechnology. He has a track record of accelerating growth through innovation and improving margins. Stora Enso Packaging Solutions provides containerboard and corrugated packaging to customers in industries like food, beverages, retail, and industrial sectors.
2015 capital markets day presentation by jari latvanenStora Enso
Jari Latvanen has been appointed as the Executive Vice President and Head of Division of Stora Enso's Consumer Board division. He brings experience from leadership roles in the food industry, including as CEO of Findus Nordic. The global consumer board market is growing and expected to increase by 9 million tonnes between 2013-2020, with opportunities for Stora Enso to expand into new regions and board categories. Stora Enso's strategy will focus on delivering a premium customer-focused portfolio through innovation, marketing, quality service and an efficient supply chain while ensuring global responsibility.
2015 capital markets day presentation by marko hakovirtaStora Enso
This document provides information about Marko Hakovirta, including his background and positions held. It discusses Stora Enso, a renewable materials company where Hakovirta is SVP of Innovation and R&D. Stora Enso focuses on innovation in renewable packaging materials, such as microfibrillated cellulose, and has research centers in Finland and Sweden developing new technologies and collaborating with external partners. The company aims to provide customers with renewable solutions to meet consumer demand for sustainable packaging options.
2015 capital markets day presentation by rajah jayendranStora Enso
Rajah Jayendran is the SVP and Managing Director of Stora Enso's Guangxi Integrated Project and Operations in China. The first phase of the project involves building a consumer board mill in Guangxi province at a cost of EUR 800 million. Construction is underway and the mill is scheduled to begin operations in mid-2016. The project aims to leverage Stora Enso's global capabilities while developing local talent in Guangxi.
2015 capital markets day presentation by seppo parviStora Enso
Stora Enso, a renewable materials company, outlined new financial targets at its Capital Markets Day. The targets include growing faster than relevant markets, achieving a ROCE over 13%, keeping fixed costs below 20% of sales, maintaining a debt to equity ratio below 80%, and net debt to operational EBITDA below 3. Divisional targets for ROOC and free cash flow to sales were also presented. Stora Enso aims to reduce capex closer to depreciation levels and further lower operating working capital to generate strong cash flow and support the company's transformation. Cost management will remain a continuous focus area.
2015 capital markets day presentation by Ulla Paajanen SainioStora Enso
This document provides an agenda for Stora Enso's 2015 Capital Markets Day being held in London on 28 May 2015. The day will include welcoming remarks and presentations from Stora Enso's CEO, executives from their Consumer Board and Packaging Solutions divisions, and their CFO. Presentations will cover topics like innovations in packaging and their Guangxi project in China. There will also be a panel discussion on innovations and closing comments from the CEO before concluding with drinks and dinner.
- Sales declined 3% year-over-year due to structurally declining paper business, but grew 3% excluding paper and divested businesses. Operational EBIT increased 21% due to foreign exchange gains and lower costs.
- Consumer board sales were flat while operational EBIT increased 27% due to foreign exchange gains and lower costs. Biomaterials sales increased 35% and operational EBIT increased significantly due to the Montes del Plata ramp-up.
- Wood products sales declined 12% and operational EBIT declined 25% due to lower production and deliveries.
- Stora Enso reported financial results for Q4 and full year 2014, with sales decreasing 2.3% in Q4 but increasing 1.4% excluding structurally declining paper and divested businesses. Operational EBIT increased 37.5% in Q4 due to cost management.
- For the full year, sales decreased 3.3% while operational EBIT increased 40% due to lower costs and higher volumes. The company continues its transformation journey with growth businesses now accounting for 62% of sales.
- Stora Enso is investing in consumer board and packaging solutions, biomaterials, and wood products to drive sustainable growth, while divesting non-core assets and closing operations. The transformation is
- Stora Enso reported solid financial results for Q3 2014, with quarterly sales of EUR 2.5 billion, up 3% excluding structurally declining paper. Operational EBIT increased 14% to EUR 210 million.
