LUXEMBOURG CITY — July 2025 — E.I Trust Global, is proud to announce the development of a new state-of-the-art renewable energy facility in Luxembourg, expected to be operational by Q4 2026. This project marks a pivotal milestone in the company’s strategic vision to accelerate the global transition toward sustainable, resilient, and regionally integrated energy systems.

As part of its broader commitment to climate-positive investment and land-based innovation, the plant will serve as a cornerstone of E.I Trust Global’s clean energy infrastructure portfolio across Europe and North America. The Luxembourg facility set to be one of the most advanced of its kind in the region, will harness hybrid renewable energy technologies, including solar photovoltaics and biomass-to-energy conversion, powered by residues from E.I Trust Global’s sustainable forestry operations.

“This project reflects our bold approach to reimagining the role of natural capital in a net-zero future,” said Devin W. Adolf, CEO of E.I Trust Global. “Luxembourg provides a progressive, innovation-friendly environment, making it the ideal location for our flagship European renewable energy facility. This is not just a plant, it’s a statement about how energy, ecology, and economy can co-exist and thrive together.”

 Landmark Project in a Climate-Smart Country

Located near Ettelbruck, widely recognized for its proximity to forest resources and eco-industrial innovation zones, the renewable energy plant will directly support Luxembourg’s national decarbonization goals and EU Green Deal targets. It will also provide critical infrastructure to help meet increasing regional energy demands through low-carbon, locally sourced solutions.

The plant is projected to:

1. Generate over 120 MW of clean electricity, enough to power approximately 60,000 homes annually.
2. Create more than 180 full-time jobs during construction and over 50 long-term operational roles.
3. Utilize forest biomass byproducts and integrate solar arrays, leveraging the circular economy.
4. Offset an estimated 200,000 metric tons of CO₂ emissions per year.

The project also includes a research and innovation center focused on next-generation bioenergy, carbon capture integration, and sustainable land-energy interface modeling in partnership with local universities and environmental institutes.