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MIT Clean Energy Prize 2010

Welcome to the MIT CEP entry submission page. Click on the green button that says Submit an Entry and follow the directions. All submissions are due 6pm on Feb 25th. If you have any questions or concerns, please contact us at CleanEnergyPrize@mit.edu

Group type: Competition
Focus: Business Plans
Organizer: Student-run
Funding: Corporate Sponsors, Government Grants, University Support
Industries: Cleantech
Location: Cambridge, MA
Website: http://www.mitcep.org/

COMMENTS (5)

  • Scott Bryan Scott Bryan wrote (1 year ago):

    Imagine H2O and the MIT Clean Energy Prize are hosting a workshop for water startups on October 6th.

    Register online at http://ih2o-boston.eventbrite.com/

    Featured Panelists Include:
    Disque Deane Jr of Water Asset Management
    Stephen Estes-Smargiassi of the Massachusetts Water Resource Authority
    Karen Golmer of Clean Membranes
    Aaron Mandell of Oasys Water
    Todd Wilson of RockPort Capital

    Topics Will include:
    Understanding the Overlap: What is the Water Energy Nexus and why is it important for the next generation of water businesses?
    Window for Early Stage Businesses: How can entrepreneurs and start ups begin converting the challenges of the water energy nexus into solutions?
    Increasing your chances of success: Building your network of investors and advisors in the water space

  • M R M R wrote (2 years ago):

    Also from MIT! Making Clean Energy a viable business opportunity. MIT now offering executive education program Clean Energy Ventures: Creating Innovative New Businesses Through Entrepreneurial Management www.mitexeced.com/cev

  • Moinuddin Sarker Moinuddin Sarker wrote (2 years ago):

    Natural State Research, Inc. (NSR) has developed an innovative and unique technology for producing alternative hydrocarbon liquid fuel from almost all types of solid waste plastics materials. The technology is environmentally friendly. The fuel produced burns more efficiently and cleaner than commercial gasoline and diesel, and would be produced at a lower overall cost. NSR has demonstrated the feasibility of producing this fuel in a laboratory scale plant that is able to produce 5 gallons per day, and now proposes to expand this process to the point where it can be adopted by organizations as part of their waste handling systems and fueling systems. When fully operational, multiple plants running in parallel and 100% of solid waste plastics are recycled using this technology it can produce a staggering 2.5 billion gallons of liquid fuel per year.

  • Sergei Arkhipov Sergei Arkhipov wrote (2 years ago):

    Element 14 is looking forward to competing in the MIT Clean Energy Prize 2010!

  • Ajay Virkar Ajay Virkar wrote (2 years ago):

    C3Nano, Inc is excited to participate in the MIT Clean Energy Prize 2010

Members (116)

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  • Cesar Gonzalez

    Chemistry and Pharmaceutic Biology graduate from Universidad Autónoma de Guadalajara, currently pursuing PhD in Plant Biology at Arizona State University.

  • Shantanu Agarwal

    Indian, 29, Chemical Engineer, valedictorian from Indian Institute of Technology, MBA from Harvard Business School. Experience with 3 startup founding teams. Extensive oil and gas technical, operational and sales experience.

  • Janet Lin

    MBA Candidate at the MIT Sloan School of Management, Research Partner at the National Renewable Energy Laboratory in the Strategic Energy Analysis Center

Startups (86)

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  • NCE2

    NCE2 is an energy service company that delivers cost savings and carbon footprint reduction at no capital cost to the customer, thereby overcoming the biggest hurdle to the adoption of CHP systems.

  • OsComp Systems

    OsComp is developing the next generation compressors for applications in refrigeration, natural gas, and industrial air. The hybrid rotor technology has a fraction of the cost and >30% higher efficiency than existing technologies.

  • Bio-re

    Bio-re, Thinking for the future...A future where renewables are the norm.

  • C3Nano, Inc.

    C3Nano, Inc. has developed a proprietary transparent electrode that will beat the current leading transparent electrode in a number of specifications and ultimately become a cross-cutting technology that will increase the efficiency of PV by 1%.

  • Solavicta

    Solavicta is developing a solar technology that can be manufactured for less than $0.50 per watt. This will allow the creation of fully-installed, grid-ready power systems for 25% less than the leading utility-scale solar power technologies.