Crosby-Harrison Compressor Station: Gas Pipeline Facility in Harrison, Ohio

The Crosby-Harrison Compressor Station is a gas pipeline facility located at 10250 Dry Fork Rd, Harrison, Ohio, within Hamilton County. As part of the United States' extensive natural gas transmission network, it operates under the regulatory oversight of the Pipeline and Hazardous Materials Safety Administration (PHMSA) and complies with DOT 49 CFR Part 192, which governs gas pipeline safety. The station is currently operational and classified under NAICS code 486210 for pipeline transportation of natural gas. Compressor stations like Crosby-Harrison are critical for maintaining pressure and flow in long-distance gas pipelines. In the Ohio region, such facilities are integral to moving natural gas from production areas to distribution networks, often serving industrial and residential consumers. The regulatory framework ensures rigorous standards for design, construction, testing, and maintenance, including cathodic protection and leak detection systems. Environmentally, the station's location near the Great Miami River watershed and within a mixed urban-rural area necessitates careful management of potential risks. Pipeline infrastructure in this region is subject to integrity management programs that address corrosion, third-party damage, and operational safety. The facility contributes to regional energy reliability, supporting natural gas supply for heating, power generation, and industrial use in southwestern Ohio and beyond.

The Crosby-Harrison Compressor Station is situated in a region with a mix of residential, agricultural, and industrial land uses near the Great Miami River. Pipeline infrastructure in this area must manage risks related to proximity to waterways and populated zones. The facility's operation involves natural gas compression, which requires robust leak detection and cathodic protection systems to prevent corrosion and minimize environmental impact. Regulatory compliance under PHMSA includes regular inspections and emergency response planning to protect local ecosystems and communities.