Laura Cowell 1, John Williams 1
1 Valpak (aust) Pty Ltd, NSW, Australia
Background: The increasing drive towards improving infection control and reducing hospital acquired infections (HAIs) in the clinical environment has led to the development of complex and rigorous procedures, and the use of a multitude of methods and materials. This drove us to develop smart materials which offer an alternative way to simplify and improve the system.
Methods: Four years of research and development into material range that has a clever reactive processing of the polymer which produces a ready to use pellet enabling it to be used on conventional plastic processing equipment to produce bags, films and moulded products
Results: Research by Aquapak Polymer has shown the use of a mono polymer with multi- functionality enables waste handling to be done much efficiently and simply, and minimises cross- contamination in collections. The modification of the chemistry allows the material to be cold water soluble, hot water soluble or durable depending on the product application. It is inherently anti- static, very tough and can be made antibacterial/antiviral without interfering with its other properties. The film properties also make it compatible with composting and anaerobic digestions systems where appropriate.
Conclusion: We have developed a Viable and more functional material for use in the clinical environment which simplifies the waste system. The material fits seamlessly into conventional waste systems, but with the advent of more refined hospital waste handling, in for example, a filter system, this will enable further beneficial exploitation of the material in such a closed system of recovery.
Dr John Williams, CSci CChem FRSC
Disclosures: J Williams : BD Director Aquapak Polymers