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JetWind Power Captures Jet Exhaust to Generate Renewable Energy

Dallas startup expands globally with airport-based wind energy tech.

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JetWind Power Corporation offers a novel approach to sustainable energy by capturing and converting jet exhaust into usable power. The company begin working with Dallas Love Field back in 2021, rolling out its early prototypes in a first of its kind pilot.

Its proprietary Energy Capturing Pods (ECPs), now operational at Dallas Love Field Airport, utilize aircraft-generated wind to generate renewable energy. Following the success of this pilot installation, JetWind is preparing for international expansion in 2025, with growing interest from multiple global markets.

From Medical Expertise to Energy Innovation

JetWind’s inception represents a unique transition from sports medicine to sustainable infrastructure. Dr. T.O. Souryal, a former Head Team Physician for the Dallas Mavericks and founder of Texas Sports Medicine, launched the company with the goal of harnessing artificial wind energy that would otherwise be wasted. After three years of prototyping (2021–2024), JetWind secured an agreement with Dallas Love Field to install 13 ECPs. Currently, five units are operational, with eight more scheduled for deployment by 2026.

The impact of this technology is already measurable. Two JetWind-powered charging stations at Dallas Love Field have serviced approximately 10,000 users since their installation in late 2024. This initiative supports Texas’ broader renewable energy goals while alleviating stress on the state’s power grid.

Manufacturing and Global Market Expansion

JetWind has positioned itself for scalable growth, leveraging a manufacturing partnership to produce its market-ready pods. While maintaining a strong domestic production base, the company has drawn interest from markets in Australia, Ecuador, Brazil, Switzerland, Britain, France, and the NEOM project.

The versatility of JetWind’s patented technology extends beyond airports. The system is adaptable for use in heliports, railway systems, and roadway infrastructure, making it a potential asset for both civilian and military applications. Its proven success at Dallas Love Field serves as a compelling demonstration of its capabilities for global partners seeking sustainable energy solutions.

Environment + Energy Leader