How one Quantex single-use pump can save kilograms of single-use plastic waste!

With single-use plastic at the forefront of current global environmental concerns, at first glance, people may wonder how we sleep at night, selling single-use/disposable pumps…Surely the world doesn’t need more single-use plastic, right? …Well, it takes a little explanation, but the reality is that our pumps can actually have an enormous positive environmental impact on the way that we package, ship and consume our fluid products. 

BiB-19 pump

BiB-19 pump

As an example, let’s look at our BiB-19 Dilution pump, and apply its use in the beverages industry. Firstly, we are proud to say that, with some technical modifications, the BiB-19 Dilution is now made from 97%* recyclable plastic from the polyolefin family. Each pump weighs a total of 17 grams. This pump can dilute in-pump and handle viscous concentrates up to 25-1.  So, a fruit juice dispensing machine containing a 10 litre bag of 7:1 concentrate, and a filtered mains water inlet, can serve 160 x500ml drinks. Andas long as these 160 drinks are dispensed into paper cups or reusable containers, this provides the potential of saving 160 x 500ml PET drinks bottles, each weighing on average approximately 13 grams of plastic, saving a total of around 2kg of plastic bottles. Even considering typical rigid cartridges commonly used in the industry, we can achieve a 90% reduction in plastic waste! 

LR-13 pump

LR-13 pump

With our smaller LR13 pump, weighing 6.5 grams, concentrations up to 500:1 are possible, so a pump attached to a 0.5L pouch of concentrate can produce 250L – enough for 500 half litre servings of a natural flavoured water drink. This would save 6.5 kg of plastic per 6.5g pump – that’s 1000 times less plastic! 

On top of this, there is also the huge benefit of shipping less water: shipping one 10 litre bag of 7:1 concentrate will save transporting up to 70 litres of water. Our LR-13 pump at 500-1 concentrate can save shipping just under 250 litres of waterwhich means less trucks, and far less pollution from fossil fuels. 

Whilst on the subject of the negative impacts of travel to our planet, the disposable nature of our Quantex pumps mean that dispensing machines require far less maintenance call-outs. Because there is a new pump on each bag of product, engineers will not be called out to fix failing pumps. In fact, the pumps are highly accurate throughout pack-life and the strong vacuum capability of the pumps mean better bag evacuation and again, less waste. 

So, this is why we can sleep at night, because we are dreaming of an end to single-use plastic bottles, and a future of game-changing fluid dispensers, making refill-stations in supermarkets more achievable. Due to the disposable nature of our pumps, one design of machine can deliver a wide range of fluids from detergents to beverages without cross contamination. We can pump virtually any liquid you can find in your home, whether it is flavoured water, milks including baby milk, juices, smoothies, carbonated/nitrogenated drinks, beer and wine, spirits, yogurts, jams and sweet/savoury spreads (including peanut butter), condiments and dips, cooking oils, fresh soups (with no damage to chunks), health and beauty products, washing machine liquids, and household products including bleach.  

Sadly environmental impact will not drive change alone but, coupled with the cost savings of adopting Quantex technology, we are optimistic for a brighter future. 

It may take a few years to achieve our dream, but we have already made a start with some visionary customers. Here are two examples of game-changing beverage dispensers enabled by our Quantex disposable pumps: 

Fresh Blends® 

Linstream® 

For more information, or if you have any technology that can support our dream, please contact info@quantex-arc.com

 

Contact

Call us on +44 (0)20 8735 5880
info@quantex-arc.com

Office address
Quantex Arc Ltd
85 Richford Street
London, W6 7HJ
UK

Cookie consent

We use our own and third-party cookies to improve your experience and our services, by analysing how people use our website.  You can withdraw consent by clicking on the link at the bottom of the page. Please note that cookies are necessary for the download of documents, and that if you disable them, you will not be able to access such documents. By clicking on Okay, we understand that you accept their use.