The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
ORAL PROGRAMME
Sunday June 18, 2017
16:00-18:00 Registration | Room: Regency Ballroom Foyer
Monday June 19, 2017
Room
08:00-08:05
08:05-08:20
08:20-08:55
08:55-09:15
09:15-10:00
10:00-10:30
Rooms
10:30-12:25
10:30-11:00
11:00-11:17
11:17-11:34
11:34-11:51
Room: Tuttle/Monroe
Session Chair: José A. Olivares, Conference Co-Chair, USA
Welcome and introduction
José A. Olivares, Conference Co-Chair, USA
[PLN1] Report: Summary of report to the international energy agency
Lieve Laurens, National Renewable Energy Laboratory, USA
[PLN2] BETO Program Efforts
Alison Goss, USDOE-EERE-Bioenergy Technology Office, USA
[PLN3] Report: Algae Foundation - Algae Technology Educational Consortium (ATEC) and the Algae Academy
Ike A. Levine, Algae Foundation/University of Southern Maine, USA
[PLN4] Advances in Algal technology at Reliance Industries
Ajit Sapre, Group President for Reliance Industries Limited, India
Coffee Break | Room: Brickell/Flagler
Tuttle
Monroe
Session 1A: Algal Biology: Molecular Traits
Session 1B: Algal Cultivation: Phototrophic Systems in
Session Chair: Anastasio Melis, University of California, Ponds
USA
Session Chair: Alejandro Heriberto Buschmann Rubio,
Universidad de Los lagos in Puerto Montt, Chile
INVITED TALK: [INV1] Tools and understanding for the INVITED TALK: [INV2] Algal biomass for food products:
development of genetically optimized cyanobacteria Tailoring of cell composition via kinetic approaches
Patrik Jones, Imperial College London, UK
and customized process strategies
Andreas Trautmann*, C. Posten
Karlsruhe Institute of Technology, Germany
[1A.1] Catching up with the times: Advanced genetic [1B.1] A study on nitrogen and phosphorus yields for
engineering tools and applications for Chlamydomonas growing Scenedesmus obliquus
reinhardtii
S. Gao*, R. Qiu, P. Waller, K. Ogden
K.J. Lauersen*, T. Baier, J. Wichmann, R. Wördenweber, The University of Arizona, USA
J.H. Mussgnug, O. Kruse
Universität Bielefeld, Germany
[1A.2] A mutation and its complementation of SRP43 [1B.2] Evaluating wastewater algal and bacterial solids
homolog for truncated light-harvesting chlorophyll
for processing into biofuel precursors: Biochemical
antenna in Chlorella vulgaris
composition as a function of season, nutrient
W-S. Shin*1, B. Lee1, N.K. Kang1, B-R. Jeong1,
limitation, and wastewater quality
Y.K. Chang1,2
B.C. Crowe*1,2, J.K. Kelley1, T.L. Lundquist1,2
1
1
KAIST, Republic of Korea, 2Advanced Biomass R&D
California Polytechnic State University, San Luis Obispo,
Center, Republic of Korea
USA, 2MicroBio Engineering, Inc., USA
[1A.3] Evaluation of the potential of water surface[1B.3] Real-time, quantitative detection and
