The AIM Act: What You Need to Know
You may not have heard of the AIM Act, but if you’re in foodservice, chances are you’ll be affected by it. The American Innovation and Manufacturing (AIM) Act will make major changes in the commercial refrigeration industry by phasing out production and consumption of hydrofluorocarbons (HFCs).
Effective January 1, 2025, the AIM ACT is designed to reduce HFC emissions by 30% over the next three years. The act has three main points: 1) a systematic decrease in HFC production/consumption; 2) new regulations to reclaim refrigerants and minimize HFC releases from existing equipment; and 3) transition to next-generation refrigerants.
There is a three-year sell-through period for the servicing of existing equipment. The start dates for these sell-through periods are based on the applicable subsectors within the Act. During this period, service providers can continue to use old refrigerants for repairs on existing systems but new systems must only use compliant technologies and refrigerants. Refrigeration systems that need significant component replacements will be required to convert to the new technologies.
Compliance will come at a cost, with estimates indicating a possible 20-40% increase in expenses related to the legislation. These include upgraded system components, enhanced reporting requirements and the cost of compliant refrigerants.
Polar King Responds
Polar King is ready to respond to the AIM Act, with comprehensive training programs on the way. The topics to be covered in the training include:
- Refrigerant applications: Applications for and performance of the new compliant refrigerants
- Enhanced safety features: New units will be equipped to detect leaks and will have shut-off systems to prevent refrigerant release
- Real-time guidance: Customized support programs will ensure timely responses to operator issues
- Despite the challenges of the AIM Act, Polar King is ready to provide its customers with cost-effective refrigeration systems that adhere to regulatory standards yet still provide outstanding performance.
