By Emilia Maier
The emphasis of today is moving more and more toward sustainability and the effects that businesses and the items they introduce to the market have on the environment. As a result, businesses are compelled to reconsider how their goods are designed and how their customers interact with them. A commonly cited figure states that around 80% of a product’s ecological implications are predetermined during the design stage. A primary factor contributing to the growing need for sustainable design is the continuous shift in lifetime emissions from product operation to product production.
The automobile industry’s move from internal combustion engines to zero-emission electric vehicles, which is altering the passenger vehicle life-cycle emissions profile, is a prime illustration of this change. In actuality, electric cars emit lower emissions while operation but the battery needs more carbon-intensive materials.
These instances pose serious obstacles for manufacturers seeking to maintain their competitiveness while designing more durable, recyclable, and sustainable products. There has never been a greater moment for change, though, as great potential sometimes comes with enormous challenges. Thus, the question is: How can businesses use technology to facilitate acceleration and help expand the impact while also assisting in the faster implementation of the sustainable transformation and maintaining profitability?
Our product carbon footprint calculation system aims to assist clients in producing sustainable and affordable goods. For instance, substituting recycled materials for raw materials might lower the carbon footprint of your product. However, if the recycling resources are situated distant from the manufacturing site, the transportation emissions may outweigh the benefits. Therefore, you will need precise information on the CO2e footprint and costs related to various materials and manufacturing processes in order to make fact-based decisions. This implies that you require a system that enables you to accurately and quickly replicate various scenarios.
Connect CO2 emissions and costs along the value chain: The Product Carbon Footprint solution summarizes all pertinent product emission factors along the value chain using a bottom-up analysis approach for CO2e emissions. The process of extracting raw materials or recycling them, producing precursors, producing the finished product, and ensuring that it leaves the company gate are all taken into account by the Product Carbon Footprint solution (also known as cradle-to-gate).It offers a breakdown of the carbon footprint and a cost analysis, highlighting potential to lower product costs and the carbon footprint at every stage of the value chain. Companies can establish eco-design strategies, such as design for resource efficiency or design for recycling, by using a methodical approach that integrates ecological aspects from the product planning, development, and design process through the entire product lifecycle. This is possible because the analysis is done at a granular level.
Options for lowering the carbon footprint of the product can be simulated. The integrated database with CO2e emission values for material data, such as metals, polymers, composites, powder materials, and the energy mix from different countries and regions, can be used to simulate material substitution, weight savings, higher material recycling ratios, manufacturing process optimization, etc.
Think about the carbon tax: In a broader sense, regulatory bodies also have a big impact on how businesses approach sustainable design. Carbon taxes are thus taken into account when calculating costs, and this forces businesses to disclose the carbon footprint of their goods. Consequently, carbon pricing can be taken into account using the Product Carbon Footprint calculator.
Respect international norms and regulations: Product carbon footprints are computed in accordance with the Greenhouse Gas Protocol Product Standard, the German Institute for Standardization (DIN), the European Standard (EN), and the International Organization for Standardization (ISO) 14067, which all specify general standards for products.
With the help of these integrated capabilities, firms can now manage their product costs and carbon footprint throughout their value chain with the transparency and insights necessary to improve their bottom line in a changing environment.
