Industry Trend Report

Packaging Innovations Trend Summary

Pack Hub

 

 

Welcome to this month’s Packaging Innovation Trends summary compiled by leading UK packaging consultancy ThePackHub. We have selected five packaging innovations that we hope you will find of interest. Contact us for more information on our Innovation Zone database or how we could help you with your next packaging project. You can subscribe to our newsletters

Fizzics

 

Self-chilling can technology is taking an important next step to commercialisation with a small introduction that will road-test its viability. It has previously been covered in the Innovation Zone database – Self-chilling can new technology improves viability. The concept is moving to reality with convenience store chain 7-Eleven introducing the self-chilling cans for its Fizzics Sparkling Cold Brew Coffee. The cans will be displayed at 15 stores in the Los Angeles area. Consumers can easily twist a bottom cap of the Chill Can to activate the built-in internal heat-exchange unit to lower the temperature of the beverage by about 30 degrees within 90 seconds. Fizzics will be the first that can be chilled on demand. The Chill-Can technology comes to market via The Joseph Co. International. The Chill-Can is 100% recyclable and uses technology that uses CO2 that is recaptured from the atmosphere and reused.

martin

 

Martin Emballages are headquartered north of Lyon, France. The business has developed a mini wooden barrel for the packaging of wine, fruit juices, olive oil and even liquid soap. Their Tonely solution is a distinctive mini-barrel made from poplar wood. The patented lightweight pack is a nod to the bygone days of the cooper profession. The wooden pack has a three litre capacity and is 200 mm in height. It consists of two baskets assembled by interlocking one above the other. A plastic bag ensures the liquid contents stay secure. A patented biodegradable food glue serves to maintain the staves and the circle of the baskets.The Tonely sells for up to €5 per unit. Martin Emballage are targeting professional distribution channels as well as wine merchants and plans to invest up to two million euros in the next two years to support this project

mexico

Researchers from Mexico based Scientific Research Centre of Yucatan (CICY) is working on a new biodegradable material that has potential packaging applications to one day replace conventional plastic films. The multinational initiative sees CICY working with the Laval University of Quebec as well as the University of Guadalajara. The project aims to develop a biodegradable material made using poly lactic acid and cellulose nanocrystals rather than oil-based polymers. The aim to to create a biodegradable material with the same resistance as conventional plastic films. The cellulose nanocrystals are obtained from the waste of Agave Tequilana also known as blue agave, which is a plant used to make tequila. It is reported that the tequila industry annually discards around 4000 tons of the material. The project is proposed to produce films for food packaging as well as plastic bags.

Jar

 

A jar that can detect specific spoken words has been created as a fun way to prevent bad language, politics being discussed or even the use of office buzzwords. Jargone is a speech recognition device that listens for user-defined flagged words. A Bluetooth enabled mobile app is paired to the jar and users can add custom words or select from a list of pre-compiled packaged topics. Flagged words spoken within range of the jar set off an alarm and the jar glows red. Jargone has a rechargeable battery to make it portable. The jars will be manufactured in Cambridge, Massachusetts and the business is currently raising funds via Kickstarter.

 

These innovations are a small selection of the 2500 articles uploaded to ThePackHub’s Innovation Zone database. If you like to know more about the Innovation Zone, our monthly packaging reports or how ThePackHub can help with your next packaging project please let us know. You can subscribe to our newsletters here.