Phelps Engineering Company, established in 1970, is a privately held firm specializing in the upgrade and optimization of cooling towers. With a rich history spanning over four decades, Phelps Engineering has been dedicated to enhancing the thermal performance of cooling systems across various industries such as petrochemical, chemical, and power generation. The company's expertise allows it to tackle the complex challenges associated with cooling tower performance, particularly in older production units that often underperform due to outdated designs.
Phelps Engineering offers a broad range of services, including upgrading existing cooling towers, adding new cells to optimize space, and providing consulting and bid analysis tailored to specific cooling tower operations. A notable strength of the company lies in its proprietary upgrade designs for both crossflow and counterflow towers, which frequently achieve cooling temperature reductions of 3º to 5º Fahrenheit.
In recent years, as resource demands have escalated, Phelps Engineering has recognized the critical need for efficient cooling systems that not only maximize throughput but also minimize energy costs. This focus is vital as industrial operations seek to balance capital and maintenance budgets with the rising necessity for water conservation and operational efficiency. The company’s services also include cooling tower testing, optimization initiatives, and essential repair work during upgrades to ensure long-term performance and reliability.
Phelps Engineering has proved its capacity to deliver results consistently, completing projects on schedule and within budget while exceeding performance expectations. The company employs a customer-centric approach, emphasizing trust, feedback, and continual improvement in its operations. This commitment to excellence has positioned Phelps Engineering as a leader in the cooling tower sector, recognized for its innovative solutions and significant contributions towards achieving higher efficiency and profitability for its clients.
