Reviewer Comments - EERE
Reviewer Comments - EERE
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 />
Project: 7.2.1.7 University of Nebraska Lincoln<br />
Title: Research for Developing Renewable Biofuels from Algae<br />
Presenter: George Oyler<br />
Presentation Date: Thursday, April 07, 2011<br />
Criteria Avg Score Std Deviation Count<br />
Approach 3.29 1.28 7<br />
Progress 3.86 1.46 7<br />
Relevance 3.43 1.59 7<br />
Critical Success Factors 3.43 1.59 7<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 />
The project performers have identified a project management plan that includes well-defined milestones<br />
and adequate methods for addressing potential risks.<br />
<strong>Reviewer</strong> <strong>Comments</strong><br />
<strong>Reviewer</strong>: 1 Criteria Score: 4<br />
Some of the basic studies were desirable approaches. Some of the extensions, such as the Photobioreactor<br />
system or the nanobody approaches are far less justifiable.<br />
<strong>Reviewer</strong>: 2 Criteria Score: 3<br />
Focus is on developing photobioreactor with new/improved processes for concentration of algae/lipid<br />
product. The project is developing a lipidome and transcriptome for relevant conditions (N deprivation,<br />
acetate free media etc.). Evaluation of algal viruses is being made for a processing step. Bioreactors of<br />
this type may not be efficient for scale-up and costing of processes and procedures needs more analysis.<br />
<strong>Reviewer</strong>: 3 Criteria Score: 6<br />
[1] Project aims to increase fundamental knowledge of lipid biosynthetic pathways, lipid transport, and<br />
storage and secretion mechanisms in two important eukaryotic algal genera, Chlamydomonas and<br />
Chlorella; [2] Develop new and improved technologies for manipulating genomes and gene expression in<br />
eukaryotic green algae; and [3] Establish a state-of-the-art Photobioreactor Research Facility to develop<br />
low cost, efficient algal cells harvesting strategies and to improve current technologies by developing<br />
novel, next generation photobioreactors for algal biofuel and specialty chemicals production.<br />
<strong>Reviewer</strong>: 4 Criteria Score: 2<br />
See Overall Impressions text.<br />
<strong>Reviewer</strong>: 5 Criteria Score: 3<br />
Goals are focused on lipid production, photobioreactor development, and harvesting. Novel aspects of the<br />
project include use of viral enzymes for algal lysis and nanobodies for algal harvesting. The<br />
photobioreactor research appears to ignore the results from decades of work by other groups.<br />
Unfortunately, the nanobody approach appears to be wildly unrealistic for real world conditions.<br />
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