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For every 2.2 pounds of electronics produced, nearly 50 lb of carbon dioxide (CO2) is released into the atmosphere. Cumulatively, the electronics industry is responsible for over half of the world’s carbon footprint. In 2020, the sector emitted 580 million metric tons (MMT) of CO2 and, if left unchecked, that number may grow to 852 MMT annually by 2030.
“Electronics have a far greater carbon footprint than their size or weight would suggest,” electronics repair and refurbishment company Maxey Moverley points out. “This is a function of the nature and variety of the precious metals used in their manufacture together with the massive carbon footprint of the computer chip (semiconductor) manufacturing process.”
With all eyes on environmental, social and governance (ESG) and sustainability right now, companies in the electronics industry are looking for new ways to reduce their carbon footprints. Some of their efforts include sourcing renewable energy, designing products with longer lifespans and offering “take back” programs for obsolete/unusable electronics.
A New Way to Measure Scope 3 Emissions
In July, design-to-source intelligence platform Supplyframe introduced a tool that manufacturers can use to access carbon footprint data for over 300 million different electronic parts. Electronics Product Carbon Footprint (PCF) allows organizations to measure the carbon footprint of components that are on their bills of materials (BOMs). Using that data, companies can develop a roadmap for suppliers and customers to reduce their CO2 emissions right down to the individual part level.
The resource is meant to help companies go beyond just Scope 1 and 2 emissions and address Scope 3 indirect greenhouse gas (GHG) emissions. These emissions are produced primarily by the company’s suppliers in the raw materials, transportation, and distribution sectors. Activities like supplier manufacturing, material consumption and transportation all contribute to Scope 3 emissions.
“Calculating Scope 3 emissions, the largest source of CO₂ (40%+) for manufacturers, has historically been cumbersome, time-consuming, and rarely performs as planned,” Supplyframe points out. “This lack of awareness created a significant blind spot for global manufacturers seeking to measure the entire carbon footprint of the electronics content in their portfolios.”
A Groundbreaking Move
The PCF is being introduced just as new European Union (EU) regulations and evolving U.S. rules are forcing manufacturers to identify how to quantify and report their supply chain emissions. The platform provides access to emissions data for millions of parts, putting needed information at users’ fingertips. Previously, companies trying to calculate a roll-up value would take weeks or months to get this data at the part or component level of a complex BOM.
“Until now, engineers designing new products and procurement teams tasked with obtaining components for those products have had no way to evaluate the CO2 emissions of a new design or purchasing decision,” said Supplyframe CEO and founder Steve Flagg, in a press release. “This capability gives them specific product carbon footprint details to meet regulatory reporting requirements and, ultimately, identify better alternatives that balance corporate goals of efficiency, cost optimization, and sustainability.”
Calling PCF a “groundbreaking move,” Environment+Energy Leader says that until now, companies have had “little to no information about CO2 emissions associated with the electronics components they purchase.” This has created a significant blind spot for global manufacturers seeking to measure product carbon footprint for electronics content in their innovation portfolios.
