CU CleanTech’s Market Assessment Program (MAP) works with entrepreneurs and industry experts to identify commercial feasibility and market opportunity for the most promising technologies and provides early guidance for researchers and the tech transfer office to successfully navigate the commercialization process.
The Boulder Innovation Center recruits an Industry Lead to join a team of commercialization experts, MBA students and technology specialists to perform a market assessment in order to determine the commercial viability and the best pathways from lab to market.
For More Information on the CU CleanTech Market Assessment Program

Active Projects
Please take a look through the project listings below. If you would like to be considered for the Industry Lead Role, please put the project in the subject line and email your resume to Eric@BoulderInnovationCenter.com.

Photosynthetic CO2 Conversion Platform Technology
Developed at NREL. Cost competitive conversion of CO2 into useful material through a closed-looped photo-synthetic process utilizing a genetically engineered strain of Synechocystis. For more information...

Reducing Cost of Crystalline Silicon Production with High Throughput Wafer Screening
Developed at NREL. A low power, high throughput (1,200-2,000 wafers/hr) wafer screening machine using the concepts of an optical cavity furnace to reduce cost of crystalline silicon cell manufacturing. For more information...

Advanced Controls of Wind Turbines
Developed at the University of Colorado Boulder. Advanced wind farm control systems coupled with near-term (seconds to minutes) weather prediction to increase the efficiency of wind turbine farms as well as reduce operational cost through reduced operational loads on the turbines. For more information...

Automatic Building Energy Simulation and Calibration Tool
Developed at the University of Colorado Boulder. A software tool for the creation and calibration of building energy models and for recommending energy conservation measures without in-person audits. For more information...

Modular Bioelectrochemical System for On-Site Electricity Production
Developed at the University of Colorado Denver. On-site electricity production using spirally wound bioelectrochemical system (BES) or microbial fuel cell (MFC). For more information...

Hydrogen-Free Catalytic Process To Create Renewable Diesel
Developed at the University of Colorado Denver. Reducing cost of renewable diesel and other biofuel creation through an non-hydrogen based deoxygenation process. For more information...