Surgical |

Calculate your CO2 to plot your sustainability journey

Understand the environmental impact of your surgical/OR CO2 output

A photo of a scalpel being picked up by a surgeon.

The last thing on your surgical team’s mind when hard at work in the OR is probably how much waste you are generating from single-use surgical instruments and drapes, or how much more efficiency you could gain from customised procedure-specific surgical trays. But as sustainability becomes a watchword for every industry, the single-use nature of antiseptic surgical environments is also coming under scrutiny. 

While patient safety leads as the most important consideration, hospitals continue to be beset by resource limitations balanced against new regulations that demand that they begin to operate more sustainably. Add to this equation the difficult-to-calculate environmental aspects of the operating room: from the CO2 expended in sourcing and producing the materials used in the production of OR goods to calculating the logistics of getting surgical trays and drapes and other surgical equipment into the hospital and properly distributed. 

But what if you could make your impact less opaque and gain clarity on exactly what impact the CO2 from your surgical business generates?

Sustainable innovation

Mölnlycke continuously innovates to offer the most sustainable solutions without compromising on the safety and quality of its products. By applying lifecycle thinking to existing products, the company proactively steers its product portfolios towards improved sustainability outcomes.

An example includes a number of ISCC (International Sustainability and Carbon Certification) accredited sets of universal drapes offered by Mölnlycke. One of the three layers that make up the drapes is made of ISCC-certified renewable, biobased raw materials. As a result, an externally reviewed Life Cycle Assessment¹ showed these drapes to generate on average 20% less greenhouse gas emissions than traditional products.

Guiding the conversion to sustainability

Creating products that fulfil sustainability goals is one dimension of the issue. Another is ensuring that customers are aware of their existence and know the difference, providing clear guidance on a path toward conversion to more sustainable solutions.

One such solution is a digital CO2 measurement tool that calculates the environmental benefits of choosing an ISCC drape over our standard product.
Mölnlycke currently offers approximately 20 ISCC-certified drapes, consisting of up to 30% biobased material and a range of ISCC-certified surgical gowns.

Demand for products using renewable, bio-based raw materials is particularly high in Scandinavia, the UK and Benelux, and is increasing in other markets as well. The calculator’s model includes the product’s entire life cycle, including Scope 1, 2 and 3.

    1. Life Cycle Analysis. 2020 12 30, Comparative LCA on fossil- and bio-based raw materials for production