- Renewable Packaging continued its strong performance, with operational EBIT up 30% due to higher volumes and prices. Biomaterials improved performance despite ramp-up challenges at Montes del Plata.
- Building and Living performance was similar to last year's good Q3, while Printing and Reading showed stable performance with improved cash flow.
- The company continues its transformation journey, with growth businesses now making up 70% of sales and 62% of operational EBIT.
- Stora Enso reported financial results for Q2 2014, with sales of EUR 2.579 billion and operational EBIT margin of 8.1%, up from 4.5% in Q2 2013.
- All business divisions improved operational EBIT significantly compared to Q2 2013. Renewable Packaging achieved record results with operational EBIT up almost 50%.
- The fixed costs reduction program was completed, exceeding its target by 22%. Transformation to renewable materials continues with the Virdia acquisition and machine conversion in Varkaus.
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Business analysis - Prescriptive analytics Introduction to Prescriptive analytics
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Presentation by Herman Kienhuis (Curiosity VC) on Investing in AI for ABS Alu...Herman Kienhuis
Presentation by Herman Kienhuis (Curiosity VC) on developments in AI, the venture capital investment landscape and Curiosity VC's approach to investing, at the alumni event of Amsterdam Business School (University of Amsterdam) on June 13, 2024 in Amsterdam.
The report *State of D2C in India: A Logistics Update* talks about the evolving dynamics of the d2C landscape with a particular focus on how brands navigate the complexities of logistics. Third Party Logistics enablers emerge indispensable partners in facilitating the growth journey of D2C brands, offering cost-effective solutions tailored to their specific needs. As D2C brands continue to expand, they encounter heightened operational complexities with logistics standing out as a significant challenge. Logistics not only represents a substantial cost component for the brands but also directly influences the customer experience. Establishing efficient logistics operations while keeping costs low is therefore a crucial objective for brands. The report highlights how 3PLs are meeting the rising demands of D2C brands, supporting their expansion both online and offline, and paving the way for sustainable, scalable growth in this fast-paced market.
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Virtual Leadership and the managing workIruniUshara1
Virtual leadership is a form of leadership in which teams are managed via a remote working environment.
Like traditional leadership roles, virtual leaders focus on motivating employees and helping teams accomplish their goals.
Virtual leadership focuses heavily on improving collaboration through communication, accountability, and transparency
Discover the Beauty and Functionality of The Expert Remodeling Serviceobriengroupinc04
Unlock your kitchen's true potential with expert remodeling services from O'Brien Group Inc. Transform your space into a functional, modern, and luxurious haven with their experienced professionals. From layout reconfiguration to high-end upgrades, they deliver stunning results tailored to your style and needs. Visit obriengroupinc.com to elevate your kitchen's beauty and functionality today.
[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This PowerPoint compilation offers a comprehensive overview of 20 leading innovation management frameworks and methodologies, selected for their broad applicability across various industries and organizational contexts. These frameworks are valuable resources for a wide range of users, including business professionals, educators, and consultants.
Each framework is presented with visually engaging diagrams and templates, ensuring the content is both informative and appealing. While this compilation is thorough, please note that the slides are intended as supplementary resources and may not be sufficient for standalone instructional purposes.
This compilation is ideal for anyone looking to enhance their understanding of innovation management and drive meaningful change within their organization. Whether you aim to improve product development processes, enhance customer experiences, or drive digital transformation, these frameworks offer valuable insights and tools to help you achieve your goals.
