Fibre from corn
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The document discusses the production of synthetic fibres from polylactic acid (PLA), which can be produced from corn. PLA fibres have properties similar to nylon and polyethylene terephthalate but are derived from renewable resources. PLA can be used to produce apparel, carpets, packaging and other products. While PLA fibre markets benefit consumers directly, PLA packaging markets depend more on manufacturers adopting the materials for environmental benefits. Long term, PLA could compete in markets worth over $10 billion annually if production costs decrease.
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Plastic, Bioplastic, Problems, Properties, Applications, Limitations, PHA, PHB, PLA, Polyhydrxy alkonates, Poly beta hydroxy butyrate, Poly lactic acid, lactic acid, plant based, Cellulose, Starch, Blends, Standards, Alternative, Processing, World, Market, Environment, Hazard, Pollution, Solution, Degradation, Biodegradation, Compostable, Environmental, Company, Manufacturer, Economics, Research, Solution, Jogdand, India
For soft copy of this document please feel free to contact us on info@biotechsupportbase.com or snjogdand@gmail.com
Paper Based Packaging-Sustainable Coatings
Very interesting and thorough presentation by Cascades Sonoco including bright future for water soluble coatings.
What Are Solutions For the Non-Recyclables That Our Industry Generates?
The following powerpoint presentation was shared at a Printing Industries of Northern California (PINC) webinar.
Channeled Resources Group provides solutions for both manufacturers and consumers of coated, treated, and laminated papers & films. We understand that companies need creative ideas and, particularly in today's economy, cost savings at both ends of the supply chain. Doing business should be simple and improve your company's bottom line.
CRG - Global Solutions is a recycler of both traditional and non-traditional papers. Our specialty is in processing roll stock and silicone coated release liner. We offer competitive pricing making us the ideal one-stop shop for your recycling needs.
Our niche is purchasing silicone-coated paper for repulping. We even buy discarded liner left behind from high-speed machine applicators.
Bioplastic
Technical presentation on the latest class of environmental friendly class of bio-plastics which are completely degradable and uses low energy. These bio-plastics are widely used in European markets and are being used in food, pharmaceutical and in sanitary products.
Biopackaging Technique: The way forward
While biopackaging offers clear environmental benefits over traditional plastics, its widespread adoption faces significant challenges. Biopackaging materials are still much more expensive than conventional plastics and have inferior performance. Additionally, the lack of dedicated waste management systems limits its viability. As a result, biopackaging is currently restricted to niche applications where its drawbacks do not apply, such as organic fresh foods. Public policies could play only a minor role in supporting biopackaging due to the large price differential and challenges around waste management.
Biodegradable synthetic fibre from corn
The document discusses the development of a new biodegradable synthetic fiber made from polylactic acid (PLA), which is synthesized from renewable corn rather than fossil fuels. PLA fiber addresses issues of depleting resources and non-biodegradable synthetic fibers. PLA fiber has properties suitable for textiles, packaging, and other applications. It can be processed like conventional synthetics but is renewable and fully biodegradable, offering environmental benefits over existing fibers. The production process involves fermenting corn into lactic acid and polymerizing it into PLA fiber through established textile processes.
Biodegradable synthetic fibre from corn
The document discusses the development of a new biodegradable synthetic fiber made from polylactic acid (PLA), which is synthesized from renewable corn rather than fossil fuels. PLA fiber addresses issues of depleting resources and non-biodegradable synthetic fibers. PLA fiber has properties suitable for textiles, packaging, and other applications. It can be processed like conventional synthetics but is renewable and fully biodegradable, offering environmental benefits over existing fibers. The production process involves fermenting corn into lactic acid and polymerizing it into a fiber that can replace petroleum-based fibers.
bioplastics and biotechnology: Green Plastics.pdf
The document discusses polyhydroxybutyrate (PHB), a type of bioplastic polymer produced by bacteria as energy storage. It provides background on the discovery of PHB, describes the bacterial production process using excess carbon sources, and lists some common PHB-producing bacteria. The document also outlines the physical and chemical properties of PHB, compares it to other bioplastics and conventional plastics, and discusses current and potential applications. In conclusion, it addresses that while bioplastics are generally more expensive than regular plastics, the environmental benefits and developing technologies could make their costs more competitive over time.
