Challenge: In 2017, the U.S. Department of Energy (DOE) faced the critical task of securing $2 billion in Congressional appropriations for the Direct-Feed Low-Activity Waste (DFLAW) Program, an integral initiative for treating and disposing of Hanford Site tank waste. Explaining the complex and interdependent nature of the DFLAW Program required a compelling and accessible narrative to bridge the technical details and legislative priorities.

Solution: Leveraging 3D modeling and Building Information Modeling (BIM) technologies, I was engaged to create a 3D animated flythrough of the DFLAW Program infrastructure and processes. The animation served as an explainer video, providing a clear, visually engaging narrative that showcased:

• The critical role of "direct-feed" operations in separating low-activity waste for vitrification in the Waste Treatment and Immobilization Plant.

• The integration of infrastructure upgrades and contractor coordination required to achieve operational readiness.

• The significance of the program in meeting the DOE’s cleanup commitments at the Hanford Site.

• In under 45 days, the video distilled the program’s technical complexities into a digestible, impactful presentation.

Outcome: The animated explainer video was presented to Congress and played a pivotal role in securing the requested $2 billion appropriation. The narrative successfully demonstrated:

• The urgency and feasibility of the DFLAW Program.

• Its value in addressing a decades-long environmental challenge.

• The DOE’s capability to deliver on its commitment to cleanup through advanced technological integration.

Impact: As of 2024, the DFLAW Program is on the verge of achieving its mission, with preparations for vitrification nearing completion. The funding secured through this effort has supported:

• Advanced progress in treating low-activity waste.

• Infrastructure improvements and contractor coordination at the Hanford Site.

• A significant step toward resolving one of the DOE’s most complex environmental commitments.

This project highlights Doug's ability to translate technical complexities into engaging visual narratives, demonstrating the power of innovative storytelling in achieving organizational goals and influencing high-stakes decision-making.