Presentation on theme: "GROTTO Workshop Orlando, FL February 22, 2010 Partnerships to Harness the Innovations and R&D Capacity of ARS for Technology-Based Economic Development."— Presentation transcript:
GROTTO Workshop Orlando, FL February 22, 2010 Partnerships to Harness the Innovations and R&D Capacity of ARS for Technology-Based Economic Development Richard J. Brenner Assistant Administrator Office of Technology Transfer Don Nordlund Technology Transfer Coordinator Athens, GA
ARS Mission To conduct research to develop and transfer solutions to agricultural problems of high national priority and provide information access and dissemination to: ensure high-quality, safe food, and other agricultural products assess the nutritional needs of Americans sustain a competitive agricultural economy enhance the natural resource base and the environment, and provide economic opportunities for rural citizens, communities, and society as a whole.
The Research Capacity of ARS ($1.1 B intramural) Area Directors of 8 Area Offices; oversee execution & quality of research 2100 scientists & engineers 100+ locations > 1000 research projects Line Management of ARS
The Research Capacity of ARS Office of National Programs coordinates program direction and allocates resources to research units across the agency 4 broad “pillars” of research 22 national programs > 1000 research projects Program Management of ARS
5 Four regional research centers, provide the major portion of ARS's capability for research and development of technology to increase the use of agricultural products and thereby enhance the economic viability and competitiveness of U.S. agriculture. NCAUR (NRRC) – Peoria, IL SRRC – New Orleans, LA ERRC – Wyndmoor, PA WRRC – Albany, CA
6 Technology Transfer: the adoption of research outcomes for public benefit
7 How Does Industry Partner with USDA for Commercialization / R&D? Licensing current protected technologies (including plants) to private sector firms for commercial production. Cooperative Research and Development Agreements (CRADAs) establish research partnerships to solve industry problems consistent with ARS mission and priorities. Through the Office of Technology Transfer…
8 Office of Technology Transfer Patenting 9 registered patent agents (1 Ph.D, 4 w/ law degrees) Located in Beltsville, MD; Peoria, IL; Albany, CA Licensing 5 senior licensing specialists (3 J.Ds; 2 MBA) HQ based Tech Transfer Coordinators 8 specialists with life science / ag background (4 Ph.D, 2 J.D.) Distributed across geographic Areas of ARS Marketing Targeted marketing (staff of 3) Web subscribe Tech Alerts Partnering opportunities Centralized in policy and approvals, licensing, marketing; decentralized in negotiation and implementation of CRADAs
9 David Nicholson – PWA (Chris Johnson, Assoc. TTC) VACANT -- BA Don Nordlund – SAA/ MSA Renee Wagner – MWA Thomas Valco Cotton Tech Tran & Education Coordinator Bryan Kaphammer – NPA / SPA Vic Chavez Joe Lipovsky – SRRC Assoc. TTC Technology Transfer Coordinators Office of Technology Transfer
10 Models for Developing and Transferring Federal Technologies to the Private Sector Background Invention (e.g., developed in USDA) Seek Private Sector Interest For Commercialization Marketing Section Creates summary Places on OTT website Licensing Section Corporate response Federal Register Notice
11 The Federal CRADA Model for Developing and Transferring Technologies to the Private Sector Subject Invention (developed under CRADA) Corporate Research Need ARS Scientist Technology Transfer Coordinator Patent Corporation negotiates license (no FR notice) Cooperative Research & Development Agreement (CRADA) Manufacture & Market
12 Cooperative Research and Development Agreement (CRADA) Benefits to Firms: Access to ARS research capacity First right to negotiate Exclusive License for Subject Inventions without FR notice Confidentiality (competitive advantage) Opportunity to compete in global markets Benefits to ARS: Results-Oriented Research/Impact Market information Identification of Licensee Resources (For the Project)
13 Some FY 2009 Metrics Licenses Current active: 301 (316 were active during FY; 129 producing commercial products) Universities – 118 (39%) Non-profits – 17 (6%) Small Businesses – 105 (35%) Foreign businesses (no U.S. presence) – 7 (2%) Large businesses (includes foreign multinationals with major U.S. presence) –54 (18%) CRADAs (2008 metrics) Active 232 (during FY 2008) Small businesses – 127 (62%) Outside state of researcher – 155 (72%) Out of ARS Area of researcher – 129 (60%)
Model of a Public/Private Partnership for Commercialization of Research Outcomes Structural Assets and Financial Resources T2T2 Intellectual Capital Intellectual Assets Intellectual Property Human Capital Complementary Assets Manufacturing Capacity Technical Expertise— Product Dev, Scale-up, QC Marketing and Distribution Capabilities Product Registration Expertise Fiscal Resources These can be facilitated by Partnership Intermediaries of ARS (TBED entities) & selective use of Enhanced Use Lease linked to mission priorities CRADA Adapted from Sullivan, P.H., Profiting From Intellectual Capital, John Wiley & Sons, New York, 2000.
