Louisiana Senate Bill SCR2

Louisiana 2020 Regular Session

• Introduced: 3/9/20
• Refer: 3/10/20

Caption

Requests Coastal Protection and Restoration Authority and Dept. of Natural Resources to study the feasibility of using waste tire material in flood protection and coastal restoration projects.

Impact

The feasibility study proposed by SCR2 could have significant implications for state laws concerning environmental management and coastal preservation. By exploring the potential applications of waste tire material in flood protection, the bill aims to promote sustainability and find innovative solutions to strengthen coastal defenses. If successful, the findings of this study may lead to legislative actions that incorporate waste tire material into regulatory frameworks governing construction, disaster preparedness, and climate resilience.

Summary

Senate Concurrent Resolution No. 2 (SCR2) urges and requests the Coastal Protection and Restoration Authority and the Department of Natural Resources to study the feasibility of using waste tire material in flood protection and coastal restoration projects. The resolution emphasizes the potential of using waste tire scraps for a variety of coastal defense functions, including serving as floating coastal breakwaters that can reduce erosion and protect infrastructure against storm damage.

Sentiment

Generally, the sentiment surrounding SCR2 appears to be positive, highlighting the innovative use of recycled materials in environmental projects. Supporters view the study as a progressive step toward addressing coastal vulnerabilities while also managing waste. However, there may be concerns regarding the environmental impacts of using such materials, which will need to be addressed in the study's scope.

Contention

Notable points of contention could arise regarding the practical and economic feasibility of utilizing waste tire materials in this context. Issues such as the potential health effects of using recycled materials, the engineering guidelines for application in sensitive environmental areas, and the cost-effectiveness compared to traditional materials may lead to varying opinions. The resolution emphasizes the importance of conducting thorough studies to ensure any proposed applications adhere to sound engineering and environmental practices.