floating microalgae for biofuel production
management of Vampirovibrio chlorellavorus, a
M. Sakurai*, D. Nojima, Y. Maeda, T. Yoshino, T. Tanaka bacterial pathogen of Chlorella biofuel species
Tokyo University of Agriculture & Technology, Japan
S.A. Steichen*, C.C. Brown, I. Liang, S. Attalah,
The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
O. Bertelsen, K. Ogden, J.K. Brown
University of Arizona, USA
[1B.4] ATP3: From field studies to 21st century
agriculture
P.T. Pienkos
National Renewable Energy Laboratory, USA
11:51-12:08 [1A.4] Engineering and characterizing carbon
concentrating mechanisms in Nannochloropsis salina
T. Zidenga*, M. Teshima, G. Perkins, T. Rahn, S.
Starkenburg, J. Heikoop, S. Twary
Los Alamos National Laboratory, USA
12:08-12:25 [1A.5] Constitutive LHCSR expression as a strategy to [1B.5] Microalgae biomass production on CO2 from air
increase productivity in microalgae
M. Huesemann*1, D. Chen1, P. Williams1,
1
1,2
1
F. Perozeni , G.R. Stella , M. Ballottari*
S. Edmundson1, K. Staub1, B. Crowe2, J. Benemann2
1
2
1
University of Verona, Italy, Sorbonne Universités,
Pacific Northwest National Laboratory, USA, 2MicroBio
France
Engineering, Inc., USA
12:25-13:30 Lunch | Room: Brickell/Flagler
12:25-13:30 Author Workshop
Rooms
Tuttle
Monroe
13:30-15:08 Session 2A: LCA, TEA and Sustainability
Session 2B: New Technologies
Session Chair: Alexander Golberg, Tel Aviv University,
Session Chair: Olaf Kruse, Bielefeld University, Germany
Israel
13:30-14:00 INVITED TALK: [INV3] Bringing together LCAs. Towards INVITED TALK: [INV4] Exploring mixotrophy for
harmonized Life Cycle Assessment of microalgal energy developing novel algal culture strategy
systems: An application to the global warming impact Shulin Chen, Washington State University, USA
of biodiesel
Javier Dufour, Institute IMDEA Energy, Spain
[2A.1] Sustainability of CO2 supplementation in
[2B.1] Fate of total dry matter and composition in
microalgae cultivation
long-term storage of microalgae and herbaceous
M.D. Somers*1, P. Lammers2, J.C. Quinn1
biomass blends
14:00-14:17 1Colorado State University, USA, 2Arizona State
L.M. Wendt*1, B.D. Wahlen1, J.A. Murphy1, K. Ogden2,
University, USA
T. Dempster3
1
Idaho National Laboratory, USA, 2University of Arizona,
USA, 3Arizona State University, USA
[2A.2] Design and simulation of an attached algae
[2B.2] Phototaxis-based microfluidic approach to
cultivation system for the production of high-value
improve photosynthetic efficiency in microalgae
14:17-14:34 products
H.S. Kwak*, S.J. Sim
M. Johnson*, T.S. Villani, A.J. Both
Korea University, Republic of Korea
Rutgers University, USA
[2A.3] Biophysical modeling of microalgal cultivation in [2B.3] Immobilization of isorhamnetin into natureopen ponds: Influence of water temperature, pond
inspired frustules for in vitro delivery in cancer cells
depth and microalgal concentration
E.I. Mancera-Andrade*, R. Chandra, A. Parsaeimehr,
14:34-14:51
B. Behera1, N. Aly1,2, P. Balasubramanian*1
R. Parra-Saldivar
1
National Institute of Technology Rourkela, India,
Tecnologico de Monterrey, Mexico
2
Groupe-SMTP, Antananarivo, 105, Madagascar
[2A.4] Optimization of turbulent mixing and the
[2B.4] Real-time monitoring and quantification of
motion of photoautotrophic cells in photobioreactors microalgae using first derivative of absorbance
at high light intensity: Implications for the net energy F. Almomani, B. Ormeci*
14:51-15:08
ratios of industrial cultivation systems
Carleton University, Canada
C.E. Quiroz-Arita*, T.H. Bradley, K.F. Reardon
Colorado State University, USA
15:08-15:40 Coffee Break | Room: Brickell/Flagler
The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
Rooms
Tuttle
Monroe
15:40-17:35 Session 3A: LCA, TEA and Sustainability (Contd.)
