DUKE ENERGY CORPORATION: Cleaner, high-tech natural gas plant in South Carolina now benefiting 2.5 million Duke Energy customers

Duke Energy Corporation issued the following announcement on April 9.

Duke Energy's new 750-megawatt combined-cycle natural gas plant at the W.S. Lee Station in Anderson County, S.C., began serving customers on April 5, 2018. The energy generated from this unit helps power the lives of customers in South Carolina and North Carolina.

Construction of the $700 million plant started in March 2015.

Customers rely on energy today more than ever, and that demand will continue to increase during the next 15 years. Building highly efficient natural gas plants is part of Duke Energy's balanced approach to modernizing the fleet, maintaining a diverse fuel portfolio, managing costs and providing reliable and increasingly clean energy to power the lives of customers now and in the future.

"Investing in a smarter, more efficient energy future through projects like the new W.S. Lee plant is more than just good business – it's an investment in our state that helps attract jobs and industry and make our economy and communities stronger," said Kodwo Ghartey-Tagoe, Duke Energy state president for South Carolina. "This project represents a long-term commitment to South Carolina – a $700 million investment in the station, environment and surrounding communities."

Environmental benefits

Combined-cycle natural gas units generate energy more efficiently and release significantly lower emissions than coal-fired units. For example, nitrogen oxides, sulfur dioxide and other emissions are expected to drop by 87 percent overall in comparison to the station's previous coal-fired operation.

Duke Energy closed two coal-fired units at the W.S. Lee Station in 2014 and converted a third coal unit to natural gas in 2015.

The company no longer operates any plants in South Carolina that use coal as fuel.

Economic benefits

The W.S. Lee project has benefited more than 150 companies locally, in South Carolina, across the U.S. and around the world.

During the height of construction, the project created more than 600 temporary construction jobs and provided about $12 million in work to local subcontractors.

For more about how the project benefited the local community, watch this short video: Power plant = jobs for South Carolina county.

In all, crews poured about 23,000 cubic yards of concrete – enough to fill eight Olympic-size swimming pools – placed 436 miles of cable and wire and installed 29 miles of underground pipe and conduit.

Community commitment

Since 1951, Duke Energy's W.S. Lee Station has helped power the economic growth in Anderson County and the surrounding communities of Belton, Williamston, Pelzer and West Pelzer.

That local commitment to the region continues through community involvement by the site's 45 employees, who take pride in giving back to the towns and neighborhoods where they live.

Since 2016, the company and its employees have contributed $425,724 to local communities near the station through Duke Energy Foundation grants and event sponsorships. Duke Energy employees have also volunteered 1,705 hours serving local nonprofit organizations.

The new combined-cycle unit is also expected to generate about $4.4 million in tax revenue in 2019 for Anderson County.

Other details

In addition to the new combined-cycle natural gas plant, the W.S. Lee Station has a 180-megawatt natural gas boiler and two dual-fuel 42-megawatt simple-cycle units.

The North Carolina Electric Membership Corp. owns 100 megawatts of the unit's energy capacity.

Fluor Corp., another company with deep roots in the Upstate, was the combined-cycle natural gas plant's engineering, procurement and construction contractor.

The unit receives natural gas through a new dedicated pipeline that branches off the transcontinental mainline. Crews installed the new 1-mile pipeline and associated metering and compression equipment on existing Duke Energy Carolinas and Piedmont Natural Gas rights of way.

Original source can be found here.