Texas House Bill HB1718

Texas 2021 - 87th Regular

Caption

Relating to the equalization of the rates of production fees charged on certain wells by the Barton Springs-Edwards Aquifer Conservation District; authorizing an increase in the rate of the fee.

Impact

The implementation of HB1718 is poised to alter how water production is financially regulated under the Barton Springs-Edwards Aquifer Conservation District. By allowing the district to increase production fees, the bill positions the conservation district to better support its operations and water management initiatives. This measure could improve financial sustainability, aiding in ongoing efforts to conserve and protect water resources while potentially increasing the burden on producers who rely on these water sources for non-agricultural uses.

Summary

House Bill 1718 proposes adjustments to the rates of production fees levied on certain wells managed by the Barton Springs-Edwards Aquifer Conservation District. The bill seeks to equalize these fees, specifically allowing for an increase in the annual production fee beyond the previously set limits. The proposed increment would enable the district to raise fees by up to 10 cents per thousand gallons annually for non-agricultural uses, aiming for parity with the maximum amounts specified in existing statutes. This change is significant as it addresses both the need for sustainable water management and the financial considerations of the district.

Contention

While proponents of the bill believe that adjusting production fees is a necessary step towards better resource management and environmental protection, there may be points of contention regarding the financial impact on water users and agricultural producers. Critics could argue that higher fees might disproportionately affect local industries relying heavily on agricultural and non-agricultural water usage, leading to broader economic implications in those sectors. Thus, the conversation surrounding HB1718 may delve into the balance between environmental sustainability and economic viability for water users.