Session 3B: Algal Cultivation – Heterotrophic Systems
Session Chair: Javier Dufour, Institute IMDEA Energy,
Session Chair: Shulin Chen, Washington State University,
Spain
USA
15:40-15:57 [3A.1] Simultaneous optimization of hydrothermal
[3B.1] Multitrophic rotating biological contractor with
liquefaction conditions of the macroalgae Ulva fasciata microalgal bacterial biofilm for pollutants removal
and biocrude refining using metal nanocatalysts
without oxygen supply ans carbon dioxide production
A. Rojas-Perez*, G. Rodriguez-Narvaez, C.B. Frias-Flores, O. Beji*1,2, N. Adouani1, S. Poncin1, M-N. Pons1, H-Z. Li1,
L.M. Diaz-Vazquez
M. Hamdi2 et al
University of Puerto Rico - Rio Piedras campus, Puerto 1University of Lorraine - LRGP, France, 2University of
Rico
Carthage - LETMi, Tunisia
15:57-16:14 [3A.2] Osmundaria Obtusiloba as a source to produce [3B.2] Simultaneous treatment of produced water and
bio-oil via Hydrothermal Liquefaction and activated
microalgal biomass production
char for water restoration processes
M. AbdulQuadir, P. Das*, M. Thaher, S. Khan,
C.B. Frias-Flores*, G.O. Rodriguez, A. Rojas,
A. Chaudhary, G. Alghasal, H. Aljabri
L.M. Diaz-Vazquez
Qatar University, Qatar
University of Puerto Rico, Puerto Rico
16:14-16:31 [3A.3] Strategies for recycling nutrients from
[3B.3] High biomass production from anaerobically
hydrothermal liquefaction wastewater for microalgae digested pulp and paper mill biosludge using
growth
Scenedesmus acuminatus
P.J. McGinn*, K. Park, D. Singh
R. Tao*, A-M. Lakaniemi, J.A. Rintala
National Research Council of Canada, Canada
Tampere University of Technology, Finland
16:31-16:48 [3A.4] Reduced acid loading for pretreatment of
[3B.4] A progressive algal cultivation strategy for lipid
halotolerant microalgal biomass for fermentable sugar production and nutrient removal from municipal
recovery
wastewaters
T. Dong*, R. Spiller, N. Nagle, P.T. Pienkos
D.M. Mahapatra*1,2, G.S. Murthy2, T.V. Ramachandra1
1
National Renewable Energy Laboratory, USA
Indian Institute of Science, Bangalore, India, 2Oregon
State University, Corvallis, USA
16:48-18:45 Poster Session 1 | Room: Brickell/Flagler
Tuesday June 20, 2017
Room
Room: Tuttle/Monroe
Session Chair:
08:00-08:05 Welcome and introduction
José A. Olivares, Conference Co-Chair, USA
08:05-08:45 [PLN5] Industry microalgae production – Narrowing the gap between R&D and reality with Subitec’s flat-panel
airlift photobioreactor
Pascal Scherz, Subitec GmbH, Germany
08:45-09:35 [PLN6] Metabolic engineering of microalgae as green cell factories
Olaf Kruse, Bielefeld University, Germany
09:35-10:00 Coffee Break | Room: Brickell/Flagler
Rooms
Tuttle
Monroe
10:00-12:29 Session 4A: Algal Biology: Biodiversity & Metabolic
Session 4B: Bioreactor design, Engineering and Control
Regulation
Session Chair: Andreas Trautmann, Karlsruhe Institute of
Session Chair: Patrik Jones, Imperial College London, UK Technology (KIT), Germany
10:00-10:30 INVITED TALK: [INV5] Global metabolic rewiring for
INVITED TALK: [INV6] On the contribution of
the improvement of chemical production in
microalgae to wastewater treatment processes
The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
cyanobacteria
Shota Atsumi, University of California, USA
10:30-10:47 [4A.1] Metatranscriptomic analysis of industrial
high volume photobioreactors: A holistic
approach for the monitoring of reactor health
status
V. Schön*1,2, A. Söllinger1, T. Urich1,3
1
University of Vienna, Austria, 2Ecoduna GmbH,
Bruck an der Leitha, Austria, 3University of
Greifswald, Germany
10:47-11:04 [4A.2] The algae DISCOVR project: Development
of integrated screening, cultivar optimization
and validation research
M. Huesemann*1, S. Edmundson1, T. Dale2,
T. Lane3, J. Timlin3, T. Reichardt3, P. Pienkos4,
L. Laurens4
1
Pacific Northwest National Laboratory, USA, 2Los
Alamos National Laboratory, USA, 3Sandia
National Laboratory, USA, 4National Renewable
Energy Laboratory, USA
11:04-11:21 [4A.3] Marine microalga Isochrysis sp CASA
CC101 Is a potential source of Δ6Des and Δ5Des
for the metabolic production of HVPUFAs in E.