Test6
The document discusses the issues of resource scarcity and sustainability. It notes that fossil fuels are predicted to run out within 30-70 years and that humanity is extracting resources faster than they can regenerate. By 2030, even having two planets may not support modern consumption patterns unless behavior changes. The document advocates for moving beyond recycling alone and focusing more on using renewable resources and bio-based materials at the front end of the packaging lifecycle to achieve bigger sustainability wins.
Bioplastics
Powerpoint presentation on bioplastics, history of bioplastics, Producing bioplastics, Biodegradable polymers, PHB: case study. producing PHB, History of PHB, Strains to produce PHB, applications of PHB, Companies using PHB, Companies using bioplastics, Current status of Bioplastic, Potential of Bioplastics, Conclusion
Recycling of PET waste bottle to textile valuable product.
As PET bottle is non biodegradable and cause many several major problem to nature to overcome of it such project are every useful.
Roya khalil biopolymers in packaging 2012
This presentation is a snapshot of global innovations in the field of Bioplastics adopted by the packaging industry.
Bioplastics: Myth or Solution by Dr Jim Jem
What are the underlying biases and preconceived notions that we have about the products labelled "bio" or "green"? Are there other “bio”s that we need to be wary of?
Dr Jem's talk will cover bioplastics from a holistic perspective, with a focus on: types of bioplastics, pro's and con's of PLA, how is PLA 'industrially' recycled or composted, innovations in the bioplastics world, other plant-based packaging alternatives, etc.
Dr. Jem received his Ph.D. and 2 Masters degrees in biochemical engineering, and numerous awards in the USA, and worked 15 years in engineering, biotech, and pharmaceutical companies such as Ratheon, Serono, Diversa, with excellent track record with multiple awards. In 2000, he moved back to China to work for biotech and bioplastic companies such as Cargill and NatureWorks PLA. He has served as the China General Manager for Total Corbion PLA JV and previously for Corbion Purac since 2007, and serves as a Visiting Professor for several local Universities.
Application of Contemporary Fibers in Apparel
This document provides information on Ingeo fiber, including:
1) Ingeo is a bio-based fiber derived from corn starch that can be processed like polyester.
2) It has properties like moisture wicking, UV resistance, and is softer than synthetic fibers.
3) Ingeo fiber is used in applications like t-shirts, underwear, and outerwear due to its performance and environmental benefits compared to petroleum-based fibers.
Nanotechnology & the food sector
Nanotechnology offers practical ways for companies to improve performance, reduce costs and enhance service levels. Every company or organization can benefit.
IMPORTANCE OF BIO-POLYMERS AND POLYMERS
This document discusses polymers and biopolymers. It defines polymers as large molecules composed of repeated subunits and explains that polymerization combines monomers into covalently bonded chains. It outlines various applications of polymers in automotive, medical, and aerospace fields. Both positives like strength and weight and negatives like improper disposal are noted. Solutions proposed include reuse, recycling like Levi's jeans containing recycled PET bottles, plastic roads in India containing waste plastic, and converting plastics to fuels. Biopolymers derived from renewable resources are highlighted as alternatives that are biodegradable, carbon neutral, and help reduce fossil fuel dependence.
Biodegradable Plastic Bags (PLA Based) (1)(5).pdf
This document provides a pre-feasibility report for a proposed biodegradable plastic bag manufacturing plant using PLA. Key points:
1) The report outlines the market potential and growing demand for biodegradable plastics due to bans on single-use plastics. The global biodegradable plastics market is expected to reach $6.12 billion by 2023.
2) PLA is described as the most common biodegradable plastic polymer used in bags and packaging. The report provides details on raw material requirements, manufacturing process, expected production capacity, and machinery needed.
