2019 Project Peer Review – Biochemical Conversion

The Bioenergy Technologies Office hosted its 2019 Project Peer Review on March 4–7, 2019, in Denver, Colorado.

Bioenergy Technologies Office

March 27, 2019

The Bioenergy Technologies Office hosted its 2019 Project Peer Review on March 4–7, 2019, in Denver, Colorado. The presentations from the Biochemical Conversion session are available to view below. For more information, including a complete schedule, view the 2019 Project Peer Review Program.

Advanced Supervisory Control and Data Acquisition (SCADA) for Biochemical Process Integration (4.19 MB)

Alkaline-Oxidative Pretreatment of Woody Biomass for Optimal Co-Product (1.18 MB)

Analytical Development and Support (2.09 MB)

Bench Scale Integration (1.44 MB)

Biochemical Platform Analysis (2.39 MB)

Biochemical Process Modeling and Simulation (9.65 MB)

Bioconversion of Algal Carbohydrates and Proteins to Fuels (1.11 MB)

Biological Upgrading of Sugars (2.16 MB)

Bio-syngas to Fatty Alcohols (C6-14) as a Pathway to Fuels (1.28 MB)

Combined Algae Processing (CAP) Process Research (3.04 MB)

Cell Free & Immobilization Technologies (CFIT) (1.69 MB)

Continuous Enzymatic Hydrolysis Development (2.47 MB)

Continuous Membrane Assisted IBE Fermentation from AVAP Cellulosic Sugars (881.17 KB)

Coproduction of Chemicals and Fuels Enabled by Hybrid Conversion of Lignin and Bioconversion Intermediates (1.22 MB)

Development of a Sustainable Green Chemistry Platform for Production of Acetone (2.2 MB)

Engineered Reversal of the β-Oxidation Cycle in Clostridia for the Synthesis of Fuels and Chemicals (2.9 MB)

Engineering Clostridia for n-Butanol Production from Lignocellulosic Biomass and CO2 (5.07 MB)

Engineering Thermophiles to Produce Drop-in Fuels from Syngas (2.09 MB)

Enzyme Engineering and Optimization (3.99 MB)

Fermentative Production of Tricarboxylic Acid Cycle-Derived Chemicals Using Cellulosic Sugars (2.22 MB)

Fungal Genomics - Genetics (1.7 MB)

Improving Tolerance of Yeast to Lignocellulose-Derived Feedstocks and Products (1.28 MB)

Integrated Process for Commercial Production of Farnesene, a Versatile Platform Chemical, from Domestic Lignocellulosic Feedstock (1.72 MB)

Low Temperature Advanced Deconstruction (2.86 MB)

PET Upcycling (3.01 MB)

Process Intensification for the Reduced Commercial CAPEX of Biofuels Production Using Dynamic Metabolic Control (1.29 MB)

Production of High Oil, Transgene-Free Camelina Sativa Plants (1.02 MB)

Production of High Performance Lubricants from Cellulosic Sugar (1.56 MB)

Second-Generation Mixotrophy for Highest Yield and Least Expensive Biochemical Production (502.45 KB)

Targeted Microbial Development (1.4 MB)