AzCATI and ATP 3 : a Brief Overview Milton Sommerfeld Professor - - PowerPoint PPT Presentation

azcati and atp 3 a brief overview
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AzCATI and ATP 3 : a Brief Overview Milton Sommerfeld Professor - - PowerPoint PPT Presentation

AzCATI and ATP 3 : a Brief Overview Milton Sommerfeld Professor Environmental and Resource Management Program Polytechnic School April 12, 2016 The Arizona Center for Algae Technology and Innovation (AzCATI) Formed in 2010 through stimulus


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AzCATI and ATP3: a Brief Overview

Milton Sommerfeld

Professor Environmental and Resource Management Program Polytechnic School

April 12, 2016

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The Arizona Center for Algae Technology and Innovation (AzCATI)

Formed in 2010 through stimulus funds designated by the Science Foundation Arizona and Governor’s Office to serve as a hub for research, testing, and commercialization of algae-based products.

  • Advance
  • Collaborate
  • Educate
  • Launch
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High productivity wWass ’t require a lot of land

High productivity relative to

  • ther plants/crops

Requires less land Does not require arable land for production– adds value to unproductive lands Doesn’t compete for crop land used for typical crops Able to use waste and salt water Doesn’t use our drinkable water resources Able to recycle carbon dioxide Produces oils for a range of biofuels; gasoline, diesel, jet fuel Turns a liability into an asset Uses existing infrastructure for processing of the fuels Able to produce valuable co- products Makes for more affordable fuels and other products

Why Algae?

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Neutraceuticals

Algal Biotechnology

Animal feed Human food Fertilizers Renewable energy Aquaculture Wastewater treatment

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AzCATI Laboratories

19,300 sq ft Office & Lab space

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Four Acre Outdoor Field Site Research and Test Bed

labsf & offic2012e

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Collaborative Open Testbeds

  • Network of testing facilities for the algal research community

for algal biomass production.

  • Enable the acceleration of applied algae research to lead to

commercial applications.

High Impact Data from Long Term Algal Cultivation Trials

  • Implement a unified experimental program across different

regional, seasonal, environmental and operational conditions with promising algae strains.

  • Make trial data widely available to the research community.

ATP3’s Two Main Objectives

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Collaborative Open Testbeds

Regional testbed facilities for the partnership are physically located in Arizona, Hawaii, California, Georgia, and Florida.

Testbed locations

ATP3 offers access to a wide array of services:

Stakeholder Access to Facilities

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Education & training

  • Quarterly educational workshops hosted at

ATP3 sites

  • Well attended by broad mix of academic

and industrial participants

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Education & Training Workshops

  • ATP3 has hosted 7 quarterly educational workshops
  • Over 30 lecture modules
  • Over 15 hands-on field site and laboratory activities
  • Well attended by broad mix of academic and industrial

participants

  • More than 200 participants representing >70 different
  • rganizations
  • 35% Foreign participants
  • Recent workshops:

“Large-Scale Cultivation and Downstream Processing (November 2015; Mesa, AZ) “Principles and Processes: Algae Culture Maintenance, Production and Downstream Processing” (May 2015; NREL and CSM, Golden, CO

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Algae- Solution for Sustainable Energy, Feed and the Environment

Jet fuel Biodiesel Green diesel Gasoline Biopolymers Petro-chemicals Nutrients (N, P) from wastewater CO2 from power plant flue gases Treated gases Treated water Algae biomass

Photobioreactor

Food-Feed Fertilizer Additives Minerals Algal oil Biomass residues