3) Licensing requirements, project components, costs, and SWOT analysis are discussed to help potential entrepreneurs evaluate
POLYMER NANOCOMPOSITE ARE THE FUTURE for packaging industries
Flexible packaging consumption’s rapid growth represents a $38 billion market in the global Community. As the demand in the industry continues to rise at an average of 3.5% each year, flexible materials need to meet and exceed the high expectations of consumers And the stressors of the supply chain. Increased competition between suppliers Along with government regulations translates into innovations in films that enhance product and Package performance as well as address worldwide concerns with packaging waste.
One such innovation is polymer nanocomposite technology which holds the key to future Advances in flexible packaging. According to Aaron Brody in a December, 2003 Food Technology article, “…Nano composites appear capable of approaching the elusive goal of converting plastic into a superbarrier—the equivalent of glass or metal—without upsetting regulators” (Brody, 2003). This paper will discuss how nanocomposites are made and the growth of nanocomposite materials as a function of their numerous advantages in the packaging industry today and in the future.
Presentation on eco friendly packaging materials
This document discusses eco-friendly packaging. It begins by defining packaging and its importance to consumers interested in environmentally-friendly options. It then outlines principles of green packaging like reduce, reuse, recycle. The rest of the document discusses types of packaging, materials like bioplastics and recycled paper that can be used, benefits of eco-friendly packaging, and concludes that innovations in sustainable packaging help the environment and meet consumer demands.
Frp today biocomposites in automotive applications
The document discusses trends in the increasing use of biocomposites and natural fibers in automotive applications. It notes that crude oil prices are expected to rise significantly in the coming decades, increasing the motivation for alternative materials. Automakers have begun incorporating bioplastics, natural fibers, and biocomposites into various interior and exterior car parts to reduce weight and emissions. Examples include Mercedes-Benz using coconut fiber and natural rubber in headrests from 1991 onward. Many automakers now use natural fibers and bioplastics in seats, door panels, and other components. Research is also exploring nano-cellulose fibers as potentially stronger and more sustainable reinforcements for biocomposites.
Similar to Fibre from corn (20)
What Are Solutions For the Non-Recyclables That Our Industry Generates?
What Are Solutions For the Non-Recyclables That Our Industry Generates?
Recycling of PET waste bottle to textile valuable product.
Recycling of PET waste bottle to textile valuable product.
POLYMER NANOCOMPOSITE ARE THE FUTURE for packaging industries
POLYMER NANOCOMPOSITE ARE THE FUTURE for packaging industries
Frp today biocomposites in automotive applications
Frp today biocomposites in automotive applications
More from Adane Nega
3. digital printing technologies
The document discusses various digital printing technologies, focusing on inkjet printing methods. It describes two main inkjet technologies: continuous inkjet (CIJ) and drop on demand (DOD). CIJ uses a continuous stream of ink broken into droplets through pressure, while DOD only deposits ink droplets when needed in response to digital signals. Common DOD methods are thermal bubble jet and piezoelectric, while CIJ includes single and multiple jet systems using deflection plates or air jets. The document compares the advantages and disadvantages of each technology.
4. essential elements for inkjet printing
This document discusses the essential elements required for inkjet printing of textiles. It outlines the necessary hardware including computers, software, printers, and fabric pre-treatment machines. It also discusses ink requirements including formulations for different fiber types and extended color gamuts. Finally, it addresses challenges in commercializing the technology such as printing speeds and the need for post-treatments, while envisioning future possibilities like mass customization and integration with other technologies.
Dyeing of pet wool blends
This document discusses methods for high temperature dyeing of wool-polyester blends to minimize damage to the wool. It recommends using formaldehyde or similar agents to protect the wool at temperatures up to 120°C. Specific dyeing times and temperatures are provided for different levels of wool protection. One-bath and two-bath dyeing methods are described that allow deep shades while reducing staining of the wool component. Considerations for dye selection, recipes, and procedures are provided to optimize results while minimizing wool degradation.
Dyeing of cotton with vat dyes
This document summarizes the key properties and processes involved in dyeing cotton with vat dyes. Vat dyes are insoluble in water but can be converted to a water-soluble form through a process called vatting, which involves reducing the dye and forming a salt. Cotton is dyed by first converting the vat dye to its soluble form, dyeing the cotton, then reoxidizing the dye inside the fiber. The document outlines the chemical classes of vat dyes and the steps involved in vat dyeing cotton fabric using exhaust or continuous methods.