coli
S. Thiyagarajan*, S. Kathiresan
Madurai Kamaraj University, Tamil Nadu, India
11:21-11:38 REPLACEMENT REQUIRED
11:38-11:55 [4A.5] Investigation of the genotype environment interaction during cultivation of
genetically improved microalgae strains in
photobioreactors
G. Perin*, A. Bellan, D. Simionato, A. Alboresi,
F. Bezzo, T. Morosinotto
Università Di Padova, Italy
11:55-12:12 [4A.6] Remodeling terpenoid metabolism in
cyanobacteria for photosynthetic production of
isoprene
J.E. Chaves*, P.R. Romero, H. Kirst, A. Melis
UC Berkeley, USA
12:12-12:29 [4A.7] Development of light-inducible promoter
and DNA-free CRISPR/Cas9 RNP system for
metabolic engineering in Chlamydomonas
K. Baek*, D. Kim, J. Jeong, S. Bae, E. Jin
F. Gabriel Acien, University of Almeria, Spain
[4B.1] Recent development of microalgae photo
bioreactor for their application in wastewater
treatment and cultivation: A critical review
T. Han1, H.F. Lu*1, Y.H. Zhang1,2, S.S. Ma1
1
China Agricultural University, China, 2University
of Illinois at Urbana-Champaign, USA
[4B.2] Application of a validated PBR and ORP
biological growth model for design optimization,
geographically resolved productivity estimation,
and culture crash mitigation
S. Compton*1, N. Csakan2, P. Lammers2,
J.C. Quinn1
1
Colorado State University, USA, 2Arizona State
University, USA
[4B.3] Comparison of algal growth in laboratory,
small-scale experiment and large scale
production
C.M. Schreiber*, D. Behrendt, G. Huber, C. Pfaff,
J. Widzgowski, B. Ackermann, A. Müller, U. Schurr,
L. Nedbal
Forschungszentrum Jülich GmbH, Germany
[4B.4] Three-dimensional large eddy simulation
of Cyanobacteria light histories with particle
tracking in a bench-scale raceway pond system
C. Shen*, D. Dandy
Colorado State University, USA
[4B.5] An empirical formula for estimating
growth in tubular photobioreactor of different
sizes
C. Lindenberger*1, S.H. Jung1, C. McHardy2,
J.R. Agudo1, G. Luzi1
1
FAU Busan Campus, Republic of Korea, 2TU Berlin,
Germany
[4B.6] A multi-scale control framework for
sustainable management of engineered algae
production systems
A. Juneja2, G.S. Murthy*1
1
Oregon State University, USA, 2University of
Illinois at Urbana-Champaign, USA
[4B.7] The suspended-solid phase
photobioreactor- a novel attached cultivation
system for microalgae production
L.L. Zhuang, H.Y. Hu, X.Q. Xu, J. Wang*
The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
12:29-13:30
Rooms
13:30-15:42
13:30-13:47
13:47-14:04
14:04-14:21
14:21-14:38
14:38-14:55
14:55-15:12
Hanyang university, Republic of Korea
Tsinghua University, China
Lunch | Room: Brickell/Flagler
Tuttle
Monroe
Session 5A: Algal Cultivation – Heterotrophic Systems Session 5B: Bioproducts from Algae
Session Chair: Ryan Davis, Sandia National Laboratories, Session Chair: Rene Wijffels, Wageningen University &
USA
Research, The Netherlands
13:30-14:00 INVITED TALK: [INV7] Comparative
[5B.1] Sustainabilitycriteria for a comprehensive
assessment of suspended and benthic
assessment of algal technology
microalgae cultivation systems for
C. Rösch*, J. Skarka
wastewater treatment and production of Karlsruhe Institute of Technology (KIT), Germany
biobased commodities
[5B.2] Layperson’s risk perception of genetically
Ryan W. Davis*1, A. Siccardi3, M.
