Heat pump manufacturing can contribute significantly to embodied carbon—hidden emissions that occur during production. This whitepaper explores these emissions in detail, using a Life Cycle Assessment (LCA) to uncover the environmental hotspots in the manufacturing process. We’ll show you how adopting more sustainable practices can reduce embodied carbon and how your business can take actionable steps to lower its carbon footprint.

Materials like steel, plastics, and refrigerants used in heat pumps are often carbon-intensive. Our study demonstrates how shifting to recycled materials and low-carbon alternatives can drastically cut emissions. Discover how small changes in the materials you use can lead to significant improvements in sustainability.

With environmental regulations becoming more stringent, ensuring compliance is critical. This whitepaper reveals how LCA helps manufacturers stay compliant with current and upcoming regulations like the Ecodesign for Sustainable Products Regulation (ESPR) and the Corporate Sustainability Reporting Directive (CSRD).

Energy consumption during manufacturing is an important contributor to a heat pump’s overall environmental impact. By leveraging energy-efficient practices and renewable energy sources, manufacturers can significantly reduce their carbon footprint. This whitepaper details how optimising energy inputs in the production process can enhance both environmental and financial performance.

Heat pumps are recognised as a good alternative to traditional heating systems, but how can we ensure their manufacturing is just as sustainable? Combining technology with LCA can not only support in reducing emissions but also enhances transparency and accountability. Our whitepaper shows how adopting LCA in your manufacturing processes can help future-proof your products and increase investment potential. Curious about the future of technology? Download the whitepaper for a forward-looking view on more sustainable heat pump production.