Try your package with 23 Updates – Innovation in Packaging
Packaging is an integral part of any business. It’s essential to maintain a high-quality and fresh look for your products. In this article, we will explore the latest innovations in packaging.
There are several ways to innovate your packaging. One way is to use new materials and techniques. You can also try out new designs or unique packaging methods.
You must be innovative with your packaging to stand out from the competition. Several companies are doing an excellent job of innovating their packaging. Following their lead can create a visually appealing and functional product.
#1 Blue Ocean Closure
The term “blue ocean closure” refers to a strategic approach to business that involves finding and developing new, untapped markets rather than competing in existing ones. The idea behind blue ocean’s closure is to create value for the company and its customers by offering innovative products or services that meet the needs of a new or underserved market.
Pioneers in ocean-friendly closures, Blue Ocean Closures, are at the forefront of innovation with their proprietary vacuum press forming technique. This highly effective production method reduces cost while delivering superior material quality and technical expertise, ensuring a truly sustainable closure for all applications.
Technological know-how provides cutting-edge definition and permanence with the capability to provide fully operational and feasible drop-in closure solutions. The aesthetic design combines a thin top-seal barrier layer, which may be combined with any filled content, and a body crafted from sustainably sourced FSC fiber material. Our manufacturing process facilitates an eco-friendly biobased and ocean-biodegradable product that can be recycled into paper form!
#2 Cruz Foam
Cruz Foam is a cutting-edge alternative to Styrofoam. The foam is made from eco-friendly biopolymers derived from nature. Unlike the synthetic compounds used in Styrofoam production, biopolymers are procured from the natural world and possess identical technical specifications. The foam is rigorously tested and certified compostable, assuring consumers that USDA Bio-based Preferred has approved it.
Cruz Foam is adept at providing solutions that meet the exacting requirements of legacy materials, giving rise to scalable options for industries across sectors. Cruz Foam is leveraging its existing manufacturing capabilities and personnel, making the transition seamless on all fronts as it sets up new green jobs.
#3 Paper Bottle
A paper bottle is a type of packaging made entirely from paper or paper-based materials. It is designed to be a more sustainable alternative to traditional plastic bottles, which can take hundreds of years to decompose and contribute to environmental pollution.
Paper bottles are typically made using a combination of recycled paper and other plant-based materials, such as wood pulp or plant fibers. These materials are formed into a bottle shape using processes similar to those used to manufacture traditional plastic bottles.
One of the critical advantages of paper bottles is that they are more easily recyclable than plastic bottles. They can be recycled along with other paper products, and the recycled material can be used to make new paper bottles or other paper-based products.
Paper bottles are still a relatively new concept (HA HA – Check out), and there are currently a limited number of products available in this format. However, as concerns about plastic pollution and the need for more sustainable packaging options continue to grow, we will likely see more and more products being packaged in paper bottles in the future.
#4 Chemical Recycling
Chemical recycling is a process by which waste plastic is chemically converted into a form that can be used as a feedstock to produce new plastic products. It is a type of advanced recycling that can be used to recycle plastic unsuitable for mechanical recycling, such as plastic contaminated with other materials or too degraded to be effectively recycled through traditional methods.
Chemical recycling can take several forms, including pyrolysis, depolymerization, and gasification. In pyrolysis, plastic is heated without oxygen to produce a gas that can be used as a feedstock to produce new plastic. In depolymerization, plastic is broken down into component monomers, which can synthesize new plastic. In gasification, plastic is converted into a synthesis gas, which can be used as a feedstock for producing various products, including fuels, chemicals, and plastics.
Chemical recycling has the potential to significantly increase the amount of plastic that can be recycled, as it can be used to recycle plastic that is not suitable for mechanical recycling. However, it also has some environmental concerns, as it requires the use of high temperatures and potentially hazardous chemicals. As a result, further research is needed to ensure that chemical recycling is safe and sustainable.
#5 Algae Plastic
Algae packaging is a type of packaging that is made from algae or algae-based materials. Algae is a type of aquatic plant that can be grown quickly and sustainably, and it has the potential to be used as a source of raw materials for a variety of products, including packaging.
The Future of the eco-system is under the Sea – Agar Bio-Plastic.
There are several potential benefits to using algae for packaging. One of the main advantages is that algae can be grown using minimal resources, such as water and sunlight, making it a potentially more sustainable option than traditional materials like plastic. Algae can also absorb carbon dioxide from the atmosphere as it grows, potentially offsetting some of the carbon emissions associated with its production.
A creator based in Chile called Margarita Talep has been accomplishing with Agar to compose different types of plastic.
