Edward Rashinskas

Edward Rashinskas serves as Water Operations Chief for the City of Clermont’s Public Services – Environmental Services, where he oversees the procurement and operational integration of critical water infrastructure systems. In this primary contracting role, he is responsible for acquiring specialized equipment essential to water treatment, pumping, aeration, and distribution networks, ensuring compliance with state and federal environmental standards. His acquisitions directly support the agency’s mission to maintain reliable, resilient public utilities through modernization and operational efficiency, with a focus on technical systems that enhance water quality and service continuity. Rashinskas collaborates with a broad range of industrial equipment manufacturers and engineering suppliers, primarily those specializing in water and wastewater control systems. While no single contractor dominates his portfolio, he consistently engages with vendors possessing deep expertise in mechanical and electrical systems for municipal utilities. His procurement approach emphasizes technical capability, long-term reliability, and lifecycle cost analysis, fostering partnerships with firms that provide comprehensive support, including installation, calibration, and preventive maintenance services. His contracting patterns show no preference for socioeconomic set-asides, with 100% of procurements conducted under open competition. This reflects a strategic emphasis on technical merit and performance over socioeconomic criteria, aligning with the agency’s priority for mission-critical functionality and system interoperability. While small business participation is not formally incentivized, qualified small firms are welcome to compete on equal footing based on technical compliance and operational readiness. Rashinskas’s procurement focus is concentrated in NAICS 333912 (Air and Gas Compressor Manufacturing) and 335312 (Motor and Generator Manufacturing), indicating a strong technical emphasis on high-efficiency pumping systems, aeration blowers, and industrial-grade electric motors used in water and wastewater facilities. His expertise lies in specifying and procuring heavy-duty electromechanical components designed for continuous, high-load municipal operations, demonstrating deep familiarity with ANSI, NSF, and EPA performance benchmarks for water infrastructure equipment.