Dyeing of polyester
The document discusses various methods for dyeing polyester fibers, including:
1) Batch dyeing without carriers involves dyeing at a boil without additives to help penetration.
2) Carrier dyeing uses compounds to swell the fibers and allow deeper dye penetration.
3) High temperature, high pressure (HTHP) dyeing penetrates dye rapidly at 120-130°C without carriers.
4) Continuous thermosol dyeing involves padding, drying, and fixing dye within fibers at 190-220°C.
3. digital printing technologies
The document discusses various digital printing technologies, focusing on inkjet printing methods. It describes two main inkjet technologies: continuous inkjet (CIJ) and drop-on-demand (DOD). CIJ uses a continuous stream of ink broken into droplets through pressure, while DOD only deposits ink droplets when needed in response to digital signals. Common DOD methods are thermal bubble jet and piezoelectric, with the latter providing higher resolution and suitability for wider ranges of inks. The technologies each have advantages and limitations for different applications like textile printing.
93, 94 introduction to digital printing
This document compares and contrasts analog and digital printing technologies. It discusses the advantages and disadvantages of each, such as analog printing being better for mass production while digital is more suitable for variable, personalized, or short print runs. The document also examines factors to consider when choosing a printing method like image quality, production speed, and cost. Additionally, it describes how some systems combine analog and digital to leverage the strengths of both.
4. essential elements for inkjet printing
This document discusses the essential elements required for inkjet printing of textiles. It outlines the necessary hardware including computers, software, printers, and fabric pre-treatment machines. It also discusses ink requirements including formulations for different fiber types and extended color gamuts. Finally, it addresses challenges in commercializing the technology such as printing speeds and the future potential of digital printing for mass customization and integrated production systems.
Digital printing asian dyer extended version)
Digital printing offers several advantages over conventional analog printing methods for textiles. It allows for mass customization and quick turnaround due to minimal press setup times. Digital printing can change color schemes or designs in real time during production. It also produces less waste and has a lower environmental impact than screen printing. However, digital printing has lower throughput than analog methods and higher costs for long runs. It also requires specially coated substrates and has limitations in ink color options and opacity.
Dyeing of polyester
The document discusses various methods for dyeing polyester fibers, including:
1) Batch dyeing without carriers involves dyeing at a boil without additives to help penetration.
2) Carrier dyeing uses compounds to swell the fibers and allow deeper dye penetration.
3) High temperature, high pressure (HTHP) dyeing penetrates dye rapidly at over 120°C without carriers.
4) Continuous thermosol dyeing involves padding, drying, and fixing dye within fibers at 190-220°C.
Dyeing of pet wool blends
This document discusses methods for high temperature dyeing of wool-polyester blends to minimize damage to the wool. It recommends using formaldehyde or similar agents to protect the wool at temperatures up to 120°C. Specific dyeing times and temperatures are provided for different levels of wool protection. One-bath and two-bath dyeing methods are described that allow deep shades while reducing staining of the wool component. Post-treatment and troubleshooting steps are also outlined.
Dyeing of cotton with vat dyes
This document summarizes the key properties and processes involved in dyeing cotton with vat dyes. Vat dyes are insoluble in water but can be converted to a water-soluble form through a process called vatting, which involves reducing the dye and forming a salt. The water-soluble form dyes cotton fibers, and is then re-oxidized inside the fibers. The dyeing process involves steps of reduction, dyeing, oxidation, and soaping to achieve bright shades and fastness properties.
Dyeing of polyamide fibres
This document discusses the dyeing of polyamide fibers like wool, silk, and nylon. It explains the dyeing mechanisms and how the structure of polyamide fibers allows them to be dyed using different dye classes like acid dyes, chrome dyes, and reactive dyes depending on the desired properties like colorfastness. Factors like pH, temperature, and use of leveling agents affect dye uptake and uniformity. Different types of acid dyes provide varying colorfastness and are suitable for different applications depending on those properties.
