EGG SAVE Act of 2025
- Sponsor
- Rep. Malliotakis, Nicole [R-NY-11]
- Committees
- Ways and Means Committee (primary)
- Last action
- Oct 17, 2025
Bottom line
The EGG SAVE Act of 2025 offers a temporary, phased-down tax credit to commercial egg hatcheries for investing in technology that identifies the sex of chicks before hatching, aiming to improve efficiency and potentially address ethical concerns.
What it actually does
This bill amends the Internal Revenue Code of 1986 to establish a new tax credit for commercial egg hatchery facilities that purchase and install 'in-ovo sex identification equipment' and make necessary facility modifications. The credit amount is a percentage of qualified expenditures, phasing down from 50% in 2026 to 30% in 2028, after which it terminates. The equipment must achieve at least 95% accuracy in determining the sex of avian embryos before hatch.
Proponents argue
Supporters argue that this bill incentivizes the adoption of advanced technology that can significantly improve efficiency in the egg production industry by reducing the need to hatch and then cull male chicks. This not only offers economic benefits to producers through reduced operational costs but also addresses animal welfare concerns by preventing the live culling of male chicks, aligning with consumer preferences and ethical standards. The temporary nature of the credit is designed to jumpstart adoption without creating a permanent subsidy.
Opponents contend
Critics might contend that this tax credit represents a targeted subsidy for a specific industry and technology, potentially distorting market forces and favoring certain businesses over others. Concerns could be raised about the cost to taxpayers, especially without a clear understanding of the broader economic or environmental benefits that would justify the federal expenditure. Some may also argue that the 95% accuracy threshold might not be sufficient to fully address ethical concerns or that the technology itself needs further validation before federal incentives are provided.
The bill is very short and straightforward, making it highly accessible for any reader to understand its core provisions and implications within a few minutes.
Section 2, new Section 45BB of the Internal Revenue Code of 1986
Layer Operation Efficiency Equipment Credit Establishment
This provision creates a new tax credit, known as the 'Layer Operation Efficiency Equipment Credit,' which can be claimed by commercial egg hatchery facilities. The credit is calculated as a percentage of the costs incurred for purchasing and installing specialized equipment and making necessary facility modifications. This aims to encourage investment in technology that improves efficiency in egg production.
Supporters argue
Proponents argue that establishing this credit is crucial for modernizing the egg industry, making it more competitive and sustainable. They highlight the dual benefit of economic efficiency for producers and improved animal welfare, which aligns with evolving consumer expectations and ethical standards.
Critics contend
Opponents might argue that creating new, highly specific tax credits can complicate the tax code and lead to inefficient allocation of resources. They may question whether a tax credit is the most effective or equitable way to achieve the stated goals, suggesting that market forces or other regulatory approaches might be more appropriate.
Tradeoffs
The provision balances the goal of incentivizing technological adoption and animal welfare improvements against the cost to federal revenue and the potential for market distortion through targeted subsidies.
Section 2(b) and (c) of new Section 45BB
Credit Percentage and Qualified Equipment Requirements
The bill specifies that the tax credit will be 50% for equipment placed in service in 2026, decreasing to 40% in 2027, and 30% in 2028, after which it expires. It also defines 'qualified in-ovo sex identification equipment' as technology that uses optical or non-optical methods to determine the sex of avian embryos before hatching, is installed in a U.S. commercial egg hatchery, and achieves at least 95% accuracy.