Harvard University aims to decarbonize its supply chain by using a low-carbon substitute for cement. The podcast discusses the challenges of measuring carbon emissions and the potential use of blockchain technology. They explore the innovative solution of using recycled glass to cut greenhouse gas emissions in the concrete industry and the importance of precise carbon accounting in reducing emissions.
Decarbonizing supply chains requires credible emissions data for stakeholders to demonstrate carbon reduction potential.
Utilizing sustainable alternatives like Pozzotive® in construction procurement can lead to significant carbon emission reductions.
Deep dives
Decarbonization Challenges for Firms
Firms face challenges in reducing their carbon footprint, especially when solutions involve products outside their direct control. Initiatives like energy and waste reduction in their premises are more straightforward, but impactful measures often rely on external products and services. Gathering accurate data to measure progress becomes a significant hurdle, making sustainability reporting a complex endeavor.
Case Study on Harvard University's Sustainability Efforts
Harvard University's pursuit of decarbonizing its supply chain is showcased through the case study involving the adoption of a new material called Positive to replace cement. The central issue revolves around finding reliable emissions data to demonstrate the carbon reduction potential to various stakeholders. The case prompts discussions on measurement challenges, methodologies like eliability accounting, and the importance of reliable emissions tracking throughout the supply chain.
Innovative Solutions and Future Implications
The introduction of Positive as a sustainable alternative to cement highlights innovative solutions for reducing carbon emissions in construction. It signifies a shift in procurement strategies towards lower carbon content products and services. Beyond Harvard, the case sets an example for other organizations to consider environmental impacts in their sourcing decisions, emphasizing the value of reliable measurement and transparent reporting for sustainability initiatives.
Harvard University aims to be fossil-fuel neutral by 2026 and totally free of fossil fuels by 2050. As part of this goal, the university is trying to decarbonize its supply chain and considers replacing cement with a low-carbon substitute called Pozzotive®, made with post-consumer recycled glass. A successful pilot project could jump start Harvard’s initiative to reduce embodied carbon emissions, but it first needs credible information about the magnitude and validity of potential carbon reductions.
Harvard Business School professor emeritus Robert Kaplan and assistant professor Shirley Lu discuss the flow of emissions along the supply chain of Harvard University’s construction projects, the different methods of measuring carbon emissions, including the E-liability approach, and the opportunity to leverage blockchain technology to facilitate the flow of comparable and reliable emissions information in the case, “Harvard University and Urban Mining Industries: Decarbonizing the Supply Chain.”
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