Cherwell Launch New Terminally Sterilised Plastic Bottle

Cherwell has introduced a new Redipor Plastic Bottle prepared media range in response to a request from a large pharmaceutical company for support in meeting its sustainability targets. The new terminally sterilised plastic bottled media products have been developed and launched by Cherwell to offer a more environmentally friendly and cost-effective alternative to glass bottled media for use in sterile pharmaceutical manufacturing.

Recycling plastic requires much less time and energy compared to glass. Glass requires around 900°C of heat to melt and recycle, whereas plastic has a lower temperature requirement of approximately 200°C. This ‘carbon expense’ of glass is a key reason for adopting the use of plastic in aseptic manufacturing environments; as in some regions, such as Scandinavia, this is considered a major factor to supporting the drive towards the United Nations 17 Sustainability Development Goals.

Wan Li Low, Microbiology Product Specialist at Cherwell, explained how glass can be more carbon expensive than plastic: “A consumable’s overall carbon footprint is influenced by many factors, such as the material used, manufacturing processes, weight, transportation, recycling, reusability, and end-of-life disposal. So, although it’s often thought of as a sustainable material due to its recyclability, glass is in fact carbon expensive to manufacture, distribute, and recycle. Whereas, when considering its entire lifecycle from production to recycling, plastic actually presents a lower carbon footprint, which has been shown by recent studies.

Available in 250mL and 1L sizes, the new Redipor plastic bottled products are made from materials that meet USP Class VI requirements and presented in a 45mm, wide-mouth format with a square-base. This facilitates sterility testing applications and makes them strong with a high shatter resistance, plus easier to handle, pack and store. Not only does this minimise waste from breakage, but also transportation costs as they are tougher and weigh less than glass. These factors further support sustainability initiatives.