#Sustainability #United States #Wilmington #Chemours #automotive refrigerants

New Study Proposes Significant Reduction in Automotive Refrigerant Emissions in Europe

A comprehensive new study highlights actionable strategies for drastically cutting refrigerant emissions from automotive air conditioning systems across Europe. Conducted by a technical working group co-led by The Chemours Company (NYSE: CC) and Solstice Advanced Materials Inc. (Nasdaq: SOLS), the research pinpoints that refrigerant emissions can be reduced by more than 60% annually by 2050. The study emphasizes that a median reduction of nearly 50% can be achieved in accumulated emissions between 2030 and 2050 through coordinated efforts throughout the automotive supply chain.

The research encapsulates detailed lifecycle analyses, involving key stakeholders such as major automakers, suppliers, and experts specializing in refrigerants. It underscores the potential for significant reductions in emissions, noting that this can be realized without incurring additional costs to consumers. With proper investments in technologies and practices that are already part of the sector, the necessary shifts can maintain vehicle performance, affordability, and ease of maintenance.

Several key findings emerged from the study:
1. More than 60% Reduction in Annual Emissions: By 2050, significant steps can be taken to surpass current projections.
2. 50% Reduction from 2030 to 2050: These reductions align with Europe’s long-term sustainability goals, contributing to climate targets.
3. No Additional Cost to Consumers: Investment in new technologies balances out with extended component life and reduced maintenance expenses.
4. Effective Across All Vehicle Types: The strategies are applicable to internal combustion engines, hybrids, and battery electric vehicles, indicating their importance during the transition to emissions-free vehicles.

Joseph Martinko, President of Thermal and Specialized Solutions at Chemours, stated, "This analysis reveals that a significant portion of vehicle refrigerant emissions could be avoided with existing technologies and practices in the current supply chain. The data reinforce the importance of life cycle-based regulatory approaches that reduce emissions while preserving vehicle viability, cost-effectiveness, and maintenance ease."

The study’s recommendations are primed for swift implementation in both conventional combustion vehicles and electric cars. This supports a transition towards a circular economy, including end-of-life management through recovery and recycling programs. Such measures are founded on robust collaboration along the entire automotive value chain, paving the way for measurable advancements in environmental sustainability and best practices within the industry.

Conclusion

The urgency for addressing refrigerant emissions in Europe is more pressing than ever, and this study maps out a clear trajectory that stakeholders can follow. The collaboration and technological advancements outlined in the research not only promise substantial environmental benefits but also advocate for a sustainable future in automotive manufacturing and usage. For a detailed read on the findings and recommendations, you can access the full study here.

About The Chemours Company

The Chemours Company (NYSE: CC) is a global leader in supplying industrial and specialty chemicals across markets, including coatings, plastics, refrigeration, air conditioning, and semiconductor industries. With three divisions—Thermal & Specialized Solutions, Titanium Technologies, and Advanced Performance Materials—we offer expertise in applications and innovations that tackle our customers’ toughest challenges. Our flagship products are marketed under renowned brands such as Opteon™, Freon™, Ti-Pure™, Nafion™, Teflon™, Viton™, and Krytox™. Headquartered in Wilmington, Delaware, with roughly 5,700 employees and 28 manufacturing sites serving approximately 2,400 customers in about 110 countries, we are dedicated to advancing the industry's needs sustainably. Visit chemours.com for more information.