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Reviewer Comments - EERE

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2011 Algae Platform Review – <strong>Reviewer</strong> <strong>Comments</strong><br />

<strong>Reviewer</strong> <strong>Comments</strong> are direct transcripts of commentary and material provided by the Platform’s<br />

Review Panel. They have not been edited or altered by the Biomass Program.<br />

Presenter Response<br />

In brief, we fully intend to continue to work within the national program’s framework as outlined by the<br />

2010 report, in collaboration with colleagues in large consortia and to remain synergistic with the large<br />

consortia’s and the private sector’s efforts. That said, however, we also recognize the value of the model<br />

that DOE has worked under in the past whereby independent research approaches and lines with similar<br />

desirable outcomes has the potential for independent discovery and technological breakthroughs. The<br />

work is indeed unique and being conducted in a lab and area where the resources to do so are available.<br />

The other misplaced reviewer's comments are indeed misplaced. The work is not just relevant to Nevada<br />

(see section on relevance) and the scaling for technoeconomoic analysis can and should be done.<br />

However, if it cannot be demonstrated that biomass production can nominally occur in these waters then<br />

such technoeconomic analysis will simply lack a basis for speculation or analysis. The scope of the<br />

research is seemingly wide and ALL of the potential factors that may inhibit the development of algae in<br />

these areas is understandably not addressed (e.g. harvesting, drying, transport etc...). Yet, the RnD does<br />

only target work in regards to geothermal water, consortia and strains for development. The work does<br />

not encompass the scope the NAABB encompasses. Yet understandably, the field does have standard<br />

procedures and approaches that are utilized throughout the discipline field. It should not be surprising that<br />

there are similar activities and approaches among and between labs.<br />

We will work to better provide a clearer assessment of the the overall scale for thermal-algae systems in<br />

the Great Basin. However, with over 21 operational power production facilities in Nevada alone and more<br />

in development (e.g. http://www.nvenergy.com/renewablesenvironment/renewables/geothermal.cfm), the<br />

potential marriage of the uses of the waste heat and growing algae therein is real. Additionally, waste heat<br />

from other power plants and the specific waters that accompany these plants likely should be investigated,<br />

yet lie beyond the scope of the present study.<br />

The peer review does appear to have some issues, given that during the preparation of the presentation<br />

materials we were given instructions to provide materials for "high-level" program synthesis and reduce<br />

the amount of technical details-- Yet, some/many of the reviewers comments seemingly were directed at a<br />

much more technical level.<br />

---------------<br />

Project: 7.7.2.18 Brooklyn College<br />

Title: Development of Pollution Prevention Technologies<br />

Presenter: Juergen Polle<br />

Presentation Date: Friday, April 08, 2011<br />

Criteria Avg Score Std Deviation Count<br />

Approach 4.33 0.47 6<br />

Progress 4.67 1.49 6<br />

Relevance 5.00 1.29 6<br />

Critical Success Factors 3.50 0.76 6<br />

1. Project Approach<br />

The project performers have implemented technically sound research, development, and deployment<br />

approaches and demonstrated necessary results to meet their targets<br />

Page 185 of 223

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