Ohio’s Fracking Development Spans Public Parks to Toxic Waste Sites, Report Finds
A report by Leila Atassi highlights Ohio's extensive development for fracking, encompassing areas from public parks like Salt Fork in Guernsey County to sites dealing with toxic waste.

Cleveland Akron, OH, July 27, 2026 —
A comprehensive report by Leila Atassi reveals that Ohio’s development related to hydraulic fracturing, commonly known as fracking, has expanded across diverse landscapes, including public recreational areas and sites designated for toxic waste disposal.
The report details how fracking operations have reached into sensitive environmental locations. Among the areas highlighted is Salt Fork State Park in Guernsey County, a significant public space known for its natural beauty and recreational opportunities. The inclusion of such parks in fracking development raises questions about the balance between energy extraction and the preservation of natural resources and public access.
Furthermore, the report indicates that fracking activities are occurring at sites also involved in the management of toxic waste. This juxtaposition suggests a complex intersection of industrial processes, environmental concerns, and regulatory oversight in the state.
The findings underscore the widespread nature of fracking infrastructure and operations within Ohio. The specific details regarding the extent of development, the types of sites involved, and the potential environmental implications were detailed in Atassi’s report. The report’s author, Leila Atassi, has focused on the multifaceted impacts of energy development in the region.
Further information regarding the timeline, specific companies involved, and the precise locations beyond Salt Fork State Park were not detailed in the provided summary. The report’s implications for environmental protection, public health, and the state’s economy are subjects of ongoing discussion and analysis.
Story summarized from the original created by Leila Atassi on www.cleveland.com, see more information here.