Enhancing HVAC Ductwork Design: From Innovation to Commercialization.

This project centers on the development and commercialization of a design tool that automates and optimizes the routing and sizing of ventilation ductwork in non-residential buildings. Building on significant fundamental research conducted by our research group EMIB BEASt, this tool leverages algorithms to design optimized ductwork configurations, while directly addressing industry demands for efficiency and cost reduction. Over time, initial interest from several companies in our design algorithm has evolved from vague curiosity to a concrete and urgent need for a deployable solution. In response to this market pull, we are focusing on advancing the Commercial Readiness Level (CRL) of this technology. Our plan includes refining business strategies, solidifying industry partnerships, and engaging potential investors to facilitate a swift market entry. Simultaneously, technological advancements (Technology Readiness Level, TRL) are being pursued in separate but parallel projects, enhancing the tool's technical capabilities. Our primary focus within this proposal is on developing a concrete business plan and a detailed commercialization strategy. This strategic direction is aimed at preparing for market entry by establishing strong industry partnerships and securing potential investors. Through these concerted efforts, we aim to significantly increase the CRL, ensuring the tool's market viability and readiness for commercial deployment. The project's current phase is critical for transitioning from a research-based prototype to a market-ready product, thereby meeting the immediate needs of the industry.

Keywords:DESIGN, VENTILATION

Disciplines:Building technology, Energy in buildings and built environments, Computer aided engineering, simulation and design