modified algae used for biofuel production
Zivojnovich6, J. Quinn5, R.C. Pate1,
C. Rösch*, L. Scholz
B.C. Wu1, I. Woertz2, T. Lundquist4,
Karlsruhe Institute of Technology (KIT), Germany
J. Benemann2
1
Sandia National Laboratories, USA,
2
MicroBio Engineering, Inc, USA, 3Texas
A&M AgriLife, USA, 4California Polytechnic
State University, USA, 5Colorado State
University, USA, 6HydroMentia, Inc, USA
14:00-14:17 [5A.1] Brewery wastewater treatment [5B.3] Development of GREET® lifecycle analysis (LCA)
and CO2 sequestration by Scenedesmus model for algal biofuel analyses and sustainability
obliquus towards bioenergy production Q.F. Li*, C. Canter
through biochemical and
Argonne National Laboratory, USA
thermochemical conversion pathways
L. Gouveia1, A. Ferreira1, L. Marchão1,
B. Ribeiro1, P. Marques1, T. Lopes da
Silva1, A.F. Ferreira2, A.P. Dias2,
H.M. Pinheiro3, A. Reis*1
1
LNEG-National Laboratory of Energy and
Geology, Portugal, 2IDMEC – Instituto de
Engenharia Mecânica, Portugal, 3iBB,
Institute for Bioengineering and
Biosciences, Portugal
14:17-14:34 [5A.2] Nutrients recycling from
[5B.4] Production of high valued products and biofuel
anaerobically digested lipid-extracted
through fermentation and HTL: Environmental impact
microalgae residue for sustainable
and economic viability
microalgae cultivation
K. DeRose*1, C. DeMill1, R. Davis1,2, J. Quinn1
1
L. Yang*, X. Tan, X. Zhou, Y. Zhang
Colorado State University, USA, 2Sandia National Lab,
Tongji Universtiy, China
USA
14:34-14:51 [5A.3] Growing algae in wastewater;
[5B.5] A 3D dynamic algae growth model: Coupling
implications of the variability in
turbulence mixing, environmental factors, and
investigative approaches on replicability, bioprocesses in open raceway ponds
reliability and sharing of experimental C.E. Quiroz-Arita*1,2, P.E. Gharagozloo2, M.L. Blaylock2,
results
R. Davis2, T. Dempster3,4, J. McGowen3,4
1
A. Unc*, E. Monfet
Colorado State University, USA, 2Sandia National
Memorial University of Newfoundland,
Laboratories, USA, 3AzCATI, USA, 4ATP3, USA
Canada
14:51-15:08 [5A.4] Effect of nightly feed on biomass [5B.6] Cost and lifecycle assessments for algal CO2
The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
yield and cell division property of
Galdieria sulphuraria
W-K. Park*1,2, M. Seger1,2, T.
