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A bill to accelerate the development, demonstration, and deployment of advanced technologies and innovative solutions that support the environmental cleanup missions of the Department of Energy, help prevent the future generation and accumulation of nuclear waste from both current and anticipated future nuclear activities, and for other purposes.

2/12/2026, 11:56 AM

Summary of Bill S 3828

This bill, designated as S. 3828 in the 119th Congress, aims to hasten the advancement, testing, and implementation of cutting-edge technologies and creative approaches that aid in the Department of Energy's environmental cleanup efforts. It also focuses on mitigating the production and buildup of nuclear waste from present and expected nuclear activities, among other objectives.

Current Status of Bill S 3828

Bill S 3828 is currently in the status of Bill Introduced since February 11, 2026. Bill S 3828 was introduced during Congress 119 and was introduced to the Senate on February 11, 2026.  Bill S 3828's most recent activity was Read twice and referred to the Committee on Energy and Natural Resources. as of February 11, 2026

Bipartisan Support of Bill S 3828

Total Number of Sponsors
1
Democrat Sponsors
1
Republican Sponsors
0
Unaffiliated Sponsors
0
Total Number of Cosponsors
1
Democrat Cosponsors
0
Republican Cosponsors
1
Unaffiliated Cosponsors
0

Policy Area and Potential Impact of Bill S 3828

Primary Policy Focus

Alternate Title(s) of Bill S 3828

A bill to accelerate the development, demonstration, and deployment of advanced technologies and innovative solutions that support the environmental cleanup missions of the Department of Energy, help prevent the future generation and accumulation of nuclear waste from both current and anticipated future nuclear activities, and for other purposes.
A bill to accelerate the development, demonstration, and deployment of advanced technologies and innovative solutions that support the environmental cleanup missions of the Department of Energy, help prevent the future generation and accumulation of nuclear waste from both current and anticipated future nuclear activities, and for other purposes.

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