Waste Energy Corp Announces Leadership Team for Fayetteville, NC Pyrolysis Facility
Fairfield, CA, February 27, 2025 – Waste Energy Corp (“Waste Energy” or the “Company”), a pioneering waste-to-energy (WTE) company committed to sustainability and the diversion of plastic and tire waste streams from oceans, streams, and food supplies, is pleased to announce the leadership team that will oversee operations at its Fayetteville, NC pyrolysis facility. This facility is a pivotal project in Waste Energy’s mission to convert plastic waste into clean energy.
New Appointments
W. Scott McBride has been appointed as President of Waste-to-Energy Operations for Waste Energy Corp. In this role, McBride will oversee all WTE operations across the company. He brings over 20 years of experience in operations management and engineering, with a strong background in the waste industry.
Impact on Local Community
The Fayetteville pyrolysis facility is expected to create over 100 jobs in the local community. The plant will process approximately 50,000 tons of plastic waste per year, generating 10 MW of clean energy. This energy will be sold to the grid, providing a renewable energy source for the region.
Global Impact
According to the United Nations, approximately 8 million metric tons of plastic waste enter the world’s oceans each year. Waste Energy’s innovative WTE technology offers a solution to this pressing issue by converting plastic waste into clean energy. With the appointment of McBride and the launch of the Fayetteville facility, Waste Energy is poised to make a significant impact on the global plastic waste problem.
Environmental Benefits
The conversion of plastic waste into clean energy through pyrolysis reduces the need for landfills and incineration, which are major contributors to greenhouse gas emissions. Furthermore, it prevents plastic waste from entering the environment, protecting marine life and ecosystems.
Economic Benefits
The WTE industry offers numerous economic benefits. The sale of clean energy generated from plastic waste can provide a stable revenue stream for companies. Additionally, the creation of jobs in the waste management sector can contribute to economic growth.
Looking Forward
The appointment of W. Scott McBride and the launch of the Fayetteville pyrolysis facility mark an exciting step forward for Waste Energy. These developments demonstrate the company’s commitment to sustainability, innovation, and the reduction of plastic waste. As Waste Energy continues to expand its operations, it will undoubtedly make a significant impact on both a local and global scale.
- Waste Energy Corp appoints W. Scott McBride as President of Waste-to-Energy Operations
- McBride will oversee all WTE operations across the company
- Fayetteville, NC pyrolysis facility to create over 100 jobs and generate 10 MW of clean energy
- Pyrolysis technology offers a solution to the global plastic waste problem
- Environmental and economic benefits of WTE technology
In conclusion, Waste Energy Corp’s appointment of W. Scott McBride and the launch of its Fayetteville, NC pyrolysis facility mark a significant step forward in the company’s mission to convert plastic waste into clean energy. This development offers numerous benefits, including job creation, renewable energy generation, and the reduction of plastic waste in the environment. As Waste Energy continues to expand its operations, it will undoubtedly make a positive impact on both a local and global scale.
Additional Sources
For more information on Waste Energy Corp and its WTE technology, please visit the company’s website at www.wasteenergycorp.com.
For statistics on plastic waste in the world’s oceans, please visit the United Nations Environment Programme website at https://www.unep.org/news-and-events/press-releases/global-production-plastic-waste-reaches-new-peak-8-million-metric-tons-year.
For more information on the economic benefits of the WTE industry, please visit the European Waste-to-Energy Association website at https://www.waste-to-energy.eu/industry/economic-benefits.
