Chemours and Solstice Collaborate to Reduce Automotive Refrigerant Emissions
Written by Emily J. Thompson, Senior Investment Analyst
Updated: May 13 2026
0mins
Source: PRnewswire
- Significant Emission Reduction: A new study reveals that automotive refrigerant emissions in Europe could be reduced by over 60% by 2050, significantly lowering environmental impact and supporting sustainability goals.
- Importance of Industry Collaboration: The research emphasizes the collaborative efforts of stakeholders across the automotive value chain, including major manufacturers and suppliers, to effectively implement emission reduction measures, thereby enhancing the industry's environmental accountability.
- Application of Technology and Practices: The study indicates that existing technologies and practices can significantly reduce refrigerant emissions without compromising vehicle performance and maintenance ease, showcasing the potential for innovation within the industry.
- Support for Circular Economy: The recommended measures are applicable not only to traditional combustion vehicles but also accelerate the transition to electric vehicles, promoting the development of a circular economy that enhances resource recovery and reuse, further boosting the company's market competitiveness.
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Analyst Views on CC
Wall Street analysts forecast CC stock price to fall
7 Analyst Rating
5 Buy
2 Hold
0 Sell
Moderate Buy
Current: 22.720
Low
13.00
Averages
16.14
High
19.00
Current: 22.720
Low
13.00
Averages
16.14
High
19.00
About CC
The Chemours Company is engaged in providing industrial and specialty chemical products for markets, including coatings, plastics, refrigeration and air conditioning, transportation, semiconductors, electronics, general industrial, and oil and gas. The Company operates through three segments, which include Thermal & Specialized Solutions, Titanium Technologies, and Advanced Performance Materials. The Thermal & Specialized Solutions segment is a provider of refrigerants, thermal management solutions, propellants, blowing agents, and specialty solvents. The Titanium Technologies segment is a provider of titanium dioxide (Tio2), a white pigment used to deliver whiteness, brightness, opacity, durability, efficiency, and protection across a variety of applications. The Advanced Performance Materials segment is a provider of polymers and materials that deliver attributes including low friction coefficients, extreme temperature resistance, weather resistance, and others.
About the author
Emily J. Thompson
Emily J. Thompson, a Chartered Financial Analyst (CFA) with 12 years in investment research, graduated with honors from the Wharton School. Specializing in industrial and technology stocks, she provides in-depth analysis for Intellectia’s earnings and market brief reports.
Chemours Shares Drop 8.2% on EPA Rule Changes
- Stock Price Decline: Chemours shares fell as much as 8.2% on Thursday following the EPA's announcement to ease Biden-era refrigerant restrictions, raising investor concerns about weakened pricing power for newer low-emission cooling chemicals crucial for the company's growth.
- Policy Change Impact: The revised 2023 Technology Transitions Rule is expected to save consumers and businesses over $2.4 billion by extending compliance deadlines and allowing a wider range of refrigerants, which may slow the adoption of next-generation refrigerants and impact market demand for chemical manufacturers.
- Market Reaction: As a major producer of Opteon refrigerants, Chemours had heavily invested in newer technologies to comply with stricter environmental regulations, but the stock selloff indicates that investors now anticipate a slower transition timeline, potentially leading to weaker demand growth for premium refrigerant products.
- Future Outlook: The EPA estimates that the revised Technology Transitions Rule alone could generate over $900 million in savings, and while this may impact Chemours' performance in the short term, the increased flexibility in regulations could provide new market opportunities for the company in the long run.
See More
New Study Reveals Potential for Automotive Refrigerant Emission Reductions
- Significant Emission Reduction Potential: A new study indicates that refrigerant emissions from automotive air conditioning in Europe could be reduced by over 60% by 2050, with half of the cumulative emissions avoided between 2030 and 2050, significantly advancing sustainability in the automotive sector.
- Importance of Industry Collaboration: The research underscores that coordinated actions across the automotive value chain, combined with circular economy solutions such as recovery and recycling, can accelerate the achievement of European climate and sustainability goals, enhancing overall industry environmental responsibility.
- Broad Technology Application: The study highlights that leveraging existing technologies and processes can be rapidly implemented in both conventional combustion engines and electric vehicles, ensuring that emissions are reduced while maintaining vehicle performance and affordability, thus facilitating the transition to a circular economy.
- Policy Recommendations: The research provides lifecycle-based policy recommendations that emphasize reducing emissions while maintaining vehicle serviceability, promoting best practices in the automotive industry for environmental sustainability and supporting the achievement of sustainability goals.
See More
New Study Reveals Pathways for Automotive Refrigerant Emission Reductions
- Significant Emission Reduction: The new study indicates that automotive refrigerant emissions in Europe could be reduced by approximately 50% between 2030 and 2050, with an annual reduction exceeding 60% by 2050, which will significantly lower environmental impact and enhance corporate sustainability image.