INCLUDED FRAMEWORKS/MODELS:
1. Stanford’s Design Thinking
2. IDEO’s Human-Centered Design
3. Strategyzer’s Business Model Innovation
4. Lean Startup Methodology
5. Agile Innovation Framework
6. Doblin’s Ten Types of Innovation
7. McKinsey’s Three Horizons of Growth
8. Customer Journey Map
9. Christensen’s Disruptive Innovation Theory
10. Blue Ocean Strategy
11. Strategyn’s Jobs-To-Be-Done (JTBD) Framework with Job Map
12. Design Sprint Framework
13. The Double Diamond
14. Lean Six Sigma DMAIC
15. TRIZ Problem-Solving Framework
16. Edward de Bono’s Six Thinking Hats
17. Stage-Gate Model
18. Toyota’s Six Steps of Kaizen
19. Microsoft’s Digital Transformation Framework
20. Design for Six Sigma (DFSS)
To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations
𝐔𝐧𝐯𝐞𝐢𝐥 𝐭𝐡𝐞 𝐅𝐮𝐭𝐮𝐫𝐞 𝐨𝐟 𝐄𝐧𝐞𝐫𝐠𝐲 𝐄𝐟𝐟𝐢𝐜𝐢𝐞𝐧𝐜𝐲 𝐰𝐢𝐭𝐡 𝐍𝐄𝐖𝐍𝐓𝐈𝐃𝐄’𝐬 𝐋𝐚𝐭𝐞𝐬𝐭 𝐎𝐟𝐟𝐞𝐫𝐢𝐧𝐠𝐬
Explore the details in our newly released product manual, which showcases NEWNTIDE's advanced heat pump technologies. Delve into our energy-efficient and eco-friendly solutions tailored for diverse global markets.
Cover Story - China's Investment Leader - Dr. Alyce SUmsthrill
In World Expo 2010 Shanghai – the most visited Expo in the World History
https://www.britannica.com/event/Expo-Shanghai-2010
China’s official organizer of the Expo, CCPIT (China Council for the Promotion of International Trade https://en.ccpit.org/) has chosen Dr. Alyce Su as the Cover Person with Cover Story, in the Expo’s official magazine distributed throughout the Expo, showcasing China’s New Generation of Leaders to the World.
Cover Story - China's Investment Leader - Dr. Alyce SU
Primeforma seminar 280312 jaana keskitalo
1. Move up to Prime Time
Jaana Keskitalo, Product Manager, Stora Enso Food Service Board
2. Today’s trends effecting
packaging business
• Changing consumer
purchasing behaviour
• High concerns about the
environment
• Competition for the
consumer
• Energy and other major
costs increasing
3. Multiple demands on packaging
Attractive
Design
Ecological Economical
Brand
Image
Safe Convenient
Easy to
implement
5. Our strengths to serve demanding
food packaging market
• Widest pallette of packaging
boards and papers
• Captive extrusion barrier
coating technology
• Food safety know-how
• Industry leading R&D
• Global presence
• Innovations and packaging
solutions
6. Different extrusion coating
possibilities
• Different polymers are used
for different end uses
• Stora Enso polymer coating
options
– PE coating
– PP coating
– PET coating
– High Barrier coating
– Biopolymer coating
7. Innovation based on experience
• Stora Enso has long experience
in paperboard based tray
material
• How to replace rigid plastic
packages in form fill and seal
packaging
• Stora Enso has combined its
knowledge in board making
and plastic coating
8. Primeforma is developed for form,
fill & seal technology
• Fully suitable for existing
plastic film based
packaging lines
• Approx. 12 mm deep tray
• Recyclable together with
other board based
packaging materials
Sealpac, Oldenburg
9. The benefits of paperboard
• A specially designed
paperboard for
thermoforming
• Gives the rigidity for
the package
• Excellent printability
10. High barrier coating
• Low oxygen transmission
rate
• Low water vapour
transmission rate
• Excellent grease barrier
• Performs also as aroma
barrier
• For long shelf-life products
11. Convenient to use
• Safe to seal
• Available with peelability
function
• Easy to open
• Also non-peel version
available
12. Production of packed food
dominates the carbon footprint
Waste management
Package
Product loss
Product processing
SOURCE:
FUTUPACK
EKO2010 STUDY
14. Different from conventional form,
fill and seal package
• Based on renewable raw materials
• Minimized fossil based raw material
with plastic content of 13%
• Haptic: warm touch and feel
• No labels in board side needed
15. Primeforma – for your packaging
needs
• Based on our Primeforma
paperboard with high
barrier polymer coating
• New opportunities for
consumer packaging arise
through board formability
• Low carbon footprint
• Recyclable with other
carton packages