Selvaratnam1,2, P. Lammers*1,2
1
Arizona State University, USA, 2Arizona
Center for Algae Technology and
Innovation, USA
15:12-15:29
15:29 -15:50
Rooms
15:50-17:15
15:50-16:07
16:07-16:24
16:24-16:41
16:41-16:58
utilization at a coal-fired power plant in Orlando,
Florida
T. Lundquist*1, M. Hutton1, R. Spierling1, K. Poole1, I.
Woertz1, J. Benemann1, R. Teegarden2, E. Bell2,
A. Wilkie3, T. Dempster4
1
MicroBio Engineering Inc., USA, 2Orlando Utilities
Commission, USA, 3University of Florida, USA, 4Arizona
State University, USA
15:08-15:25 [5A.5] Fate and transport of Chemicals of [5B.7] Sustainble development of Saccarina latissima
Emerging Concern (CECs) in a mixed
production and consuption in Sweden
algal-bacterial bioreactor for swine
M. Sodre Riebrio*, M. Sterner, U. Edlund, F. Gröndahl et
wastewater treatment and bioenergy
al
production
KTH Royal Institute of Technology, Sweden
Y.H. Shin*1, L.C. Schideman2, P. Zhang1,
Y. Zhang1
1
University of Illinois at UrbanaChampaign, USA, 2Illinois Sustainable
Technology Centre, USA
Coffee Break | Room: Brickell/Flagler
Tuttle
Monroe
Session 6A: Algal Harvesting and Extraction Sstems
Session 6B: Algal Biology: Biodiversity & Metabolic
Session Chair: F. Gabriel Acien, University of Almeria,
Regulation
Spain
Session Chair: Shota Atsumi, University of California,
USA
[6A.1] Establishment of the most suitable method for [6B.1] Advances in terpene bioproduction in fastthe extraction of lipids from the microalga
growing cyanobacteria
Acutodesmus obliquus
T. Kallas*1,2, M. Raebel1, R. Carr1, V. Wagner1,
1
1
2
D.X. Hurtado , C.L. Garzón-Castro* , J. Cortés-Romero , B. Thomas1, B. Bukovitz1, K. Kettner1, A. Dorner1,
E. Tello-Camacho1
M.E. Nelson1,2
1
2
1
Universidad de La Sabana, Colombia, Universidad
University of Wisconsin-Oshkosh, USA, 2Algoma Algal
Nacional de Colombia, Colombia
Biotechnology LLC, USA
[6A.2] Processing of algae biomass for the production [6B.2] Symbiotic bacteria enhanced microalgae growth
of fuels and bioplastics
by secreting indole acetic acid
R. Pace1, E. Santillan-Jimenez1, M.H. Wilson1,
G-H. Dao*, L-L. Zhuang, X-Q. Xu, H-Y. Hu
J.G. Groppo1, S. Kesner1, E. Frazar1, A. Zeller2,
Tsinghua University, China
M. Crocker*1
1
University of Kentucky, USA, 2Algix LLC, USA
[6A.3] Photosynthetic carbon uptake induces
[6B.3] Metabolic regulation of growth signaling in
autoflocculation of the marine microalga
model green alga Chlamydomonas
Nannochloropsis oculata
U. Mubeen*, P. Giavalisco
B. Tamburic*, N-A. Tran, J.R. Seymour, N. Siboni,
Max Planck Institute of Molecular Plant Physiology,
C.R. Evenhuis
Germany
University of Technology Sydney, Australia
[6A.4] Evaluation of operating conditions on
[6B.4] UV-B regulation of PUFA biosynthesis in
dewatering performance of Chlorella vulgaris
Nannochloropsis oceanica
suspensions by forward osmosis for combined
F.R. Restovic*, P.A.J. Arce-Johnson
microalgae production and wastewater treatment
Pontificia Universidad Católica de Chile, Chile
1
2
2,3
E. Onyshchenko* , G. Blandin , J. Comas ,
A. Dvoretsky1
The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
1
Dnipropetrovsk State Agrarian and Economic
University, Ukraine, 2University of Girona, Spain,
3
Catalan Institute for Water Research, Spain
