ENERGY: Requests that the Board of Regents provide for a rigorous, peer-reviewed study on the potential effects of mixing streams of carbon captured from industrial sites and the air on the water supply and ecological environment and submit reports to the House Committee on Natural Resources and Environment
House Resolution 144 requests that the Louisiana Board of Regents arrange a rigorous, peer-reviewed study on the potential direct and indirect effects of mixing carbon dioxide streams captured from industrial sources and directly from the air on Louisiana’s water supply and ecological environment. The resolution is focused on carbon capture and permanent subsurface injection, especially where multiple CO2 streams may be stored in the same or connected geological formations.
The study must examine whether mixing multiple carbon dioxide streams in subsurface zones could create physical, chemical, pressure, or migration risks through faults, fractures, or other pathways; whether Louisiana’s current regulatory and oversight framework is sufficient to protect underground sources of drinking water and the broader environment; and whether improvements or coordination among state and federal agencies are needed. It also requires the analysis to rely on actual impurity and composition data from existing Class VI permit applications, rather than hypothetical data, and to coordinate with geological and environmental agencies while preserving independent findings. The Board of Regents must provide an initial report by January 1, 2027, an interim report by June 1, 2027, and a final report by June 1, 2028, and notify the House committee of participating institutions and the study plan within 45 days of adoption.
This resolution does not directly amend Louisiana statutes, but it would direct the Board of Regents to commission and oversee a formal research effort on carbon capture and geologic sequestration. Its practical effect would be to generate legislative and scientific information that could influence future regulation of Class VI injection wells, environmental permitting, groundwater protection standards, and agency coordination involving the Department of Environmental Quality, the Department of Conservation and Energy, and federal partners.
The bill appears to be framed as a precautionary, research-oriented measure rather than a direct endorsement or prohibition of carbon sequestration. The text reflects concern about public health, groundwater, and ecological risks, and the absence of committee transcripts or recorded votes suggests there is no documented floor debate in the provided materials. Overall, the resolution’s tone is cautious and oversight-focused, emphasizing independent scientific review before or alongside continued development of carbon injection projects.
The main point of contention is likely the environmental and regulatory risk posed by mixing carbon dioxide streams from different industrial sources and from direct air capture in the same or connected subsurface formations. Supporters of the resolution are concerned about pressure effects, chemical interactions, unintended migration, and protection of drinking water, while parties involved in carbon capture development may view the study as potentially burdensome or as signaling skepticism toward sequestration projects. Another possible area of dispute is the resolution’s insistence on using actual permit data and its implicit scrutiny of whether Louisiana’s current oversight framework is sufficient.