The Agar is represented as a polymer or plastic, with water used as a plasticizer. Natural dyes extracted from the peel of fruits and vegetables are used for coloring.
While algae packaging is a promising concept, it is still a relatively new area of research. There are still many challenges to be addressed in terms of scaling up production and ensuring the environmental sustainability of algae-based materials.
#6 Pullulan Polymer
Pullulan is a natural, biodegradable polymer that is produced by the fermentation of certain types of fungi. It is a polysaccharide, which means that it is made up of long chains of glucose molecules.
Pullulan has several unique properties that make it useful for various applications, including packaging, medicine, and cosmetics. It is known for its ability to form transparent, flexible films, which makes it a popular choice for use in food packaging and other types of packaging. It is also edible, making it suitable for use in food products, and it has been shown to have many potential health benefits when taken orally.
In addition to its use in packaging and other products, pullulan is also being explored as a potential replacement for petroleum-based plastics in many applications.
Pullulan polymer – A new sustainable packaging option can increase the shelf life of the product
It is biodegradable, meaning that it can break down and be absorbed by the environment, and it has a low environmental impact compared to traditional plastics.
#7 Seaweed Packaging
Seaweed is a type of aquatic plant that grows in the ocean and has a number of potential uses, including as a source of food and as a raw material for various products. One of the areas where seaweed is being explored as a potential raw material is in packaging.
Seaweed has a number of properties that make it an attractive option for packaging. It is biodegradable, meaning that it can break down and be absorbed by the environment, and it is also renewable, as it grows quickly and does not require the use of land or fresh water for cultivation. In addition, seaweed can absorb large amounts of carbon dioxide from the atmosphere as it grows, potentially offsetting some of the carbon emissions associated with its production.
Breakthrough innovation of bioplastic through seaweed developed by National Institute of Ocean Technology India
There are a few different approaches to using seaweed for packaging. One option is to use seaweed directly as a packaging material, either by drying it and using it as a filler or by processing it into a film or other type of material. Another option is to use seaweed-based materials for packagings, such as seaweed-based plastics or seaweed-based foams.
While seaweed packaging is a promising concept, it is still a relatively new area of research. There are still many challenges to be addressed in terms of scaling up production and ensuring the environmental sustainability of seaweed-based materials.
#8 Graphene oxide Nanoparticles- Composite Paper
The Indian scientists have made a composite paper made of carbon (graphene oxide) loaded with preservatives that can be applied as wrappers to help extend the shelf life of fruits. Unlike the present preservative dipping technology, wherever the preservatives are adsorbed by the fruit, making chronic toxicity to the customers, preservatives the wrapper issues the preservative only during need. This wrapper can be reused, which is impossible with the present technology.
#9 Wheat stubble straw
Wheat straw is the dried stalks of wheat plants that are left over after the grain has been harvested. It is a renewable and biodegradable resource that has several potential uses, including as a raw material for a variety of products.
One of the areas where wheat straw is being explored as a potential raw material is in packaging. Wheat straw has a number of properties that make it an attractive option for packaging. It is biodegradable, meaning that it can break down and be absorbed by the environment, and it is also renewable, as it is a byproduct of wheat production and does not require additional resources to grow. In addition, wheat straw can absorb carbon dioxide from the atmosphere as it decomposes, potentially offsetting some of the carbon emissions associated with its production.
There are a few different approaches to using wheat straw for packaging. One option is to use wheat straw directly as a packaging material, either by shredding it and using it as a filler or by processing it into a film or other type of material. Another option is to use wheat straw-based materials, such as wheat straw-based plastics or wheat straw-based foams, for packaging.
While wheat straw packaging is a promising concept, it is still a relatively new area of research, and there are still many challenges to be addressed in terms of scaling up production and ensuring the environmental sustainability of wheat straw-based materials.
#10 Paper Straw
Paper straw is a type of straw that is made from paper or paper-based materials. It is designed to be a more sustainable alternative to traditional plastic straws, which can take hundreds of years to decompose and contribute to environmental pollution.
The innovative patented telescopic paper straw – SIG
Paper straws are typically made using a combination of recycled paper and other plant-based materials, such as wood pulp or plant fibers. These materials are formed into a straw shape using processes similar to those used to manufacture traditional paper products.
#11 Grass Straw and Grass Paper (Both are Different)
A grass straw is a type of straw that is made from grass or grass-based materials.
Grass Straws Made Of Wild Grass Are Newest Zero-Waste Option
It is designed to be a more sustainable alternative to traditional plastic straws, which can take hundreds of years to decompose and contribute to environmental pollution.
