Steven Hilger is a seasoned professional in the power industry, bringing over three decades of experience to his role as Plant Manager at the Dogwood Energy Facility, a 650 MW natural gas combined cycle power plant. Since joining NAES Corporation, Steven has leveraged his extensive...
Steven Hilger is a seasoned professional in the power industry, bringing over three decades of experience to his role as Plant Manager at the Dogwood Energy Facility, a 650 MW natural gas combined cycle power plant. Since joining NAES Corporation, Steven has leveraged his extensive background in thermodynamic analysis, system design, and operations to optimize plant performance and ensure operational excellence. His hands-on experience spans the entire lifecycle of power generation projects, from construction and commissioning to operations and maintenance, making him a vital asset in managing the complexities of the Dogwood facility.
Under Steven's leadership, the Dogwood Energy Facility operates two Siemens 501FD6+ combustion turbines and two Toshiba heat recovery steam generators, complemented by a Toshiba steam turbine that features a zero liquid discharge (ZLD) system. This configuration not only enhances efficiency but also underscores the facility's commitment to sustainable energy practices. Steven's expertise in maintenance management and preventive maintenance strategies has been instrumental in minimizing downtime and maximizing output, ensuring that the plant meets its operational targets while adhering to stringent environmental regulations.
In addition to his technical skills, Steven excels in project management and engineering, having successfully overseen numerous projects that integrate renewable energy solutions into traditional power generation frameworks. His ability to navigate the intricacies of EPC (engineering, procurement, and construction) processes has positioned the Dogwood Energy Facility as a leader in the industry. As the energy landscape continues to evolve, Steven remains dedicated to driving innovation and efficiency, ensuring that the facility not only meets current demands but is also prepared for future challenges in the power sector.