Indroduction to printing
The document discusses different types of textile printing methods. It begins by distinguishing between dyeing and printing, noting that dyeing results in uniform coloration while printing applies color locally in designs. It then covers various printing styles like direct, resist, and discharge printing. The document concludes by describing common printing methods such as block, stencil, roller, screen, and digital printing.
General composition of print paste
The document summarizes the general composition and essential qualities of print pastes used in textile printing. Print pastes typically contain dyestuffs, thickeners, solvents, humectants, oxidizing agents, and defoaming agents. Thickeners are important for ensuring the print paste sinks into the fabric quickly and adheres properly after printing and drying. Other components like hydroscopic agents and pH controllers help facilitate dye fixation during steam treatment. Proper selection and balance of ingredients is necessary for achieving high quality, well-defined prints on fabrics.
Pigment printing
There are key differences between dye and pigment printing. Pigments have no affinity for fibers and are insoluble in water, requiring a binder to fix them onto fibers. Dyes have affinity for fibers and are water soluble. Pigment printing uses a binder that is an aqueous emulsion copolymer which polymerizes during curing to form a strong film embedding the pigment and adhering it to the fiber. Suitable thickeners for pigment printing are emulsion or synthetic thickeners which do not interact negatively with the binder. Emulsion thickeners are prepared using oil, water, emulsifiers and other agents, while synthetic thickeners are high molecular weight copolymers that thicken when
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[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
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These materials are perfect for enhancing your business or classroom presentations, offering visual aids to supplement your insights. Please note that while comprehensive, these slides are intended as supplementary resources and may not be complete for standalone instructional purposes.
Frameworks/Models included:
Microsoft’s Digital Transformation Framework
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Forrester’s Digital Transformation Framework
IDC’s Digital Transformation MaturityScape
MIT’s Digital Transformation Framework
Gartner’s Digital Transformation Framework
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Innovation Management Frameworks: Your Guide to Creativity & InnovationOperational Excellence Consulting
[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.
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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)
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Building Your Employer Brand with Social Media
Presented at The Global HR Summit, 6th June 2024
In this keynote, Luan Wise will provide invaluable insights to elevate your employer brand on social media platforms including LinkedIn, Facebook, Instagram, X (formerly Twitter) and TikTok. You'll learn how compelling content can authentically showcase your company culture, values, and employee experiences to support your talent acquisition and retention objectives. Additionally, you'll understand the power of employee advocacy to amplify reach and engagement – helping to position your organization as an employer of choice in today's competitive talent landscape.
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- 6. Synthetics PLA Natural Fiber Fibers Property Nylon 6 PET Acrylics PLA Rayon Cotton Silk Wool Specific gravity 1.14 1.39 1.18 1.25 1.52 1.52 1.34 1.31 Tenacity (g/d) 5.5 6.0 4.0 6.0 2.5 4.0 4.0 1.6 Moisture regain (%) 4.1 0.2-0.4 1.0-2.0 0.4-0.6 11 7.5 10 14-18 Elastic recovery (5% strain) 89 65 50 93 32 52 52 69 Flammability Medium High smoke Medium Low smoke Burns Burns Burns Burns slowly UV resistance Poor Fair Excellent Excellent Poor Fair-poor Fair-poor Fair Wicking (L-W slope; higher slope, more wicking) — 0.7-0.8 (no finish) — 6.3-7.5 (no finish) 19-26 (with finish) — —
- 8. PLA PRODUCTS
- 11. FUNCTIONAL PROPERTIES NOTE: COF=Coefficient of Friction; GRAS=Generally Recognized As Safe. Functional Property Packaging Improvement Deadfold, twist, and crimp Improved folding and sealing High gloss & clarity Package aesthetics Barrier properties Grease and oil resistance Renewable resource Made from CO 2 Flavor and aroma Reduced taste and odor issues Low-temperature heat seal Stronger seals at lower temperatures High tensile and modulus Wet paper strength, ability to down-gauge Low COF, polarity Printability GRAS status Food contact approved Compostable Compostable, low “green” tax
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