WeVote

Bill

Bill

SB 616

Relating to aquifer storage and recovery projects that transect a portion of the Edwards Aquifer.

89th Legislature (2025) Introduced by Sarah Eckhardt and 2 co-sponsors

SB 616 permits aquifer storage and recovery projects in portions of Texas's Edwards Aquifer, enabling water injection and retrieval while raising environmental and water rights concerns.

Effective immediately
0
WeVote Research Nonpartisan
Bill Summary · SB 616

Legislative bill overview

SB 616 authorizes aquifer storage and recovery (ASR) projects in Texas that involve injecting and storing water in portions of the Edwards Aquifer. The bill modifies regulatory requirements and permitting processes for these projects, which allow entities to store treated water underground during periods of abundance for later retrieval during drought or demand peaks.

Why is this important

The Edwards Aquifer is a critical water source for central Texas, serving millions of people and supporting sensitive ecosystems. ASR technology could enhance water security by creating strategic reserves, but the Edwards Aquifer's ecological sensitivity and existing water rights complexities make regulatory clarity essential for balancing development with environmental protection.

Potential points of contention

  • Environmental protection vs. storage access: The Edwards Aquifer supports endangered species and sensitive karst features; opponents worry ASR projects could contaminate groundwater or alter aquifer chemistry without adequate safeguards
  • Water rights implications: Unclear how stored water interacts with existing surface water rights and allocations, potentially creating conflicts with downstream users and agricultural interests
  • Regulatory oversight gaps: The bill's specific permitting standards and monitoring requirements may be insufficient to prevent misuse or ensure accountability for water quality and aquifer integrity

Compiled from official sources — confirm details with the bill’s official record.

Sign in to ask a question.