en English
X
ar Arabiczh-TW Chinese (Traditional)nl Dutchen Englishde Germanel Greekit Italianja Japaneseko Koreanno Norwegianpl Polishru Russianes Spanishsv Swedish

Call: +44 113 205 0971   |   Login
Languages: UK | ES | FR | PT

Enhancing Carbonation Shelf Life

Categories:

Co2Sustain® is a business that is all about creating time and cost efficiencies for both manufacturers and brands within the beverage industry. Our patented formula is proven to significantly improve carbonation shelf life through our innovative bubble technology – but what does this have to do with you?

Simply put, plastic is porous meaning that gas leakage over time is inevitable, capping carbonation shelf life for PET-packaged drinks at 12 months as a guideline; or at least until recently, that is.

If you are a bottling manufacturer or work with one as a business in beverages, then you’ll know that plastic pollution is an international concern that affects us all, as producers and consumers. This has triggered mounting pressure on manufacturers to reduce plastic usage and reduce their environmental impact.

Having said this, adhering to firmer restrictions mean that bottlers benefit from a substantial cost saving by using less increasingly expensive raw materials, so in all likelihood this trend isn’t going anywhere.

PET bottles line up by their thousands, ready to be filled and capped for distribution.

There is a downside to this move however, as the thinner the plastic bottle, the more porous it becomes and the quicker your carbonated beverage will lose its fizzy potency. This problem is made even worse when producing and distributing in hot climates, where refreshing drinks are in the highest demand, as the elevated temperatures exacerbate CO2 loss.

In other words, despite saving money and resources in one area by reducing plastic usage, you are then in danger of facing new hurdles with carbonation shelf life cut shorter and wastage likely to increase.

If you were to use CO2Sustain® as part of the manufacturing process for your carbonated soft drinks lines, shelf life is preserved for far longer, offsetting the risk associated with the use of thinner plastic bottles.

Aside from being an excellent foam control agent, our carbonation stabiliser works by effectively wrapping itself around CO2 bubbles within carbonated soft drinks before they have the chance to disproportionate, where they merge with others to form larger bubbles resulting in a loss of pressure; accelerating the rate in which gas is released into the atmosphere.

Sustain® products better control gas loss upon filling and upon pouring the finished beverage.

With CO2 Sustain®, microbubbles retain their size meaning that gas release is much better controlled. One of our South African customers noticed a four-week difference in shelf life between their product with our solution versus without – during the testing phase, they found that their drink normally lasted about 12 weeks, but with our help fizziness was maintained for 16 weeks!

One of our crowning accomplishments so far, as a business grounded in science, began with a conversation with one of our long-term customers and ended with them telling us that we were transforming the way in which people think about carbonation, with the potential to change the game entirely.

As part of our role in driving innovating efficiencies for the beverages industry, we have been able to debunk some key misconceptions and in our own way contribute to our customer’s product development and manufacture in a positive way.

For example, adding more carbon dioxide to your liquid solution won’t make the drink fizzier because regardless of how much gas is pumped in, water can only retain a very small percentage of CO2 in liquid form (as carbonic acid) and so the rest is bound to rapidly escape one way or another.

Organoleptic taste testing is a major factor in detecting carbonation retention

In case you were wondering how exactly we measure carbonation shelf life, most of the testing for takes place organoleptically, or in other words by tasting products! So luckily (or unluckily) for those doing the testing, a lot of the samples tasted have been subject to a variety of conditions, including at different temperatures and pH’s, over a set time period. The results from these tests can offer your business projections into the extent to which carbonation deterioration can be managed with CO2Sustain® compared to not using it and can also provide insight about the level of the value we can then add to your final product.

Extend your product’s lifespan today with CO2Sustain® by visiting our website www.co2sustain.com or by giving us a ring on 0113 205 0900 and let the fizzicists take the fuss out carbonated beverage manufacture!

CO2Sustain® has the power to change the way we all think about carbonation. Not only can it help with controlling foam when being filled, beverages with CO2Sustain® taste fizzier, and for longer!

Major Contract Bottler

South Africa

Foam & CO2 control

General Enquiries

Do you have questions about us, our product, or bubble science in general? Great, we’d love to hear from you! Please complete the below form and we’ll get back to you in a jiff!

    I would not like to receive occasional emails and be kept up to date with news and developments in the product range.

    Love the sound of CO2Sustain®?

    Get in touch with us to receive news updates, as well as whitepapers and other valuable insights on how CO2Sustain's bubble encapsulation technology can help you save on production costs while making your drink taste fizzier for longer!

      en English
      X

      This website stores cookies on your computer. These cookies are used to collect information about how you interact with our website and allow us to remember you. We use this information in order to improve and customize your browsing experience and for analytics and metrics about our visitors both on this website and other media. To find out more about the cookies we use, see our Privacy Policy.

      If you decline, your information won’t be tracked when you visit this website. A single cookie will be used in your browser to remember your preference not to be tracked.