Charles Green

Oxford City Utility serves the City of Oxford, Georgia, a community steeped in history and known for its tranquil environment and picturesque landscapes. Established in 1839, the city is home to Oxford College, part of Emory University, and prides itself on its historical significance, lush parks, and commitment to sustainable development. The city offers a variety of services including utilities, waste management, and community events, fostering a strong sense of community among its residents. Oxford is actively engaged in future planning and development to enhance the quality of life for its citizens while preserving its rich heritage. Generated from the website

Benise-Dowling Associates Inc. is a leading national provider of commercial painting and building restoration services, founded in 1978. With a commitment to customer satisfaction and continuous improvement, the company prides itself on delivering tailored solutions across various sectors, including government contracts, aviation, and national retail. Headquartered in Georgia, Benise-Dowling operates multiple facilities, including a state-of-the-art powder coating plant in Oxford designed for specialty products and large parts. Recognized for their innovative approaches, the company emphasizes quality and efficiency in every project, ensuring minimal disruption to clients' operations. Generated from the website

Lubrication Service Systems Inc. has been a prominent provider of quality lubricants and automatic lubrication systems for the industrial market since 1978. The company specializes in installing tailored lubrication systems across various applications, ensuring clients receive solutions that meet their specific needs. Their offerings include superior conveyor lubricants, state-of-the-art controls, conveyor cleaning brushes, special cleaning systems, and custom design capabilities. Notably, the LS-EZLUBE System delivers precisely controlled metered doses of lubricant to critical wear points, promoting efficient operation and protection against wear and corrosion. Generated from the website