- Collaboration is Key: The research emphasizes the importance of collaboration among automotive industry stakeholders and circular economy solutions, as recovery and recycling measures can effectively accelerate the achievement of climate goals while reducing repair costs for consumers.
- Broad Technology Application: The recommended emission reduction measures are applicable to both conventional combustion and electric vehicles, indicating that existing technologies and practices can reduce emissions without compromising vehicle performance and maintenance ease while promoting refrigerant circularity.
- Far-reaching Market Impact: The collaboration between Chemours and Solstice Advanced Materials showcases industry leaders' responsibility in driving sustainability, which is expected to attract more investments and promote policy development to support the achievement of environmental goals.
See More
Chemours and Solstice Collaborate to Reduce Automotive Refrigerant Emissions
- Significant Emission Reduction: A new study reveals that automotive refrigerant emissions in Europe could be reduced by over 60% by 2050, significantly lowering environmental impact and supporting sustainability goals.
- Importance of Industry Collaboration: The research emphasizes the collaborative efforts of stakeholders across the automotive value chain, including major manufacturers and suppliers, to effectively implement emission reduction measures, thereby enhancing the industry's environmental accountability.
- Application of Technology and Practices: The study indicates that existing technologies and practices can significantly reduce refrigerant emissions without compromising vehicle performance and maintenance ease, showcasing the potential for innovation within the industry.
- Support for Circular Economy: The recommended measures are applicable not only to traditional combustion vehicles but also accelerate the transition to electric vehicles, promoting the development of a circular economy that enhances resource recovery and reuse, further boosting the company's market competitiveness.
See More
New Study Reveals Pathways for Automotive AC Emission Reductions
- Significant Emission Reduction: The new study indicates that refrigerant emissions from automotive air conditioning systems in Europe could be reduced by over 60% by 2050, with an expected avoidance of half of cumulative emissions between 2030 and 2050, significantly lowering environmental impact and enhancing industry sustainability.
- Importance of Industry Collaboration: The research highlights the critical role of collaborative actions across the entire automotive value chain and circular economy solutions, emphasizing reclamation and recycling measures to accelerate Europe's climate goals and promote industry best practices.
- Broad Applicability of Technologies: The study's recommendations are applicable to both conventional combustion engine and electric vehicles, supporting the transition to a circular economy and underscoring the importance of lifecycle-based policies that can reduce emissions while maintaining vehicle performance and affordability.
- Far-reaching Market Impact: The collaborative research by Chemours and Solstice Advanced Materials provides practical pathways for automotive manufacturers and suppliers to achieve emission reductions, which is expected to drive technological innovation and enhance environmental responsibility within the industry, thereby improving corporate competitiveness.
See More
New Study Reveals Pathways for Automotive Refrigerant Emission Reductions
- Significant Emission Reduction Potential: The study indicates that refrigerant emissions from automotive air conditioning systems in Europe could be reduced by over 60% by 2050, with an estimated cumulative reduction of about 50% between 2030 and 2050, significantly supporting long-term sustainability goals.
- Cost-Neutral for Consumers: The findings suggest that investments will be cost-neutral for consumers as they are offset by longer component lifetimes and avoided repair costs, ensuring economic benefits during the implementation of environmental measures.
- Broad Applicability of Technologies: The results demonstrate that effective reductions in refrigerant emissions can be achieved across internal combustion, hybrid, and battery electric vehicles, underscoring the relevance of these systems during the transition to electric vehicles.
- Importance of Industry Collaboration: The research highlights the critical role of collaborative industry action and circular economy solutions in accelerating Europe's climate and sustainability goals, paving the way for progress in environmental sustainability and industry best practices.
See More
Chemours Shares Drop 8.2% on EPA Rule Changes
- Stock Price Decline: Chemours shares fell as much as 8.2% on Thursday following the EPA's announcement to ease Biden-era refrigerant restrictions, raising investor concerns about weakened pricing power for newer low-emission cooling chemicals crucial for the company's growth.
- Policy Change Impact: The revised 2023 Technology Transitions Rule is expected to save consumers and businesses over $2.4 billion by extending compliance deadlines and allowing a wider range of refrigerants, which may slow the adoption of next-generation refrigerants and impact market demand for chemical manufacturers.
- Market Reaction: As a major producer of Opteon refrigerants, Chemours had heavily invested in newer technologies to comply with stricter environmental regulations, but the stock selloff indicates that investors now anticipate a slower transition timeline, potentially leading to weaker demand growth for premium refrigerant products.
- Future Outlook: The EPA estimates that the revised Technology Transitions Rule alone could generate over $900 million in savings, and while this may impact Chemours' performance in the short term, the increased flexibility in regulations could provide new market opportunities for the company in the long run.