Grass Paper is the new introduction by McDonald
Grass paper is still a relatively new concept, and a limited number of products are currently available in this format. However, as concerns about deforestation and the need for more sustainable packaging options continue to grow, we will likely see more and more products being packaged in grass paper in the future.
#12 Corn Plastic
Corn was grown in the 1970s mainly for livestock feeds, but today it is increasingly used to produce high fructose corn syrup, fuel-alcohol, and other non-food products.
So, both conditions were favorable to the invention of Biodegradable plastic from corn starch. The process mainly consists of converting raw corn to starch first; then this corn starch is fermented with the help of an appropriate enzyme reaction yielding the Lactic Acid. Lactic acid is generated commercially by the fermentation of glucose, molasses, or cheese whey with homofermentative lactic acid bacteria.
Some of the strains like Rhizopus oryzae in surface culture converted D-glucose in a chemically defined medium in no small amount of L(+)-lactic acid. The conversion of Lactic Acid to Polylactic Acid is taking place via lactide through polycondensation reaction. Biodegradable plastic is provided with a function & performance as regular plastic use. This biodegradable plastic can be converted into useful items by conventional processing techniques like thermoforming.
#13 Edible Packaging
Edible packaging is a type of packaging that is made from food-grade materials and is designed to be eaten along with the product it contains. It is a sustainable and waste-reducing alternative to traditional packaging materials, such as plastic or paper, as it does not generate any waste and can be fully consumed.
There are a few different approaches to making edible packaging. One option is to use food materials directly as packaging, such as using a fruit or vegetable peel as a wrapper for another food product.
How edible packaging material for future sustainable growth?
Another option is to use food-based materials, such as starches or proteins, to create films or other types of packaging that can be eaten.
#14 Nude Bottle
A nude bottle is a type of packaging designed to be as minimal and sustainable as possible. It is typically made from a single material and has a simple, unbranded design to reduce waste and environmental impact.
In the context of water packaging, a nude bottle for water would be a bottle made from a single, sustainable material, such as glass or plastic, that is designed to hold and transport water. It would likely have a simple, unbranded design and be free of additional features or decorations that are unnecessary for its primary function.
Nude packaging is going to be a futuristic sustainable option
A nude bottle for water packaging aims to reduce waste and environmental impact by eliminating unnecessary materials and features from the packaging. Using a single, sustainable material and a simple design, a nude bottle for water can be easily recycled or repurposed at the end of its useful life, reducing its environmental impact.
#15 Paper Strapping
Paper strapping is a innovation in packaging made from paper or paper-based materials. It is used to secure and stabilize packages during shipping and handling and is an alternative to traditional strapping materials such as plastic or metal.
Paper strapping is typically made from kraft paper, which is a strong and durable type of paper that is often used for packaging and other applications. It is formed into a strip or ribbon and then treated with an adhesive or other binding agent to hold it together and give it added strength.
Paper Strapping: An innovative solution and alternative to Plastic Strapping
One of the main advantages of paper strapping is that it is biodegradable, meaning that it can break down and be absorbed by the environment. It is also renewable, as it is made from paper, which is a sustainable resource. In addition, paper strapping can be easily recycled along with other paper products, reducing waste and environmental impact.
#16 Hemp Plastic
Hemp plastic is a type of plastic that is made from hemp or other plant-based materials. It is a biodegradable plastic, meaning it can break down and be absorbed by the environment. It is also renewable, as hemp is a sustainable and widely available resource.
Hemp plastic is a new type of recyclable plastic that is made from the fiber and oil extracted from the cannabis plant.
Hemp plastic biodegradable: The Future Of Recycling
Hemp plastics are eco-friendly because they are made from a sustainable resource and have many benefits over traditional plastics. Hemp plastics are biodegradable so they can be broken down by natural processes like sunlight and water. They also have a low environmental impact, making them a good choice for environmentally conscious consumers.
#17 Digital Printing on the Glass Bottom
Digital printing on glass is a process in which an image or design is printed onto a glass surface using specialized digital printing equipment. This can be done for a variety of purposes, such as creating decorative elements for buildings, creating promotional materials for businesses, or producing custom artwork for display.
The process begins by preparing the glass surface for printing. This may involve cleaning the glass and applying a special coating to ensure that the ink adheres properly. The image or design is then printed onto the glass using specialized digital printing equipment, which applies the ink in precise layers to create the desired image.
There are several advantages to digital printing on glass. It allows for a high level of customization, as the design can be easily modified and adjusted to meet the project’s specific needs. Digital printing also allows for a wide range of colors and shades to be used, which can be difficult to achieve using traditional printing methods. In addition, digital printing on glass is typically faster and more cost-effective than other printing methods, making it a popular choice for many projects.
