DOE’s Office of Technology Transitions (OTT) has issued its solicitation for FY20 Technology Commercialization Fund (TCF) proposals. Proposal Eligibility Declarations are due by October 10, 2019, 5pm (ET).  Contact shanshanli@lbl.gov in the Intellectual Property Office (IPO) if interested in participating, as TCF projects must involve Lab-developed IP.  Contact Todd Pray at tpray@lbl.gov, Chief Strategic Partnerships Officer, if you have any questions regarding the CRADA contracting process required to include industry and cost-share partners.

A Brown Bag meeting was held on Monday, September 16 from 12 P.M. – 1 P.M. in 50A-5132. Click here to download a copy of the presentation.

A pre-recorded webinar can also be found here.

Deadline for Mandatory Proposal Eligibility Declarations October 10, 2019 5:00 p.m. (ET)
Anticipated Notification of Full Proposal Eligibility November 5, 2019
Deadline for Full Proposals December12, 2019 5:00 p.m. (ET)
Anticipated Review Comments  Early-MidMarch 2020
Optional Response to Review Comments Three (3) Business Days Later
Expected Date for Selection Notifications  Spring 2020

 

The TCF program offers an opportunity for private industry to partner with DOE’s national labs to advance lab-developed energy technologies and intellectual property (IP) toward commercialization. Projects will likely cover energy generation technologies from DOE’s applied energy offices:

  • Cybersecurity, Energy Security, and Emergency Response (CESER)
  • Electricity (OE)
  • Energy Efficiency And Renewable Energy (EERE)
  • Fossil Energy (FE)
  • Nuclear Energy (NE)

TCF projects require that half of all project costs come from non-federal sources, including industry. Eligible projects are expected to fall in one of two topics:

Topic 1

Eligible Topic 1 projects must involve existing DOE lab-developed technology or IP that demonstrates evidence of commercial potential – with or without a private partner. Projects funded under Topic 1 have a performance period of 6-18 months. The target Topic 1 award amount is $100,000-$250,000.

Evidence of commercial potential includes analytical and experimental proof of concept demonstrated in a laboratory environment. For example, have experiments or modeling and simulation validated performance predictions? Have design techniques been identified or developed? Have scaling studies been initiated?

Topic 2

Eligible Topic 2 projects must involve existing lab-developed technology or IP, and the laboratory must have a non-Federal partner with a defined commercial application for the technology. Projects funded under Topic 2 have a performance period of 12-36 months. The target Topic 2 award amount is $250,000-$1,500,000.

For Topics 1 and 2, cost match partner(s) must be identified in the full proposal. A CRADA or other approved partnership agreement does not have to be in place to be eligible for award. However, if funds are allocated before a CRADA or other approved agreement or is in place, work may not begin until one is executed.

For Topic 2, if a CRADA or other approved agreement is not executed within 6 months of DOE’s obligating the funds to the DOE Facility, the award may be cancelled. A project or work scope under an existing CRADA or other partnership agreement is not eligible for an award under the TCF. Contact Chief Strategic Partnerships Officer Todd Pray, tpray@lbl.gov, for partnerships support.

Two Berkeley Lab technologies earned FY19 DOE TCF awards:

  • High Throughput Cell-Free Microreactor for Optimization of Biochemical Pathways, $535,000 (PI Anup Singh with LanzaTech)
  • Localization of hot spots in solids using acoustic waves for energy generation and other applications, $150,000 (PI Maxim Marchevsky with Commonwealth Fusion Systems)

Berkeley Lab has received a total of nine TCF awards since the program’s initiation in FY16.

Over $24 million was awarded to a total of 77 projects in the FY19 round. For a list of all FY19 TCF awardees, go to https://www.energy.gov/articles/department-energy-announces-2019-technology-commercialization-fund-projects.