Bird Control and Deterrent

The Massachusetts Bay Transportation Authority (MBTA) has issued a Request for Information (RFI) numbered BD-24-1206-40000-40000-116950 for comprehensive Bird Control and Deterrent services targeting bird populations, specifically seagulls and pigeons, at its maintenance and storage facilities. The procurement seeks innovative solutions to manage bird populations with minimal structural impact, focusing on technologies such as sound, light, laser, and vibration-based deterrent methods. Key objectives include mitigating sanitation issues, preventing health risks associated with bird feces (which can contain pathogens like E. coli and Salmonella), and protecting infrastructure from potential damage. The RFI was published on 5/21/2025, with a structured timeline for vendor engagement: questions are due by 6/4/2025, responses to questions will be posted on 6/9/2025, and the final response deadline is set for 6/18/2025 at 2:00 PM. Potential vendors are expected to demonstrate expertise in bird species identification, control techniques, and comprehensive management strategies across multiple MBTA facilities in the Boston metropolitan area.

While specific set-aside designations are not explicitly detailed in the available documentation, the RFI appears to be an exploratory process to understand current capabilities in bird control, with potential follow-up steps including additional information requests, capability demonstrations, and potentially developing a future Request for Proposal (RFP). The procurement is designed to assess vendor capabilities in addressing complex bird management challenges across diverse MBTA facilities. No incumbent vendors or specific budget ranges are currently disclosed in the documentation. The RFI suggests that MBTA is seeking a comprehensive solution that can be tailored to their specific infrastructure needs, with an emphasis on effective, non-invasive bird control techniques. Vendors will likely be evaluated on their technological approach, proven effectiveness, environmental considerations, and ability to provide scalable solutions that can be implemented across multiple facility types within the MBTA system.