PVC Recycling in Hospitals scheme to reach 150 hospitals by end of 2018

The Vinyl Council of Australia aims to expand its PVC Recycling in Hospitals program to cover 150 hospitals by the end of 2018.

After launching in 2009, the recycling program has grown to operate in 138 hospitals throughout Australia and New Zealand. It is managed by the the Vinyl Council of Australia and its member partners: Baxter Healthcare, Aces Medical Waste and Welvic Australia.

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More than 200 tonnes of PVC waste from hospitals has been diverted from landfill to recycling over the past year. The material is redirected to reprocessors, which use the recycled polymer in new products such as garden hoses and outdoor playground matting.

The program partners also explore designs for new product applications for the material generated through the program.

Vinyl Council Chief Executive Sophi MacMillan says thanks to the great support and enthusiasm from healthcare professionals, the PVC Recycling in Hospitals program is now operating in every state in Australia, except the Northern Territory.

“It’s a great example of how the healthcare sector can demonstrate leadership in PVC sustainability and recover high quality material that can be genuinely recycled locally for use in new products,” Ms MacMillan said.

“We are currently looking at further end product applications for the recyclate.

“New South Wales is one of our priorities given it only has 11 hospitals participating in the program at the moment. As the state with the biggest population in Australia, the opportunity to grow the program there is really good.”

Vinyl Council calls for stronger local recycling

The Vinyl Council has called on industries and manufacturers to support and strengthen the local recycling industry.

It follows the announcement that the Vinyl Council’s PVC Recycling in Hospitals program has been unaffected by China’s National Sword policy.

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The National Sword policy restricts the amount of recycled waste exports that can be sent to China.

Vinyl Council Chief Executive Officer Sophi MacMillan said the Vinyl Council is proud of its flourishing industry program which has remained unaffected by the changes in international waste management strategies.

“We would like to see greater support and incentives from government to encourage local design and manufacturing of products that use recyclate to drive demand for recyclate use in Australia,” Ms MacMillan said.

“This example-setting program is growing precisely because it is supported by the local vinyl manufacturing industry and the healthcare sector as product consumers. It is a clear demonstration that circularity within Australia can work,” she said.

PVC Recycling in Hospitals has diverted almost 200 tonnes of PVC waste from hospitals from landfill to recycling across more than 130 hospitals throughout Australia and New Zealand.

PVC recycled from hospital waste is turned into products such as garden hoses and outdoor playground matting.

“We seek to assure the healthcare sector and its staff that the PVC Recycling in Hospitals is strong and not affected by China’s ban on unsorted materials,” Ms MacMillan said.

“All the medical waste collected under the program has always been, and continues to be, reprocessed and used here in Australia or in New Zealand.”

PVC Recycling in Hospitals goes international

A healthcare recycling program implemented in Australia is now being adopted overseas.

Sophi MacMillan, CEO of the Vinyl Council of Australia wrote in sourceable that polyvinyl chloride (PVC) plastics medical products are used in up to 95 per cent of healthcare facilities across Australia and New Zealand.

She wrote that the Australian PVC Recycling in Hospitals program is being adopted in the UK, North America and South Africa, driven by passionate medical staff concerned by the growing consumption and waste of resources in the healthcare sector.

Ms MacMillan argued the program had paved the way to recover and recycle other plastics and materials from healthcare.

But she conceded that working with hospitals to implement systems and infrastructure permitting recycling posed some challenges in the design of the buildings.

“When it comes to hospital development, waste management is not a top design priority, and nor should it be compared to patient comfort and outcomes. But as a building type, hospitals generate significant – and growing – volumes of waste: food, plastics, metals, glass, paper and cardboard. And this waste generation represents a sizeable operational cost over the building lifetime,” she wrote.

She noted the World Health Organisation found that high income countries such as Australia produced over 3.3 kilograms of waste per bed per day, 85 per cent of which is generally non-hazardous/non-infectious waste.

“In part, this waste generation has been driven by improved infection control which has led to increasing adoption of single-use, disposal medical products.

“Much of this is plastic material and 30 to 40 per cent of that is PVC. These items, such as oxygen masks and tubing, fluid solution bags, bottles and containers, are treated as general waste in Australia, and have traditionally gone to landfill at a cost to the hospital.”

She wrote that older hospitals were not designed to cater for this growth in waste, with insufficient floor space for placement of bins in medical areas and interim storage space for bins of collected waste.

“If healthcare facilities are going to meet commitments to waste management principles, they need to implement comprehensive systems to facilitate segregation of wastes at source in medical areas and the safe movement of waste through the hospital to the loading dock for transportation away from the site.”

“It requires forward thinking design of safe and efficient systems for collecting, handling, storing, transporting, treating, recycling and disposing of healthcare wastes.”

Ms MacMillan wrote that this required forward thinking in planning the location and size of waste storage rooms, holding areas sufficient for segregated waste streams, internal waste movement routes and a layout and design of loading docks with space for balers and compactors, recycling bins and other transport and storage facilities.