#18 The World’s Most Sustainable Ink – Algae Ink
Black ink is on almost everything.
Unfortunately, the overwhelming majority of black pigment in the world is made using carbon black and is derived from fossil fuels. If that doesn’t strike you as ominous enough, take heed: Algae Ink has arrived to upend this established order! Developed by Living Ink Technologies and engineered with algae-based biofuel production in mind (an innovative approach towards sustainable practices), this revolutionary ink promises a more eco-friendly alternative for centuries to come.
Algae Ink is an industrially-advanced method of producing pigments that utilizes algae cells as its source material, eliminating the potential for airborne or aquatic contaminants while also benefitting from a more efficient recycling and composting process. Through this eco-friendly technology every bucket of ink sequesters equivalent CO2 to that sequestered by two trees upon completion – an unequivocal net negative contribution!
#19 Laser Marked on Fruits
Laser marking is a process in which a laser beam is used to mark or etch a design or pattern onto a surface. The food industry often uses this technique to mark fruits and vegetables with identifying information, such as the variety, origin, or expiration date.
To mark fruits and vegetables with a laser, the produce is first cleaned and prepared for marking. The laser beam is then directed at the surface of the fruit or vegetable, etching the desired design or pattern into the skin or flesh. The laser beam can be adjusted to create different depths and widths of the mark, depending on the project’s specific needs.
There are several advantages to laser marking fruits and vegetables. It is a fast and efficient process that can mark many items quickly. Laser marking is also highly accurate, as the laser beam can be controlled to create precise and detailed designs. In addition, laser marking is a non-contact process, which means that it does not physically touch the product and therefore does not cause any damage or spoilage.
#20 BeeWax Wrap
Bee wax wraps are a type of food storage and preservation solution that is made from a combination of beeswax, tree resin, and organic cotton or other natural materials. They are used as a reusable and eco-friendly alternative to single-use plastic wrap or sandwich bags, and can be used to cover bowls, wrap sandwiches and other snacks, or store and transport food items.
To use a bee wax wrap, the wrap is placed over the food item and the edges are pressed together to seal it. The warmth of the hands helps to soften the beeswax, which allows the wrap to stick to itself and hold its shape.
Beeswax Wrap is an alternative to Aluminium and Plastic wrap
The wrap can then be used to cover bowls, wrap sandwiches, or store food items in the refrigerator or pantry.
#21 Cactus plastic
Cactus plastic, also known as cactus-based plastic or cactus bioplastic, is a type of plastic that is made from cactus juice or cactus extract. It is considered to be a sustainable and environmentally friendly alternative to traditional plastic, as it is made from a renewable plant-based material rather than non-renewable fossil fuels.
Cactus plastic is typically made from the juice or extract of the nopal cactus, which is native to Mexico and parts of the United States. The cactus juice is extracted and processed to create a biopolymer, which is then used to create a wide range of products, including bags, bottles, and other packaging materials.
There are several potential advantages to using cactus plastic. It is made from a renewable plant-based material, which means that it can be replenished and is not dependent on non-renewable fossil fuels.
Biodegradable Plastic from Cactus Plant – a breakthrough innovation
It is also biodegradable, meaning that it can break down naturally in the environment and does not contribute to plastic waste. Additionally, cactus plastic may have other beneficial properties, such as being non-toxic and having a lower carbon footprint during production compared to traditional plastic. However, further research is needed to understand cactus plastic’s potential environmental and other benefits fully.
#22 PET film – Forming and Lidding
Rotor Print has taken a further step in the innovation in packaging by developing a high-grade PET blister that provides an equal barrier to the traditional aluminum lid. This PET film offers optimal protection for product stability and shelf life.
Recyclable pharmaceutical blisters with the same protective barriers as traditional PVC and aluminum compounding have been successfully achieved.
#23 Nanoparticle-powered food packaging materials
Experimenters made the Innovation in packaging at the National Institute of Technology (NIT) Andhra Pradesh have created nanotechnology-based food packaging materials that improve shelf-life, sustain quality, maintain flavor and color of packed food materials.
NIT Andhra develops nanoparticle-powered food packaging materials
In the paper, issued in the peer-reviewed Journal of European Food Research and Technology, the group highlighted the role of nanoparticles to deliver mechanical stability to the packing material and demonstrated how the nano-sensors could be created to detect pathogens, contamination, pesticides, and allergens and improve the antimicrobial properties of packing material to prevent food spoilage and contamination.
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