15 ARS Agricultural Technology Innovation Partnership Program (ATIP)
Goals of Agricultural Technology Innovation Partnership Program (through PIAs) To partner with selected economic development entities to enhance the effectiveness of the ARS technology transfer program and to expand its impact To enhance the flow of ARS technologies to small and expanding businesses and to encourage technology-based economic development
17 Goals of ARS Partnership Intermediaries Provide complementary assets to ARS Office of Technology Transfer Guide local / regional business with research needs to the appropriate ARS scientist across ARS (CRADA opportunities) Triage business plans of private sector to seek “winners” as candidates for licensing / research partnerships with ARS Acquire marketing assessments on ARS technologies from 3 rd party sources (business schools, entrepreneur programs, angel investors, etc.) for targeted marketing Coordinate “Technology Showcase” events to facilitate partnerships with private sector companies (TEDCO, October 30, 2008 – Four Points Sheraton at BWI)
18 Goals of ARS Partnership Intermediaries Provide complementary assets needed by private sector to succeed in commercializing federal inventions Assist in accessing public / private funds SBIR proposals Angel investors / state funds Manufacturing capacity Manage their own seed/venture funds or networks to support CRADA and license partners of ARS Assist in problem solving manufacturing capacity Network with other ATIP members and other federal PIA networks.
19 An Early ATIP (TEDCO) Successful Commercialization … Rice-based frying batter, called ChoiceBatter, absorbs 50% less oil (Fred Shih, ARS, New Orleans, LA; CrispTek, LLC) (License 4/.’08; TEDCO support 10/’08; 1 st sale 5/’09) (New CRADA)
20 Building the ATIP Program Envisioned as providing an efficient network to ARS with each Partners serving as a conduit to a greater number of local, regional (e.g., county), or state entities, including venture capitalists and angel investors. Because of the need for regional access to private sector companies and resources for sustained economic development, ATIP is likely to have optimal effectiveness with 8 economic development Partners, strategically distributed across the country.
The ARS ATIP Network: Maryland Technology Development Corporation (TEDCO; 2007) Mississippi Technology Alliance (MTA; 2008) Wisconsin Security Research Consortium (Wisconsin Technology Council; Sept. 15, 2009) National Association of Seed & Venture Funds (NASVF; Oct. 16, 2009) 21 Ben Franklin Technology Partners (PA; pending) Georgia Research Alliance (GRA; pending) Cal. Assoc. for Local Econ. Dev. (CALED; pending)
22 ATIP Network ? ?
23 DoD PIA Network Members
A USDA / DoD Partnership… ARS ATIP and DoD’s OTTPIN (Partnership Intermediary Network) reached agreement to formalize interactions to create a new model to facilitate public/private partnerships for sustainable economic development and to meet common interests of DoD, USDA. Examples may include: Local food / local consumption Urban agriculture in cities and DoD installations Distributed bioenergy production from biomass 24
Emerging Partnerships In Support of Administration & Secretary Vilsack Priorities… Local production of foods in rural to urban environments Feeding the eastern seaboard Philadelphia Redevelopment Authority Toledo local food production (Center for Innovative Food Technology) Harnessing USDA Rural Development programs to support local / regional food systems 25
The Research Capacity of ARS ARS will establish five regional Bioenergy Feedstock Centers Anchored at 5 current ARS locations (“hubs”) Involving dozens of ARS research scientists from across the agency (“spokes”) Establishing public / private consortia, and cooperative research agreements USDA Forest Service to establish Agroforestry Center, and flexible feedstock Biorefinery Pilot Plant
The Research Capacity of ARS
Fiber USDA/ARS: Walter Schmidt Rolland Walter George Gassner Feather s Pelletize d feather CRADA Partner: Chesapeake Microproducts Keratin-based Bioplastic from Poultry Operations
Pelletize feather CRADA Partner: Horticultural Research Institute (joint patent) Pots Keratin-based Bioplastic from Poultry Operations
Plant Pot Project Cronus (John General) USDA- SBIR Commercialization / Financial Strategies Chesapeake Microproducts Horticulture Research Institute ARS Keratin-based Bioplastic from Poultry Operations
Distributed Energy System from RCM/EnviRemed/ American Solar / ARS 33 + Army / Air Force stirling engines + Generating electricity through composting
Distributed Energy System from RCM/EnviRemed/ American Solar / ARS CRADA Feedstocks -- food waste, agricultural waste, biofuel crops (e.g., energy cane, switch grass, Napier grass) Potential uses: Military applications on bases & remote settings Supplement energy needs of farms, rural communities, and schools (& compost for landscaping, fresh fruits and vegetables for the school cafeteria) Operate greenhouses (i.e., heat, cool, light, ventilate, etc.) off the power grid Operate aquaculture systems (i.e., heat, filtration, light, ventilate, etc.) off the power grid. Solar heat, food/agriculture waste products and biofuel crops could be used as feedstock for the units. This would allow raising fish in abandoned urban warehouses in northern climates.
The future ….biobased products & biofuels Switchgrass & biofuels Component separation New foods & biobased products
36 Richard J. Brenner, Ph.D. Assistant Administrator Don Nordlund Technology Transfer Coordinator, Athens, GA Office of Technology Transfer 5601 Sunnyside Ave Beltsville, MD (301) Photo: Quiet Waters Park, Annapolis, MD (Joann Perkins) The Office of Technology Transfer …. … promoting the adoption of ARS research outcomes