Technical Article, Thought Leadership & Public Relations for the Energy & Power Industry

Orlando Utilities Commission Ignites Shift to Fuel Diversity at Stanton Energy Center

Power Engineering | November 2015 | Forney Corp

K&A authored the below technical article for Forney Corp. We had reviewed the material received from client and had developed this white paper which was published in POWER Engineering. It was distributed among various decision-makers, policy makers and experts from the power and energy sector for knowledge sharing, branding and lead generation purpose.

The Orlando Utilities Commission (OUC) has taken a flexible approach to fuel utilization at its Stanton Energy Center in response to changing market and environmental pressures. This strategy involves replacing coal-fired boilers with modern igniter systems, allowing them to use a variety of fuels while taking advantage of low natural gas prices.

The Stanton Energy Center is notable for its diverse energy sources, producing power from coal, natural gas, landfill gas, and solar energy. This diversity makes it one of Florida’s most versatile power plants. The center's coal-fired units can also burn natural gas and landfill gas, which helps reduce coal use, especially during periods of low electricity demand.

OUC's use of advanced Class 1 igniters, features high-energy spark ignition rods and fuel guns, which provides reliable operation and fuel efficiency. These systems are designed to handle various fuels while maintaining consistent performance. OUC moved to a more robust Inconel material to address concerns about igniter component overheating which ensures constant performance.

By reducing coal consumption and incorporating renewable energy sources, the Stanton Energy Center is setting an example of how power plants can stay economically viable and environmentally responsible. OUC’s strategy highlights the importance of flexibility and innovation in the energy sector, showing how traditional power plants can adapt to new challenges.

Written by K&A on behalf off Forney Corp for publication in Power Engineering