See More
New Study Reveals Potential for Automotive Refrigerant Emission Reductions
- Significant Emission Reduction Potential: A new study indicates that refrigerant emissions from automotive air conditioning in Europe could be reduced by over 60% by 2050, with half of the cumulative emissions avoided between 2030 and 2050, significantly advancing sustainability in the automotive sector.
- Importance of Industry Collaboration: The research underscores that coordinated actions across the automotive value chain, combined with circular economy solutions such as recovery and recycling, can accelerate the achievement of European climate and sustainability goals, enhancing overall industry environmental responsibility.
- Broad Technology Application: The study highlights that leveraging existing technologies and processes can be rapidly implemented in both conventional combustion engines and electric vehicles, ensuring that emissions are reduced while maintaining vehicle performance and affordability, thus facilitating the transition to a circular economy.
- Policy Recommendations: The research provides lifecycle-based policy recommendations that emphasize reducing emissions while maintaining vehicle serviceability, promoting best practices in the automotive industry for environmental sustainability and supporting the achievement of sustainability goals.
See More
New Study Reveals Pathways for Automotive Refrigerant Emission Reductions
- Significant Emission Reduction: The new study indicates that automotive refrigerant emissions in Europe could be reduced by approximately 50% between 2030 and 2050, with an annual reduction exceeding 60% by 2050, which will significantly lower environmental impact and enhance corporate sustainability image.
- Collaboration is Key: The research emphasizes the importance of collaboration among automotive industry stakeholders and circular economy solutions, as recovery and recycling measures can effectively accelerate the achievement of climate goals while reducing repair costs for consumers.
- Broad Technology Application: The recommended emission reduction measures are applicable to both conventional combustion and electric vehicles, indicating that existing technologies and practices can reduce emissions without compromising vehicle performance and maintenance ease while promoting refrigerant circularity.
- Far-reaching Market Impact: The collaboration between Chemours and Solstice Advanced Materials showcases industry leaders' responsibility in driving sustainability, which is expected to attract more investments and promote policy development to support the achievement of environmental goals.
See More
Chemours and Solstice Collaborate to Reduce Automotive Refrigerant Emissions
- Significant Emission Reduction: A new study reveals that automotive refrigerant emissions in Europe could be reduced by over 60% by 2050, significantly lowering environmental impact and supporting sustainability goals.
- Importance of Industry Collaboration: The research emphasizes the collaborative efforts of stakeholders across the automotive value chain, including major manufacturers and suppliers, to effectively implement emission reduction measures, thereby enhancing the industry's environmental accountability.
- Application of Technology and Practices: The study indicates that existing technologies and practices can significantly reduce refrigerant emissions without compromising vehicle performance and maintenance ease, showcasing the potential for innovation within the industry.
- Support for Circular Economy: The recommended measures are applicable not only to traditional combustion vehicles but also accelerate the transition to electric vehicles, promoting the development of a circular economy that enhances resource recovery and reuse, further boosting the company's market competitiveness.
See More
New Study Reveals Pathways for Automotive AC Emission Reductions
- Significant Emission Reduction: The new study indicates that refrigerant emissions from automotive air conditioning systems in Europe could be reduced by over 60% by 2050, with an expected avoidance of half of cumulative emissions between 2030 and 2050, significantly lowering environmental impact and enhancing industry sustainability.
- Importance of Industry Collaboration: The research highlights the critical role of collaborative actions across the entire automotive value chain and circular economy solutions, emphasizing reclamation and recycling measures to accelerate Europe's climate goals and promote industry best practices.
- Broad Applicability of Technologies: The study's recommendations are applicable to both conventional combustion engine and electric vehicles, supporting the transition to a circular economy and underscoring the importance of lifecycle-based policies that can reduce emissions while maintaining vehicle performance and affordability.
- Far-reaching Market Impact: The collaborative research by Chemours and Solstice Advanced Materials provides practical pathways for automotive manufacturers and suppliers to achieve emission reductions, which is expected to drive technological innovation and enhance environmental responsibility within the industry, thereby improving corporate competitiveness.
See More
New Study Reveals Pathways for Automotive Refrigerant Emission Reductions
- Significant Emission Reduction Potential: The study indicates that refrigerant emissions from automotive air conditioning systems in Europe could be reduced by over 60% by 2050, with an estimated cumulative reduction of about 50% between 2030 and 2050, significantly supporting long-term sustainability goals.
- Cost-Neutral for Consumers: The findings suggest that investments will be cost-neutral for consumers as they are offset by longer component lifetimes and avoided repair costs, ensuring economic benefits during the implementation of environmental measures.
- Broad Applicability of Technologies: The results demonstrate that effective reductions in refrigerant emissions can be achieved across internal combustion, hybrid, and battery electric vehicles, underscoring the relevance of these systems during the transition to electric vehicles.
- Importance of Industry Collaboration: The research highlights the critical role of collaborative industry action and circular economy solutions in accelerating Europe's climate and sustainability goals, paving the way for progress in environmental sustainability and industry best practices.
See More