16:58-17:15 [6A.5] Acoustic harvesting of algal biomass: species
and compositional impacts
A. Aligata*, E. Hincapié Gómez, J. Tryner, A. Marchese,
J. Quinn
Colorado State University, USA
17:15-19:00 Poster Session 2 | Room: Brickell/Flagler
19:00-22:00 Conference Dinner (Ticket holders only)
Location: The Caprice
[6B.5] Lipid remodeling in neutral lipid (NL) pools in
Nannochloropsis salina under nitrogen deplete and
cold stress conditions
S. Willette*, S. Gill, B. Dungan, F.O. Holguin
New Mexico State University, USA
Wednesday June 21, 2017
Room
Room: Tuttle/Monroe
Session Chair: Olaf Kruse, Bielefeld University, Germany
08:00-08:10 Welcome and introduction
José A. Olivares, Conference Co-Chair, USA
08:10-08:40 [PLE7] Kelp sea farming: How to produce enough biomass for a biorefinery approach
Alejandro Heriberto Buschmann Rubio, Pontifical Catholic University of Chile, Chile
08:40-09:10 [PLN8] TBD
TBD, TBD
09:10-09:40 [PLN9] Cyanobacteria production of terpene compounds
Anastasios Melis, University of California Berkeley, USA
09:40-10:00 Coffee Break | Room: Brickell/Flagler
Rooms
Tuttle
Monroe
10:00-12:12 Session 7A: Algal Harvesting and Extraction Sytems
Session 7B: Bioproducts from Algae
Session Chair: José A. Olivares, Conference Co-Chair, USA Session Chair: Olaf Kruse, Bielefeld University, Germany
10:00-10:30 INVITED TALK: [INV8] Electroporation and Pulsed
INVITED TALK: [INV9] Towards industrial products
Electric field technologies in marine macroalgae
from microalga
biorefineries
Rene Wijffels, Wageningen University & Research, The
Alexander Golberg, Tel Aviv University, Israel
Netherlands
10:30-10:47 [7A.1] Rupturing cells and breaking emulsions [7B.1] A biorefinery from Arthrospira platensis (VKPM
ongoing challenges for energy efficient wet lipid
V-12619): Simultaneous production of biodiesel and
extraction
phycocyanin
G.J.O. Martin*, S.Q. Law, B. Chen, B.H.J. Yap,
Y.E. Sergeeva*1, K.V. Gorin1, V.M. Pojidaev1,
S.A. Crawford, R.R. Dagastine, R. Halim, P.J. Scales
J.V. Ulyanova2, P.M. Gotovtsev1, R.G. Vasilov1
1
The University of Melbourne, Australia
National Research Center - Kurchatov Institute, Russia,
2
Dmitry Mendeleev University of Chemical Technology
of Russia, Russia
10:47-11:04 [7A.2] Synergistic integration of C12 to C16 cationic
[7B.2] Developing microcapsules of phycocyanin from
surfactants for flocculation and lipid extraction from Arthrospira platensis and their properties
Chlorella and Scenedesmus biomass
A.M. Arevalo-Gallegos*, S.M. Ortiz-Muñoz,
Y.J. Lai*1, Y. Zhou1,2, B. Rittmann1
L.I. Rodas-Zuloaga, J.S. Garcia-Perez, D.A. Esquivel1
Biodesign Swette Center for Environmental
Hernandez, A. Ontiveros-Valencia, R. Parra-Saldivar
Biotechnolog, Arizona State University, AZ, USA, 2Tongji Tecnologico de Monterrey, Mexico
University, China
The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
11:04-11:21 [7A.3] Advanced, low-cost, system for algae
dewatering
A. Damle
Techverse, Inc., USA
11:21-11:38 [7A.4] Nutrient recovery from algal biomass during
thermochemical treatment - Phosphorus recovery
application
S.A. Alimoradi et al
The University of Kansas, USA
11:38-11:55 [7A.5] Development of analytical model to predict
microalgae growth in open pond raceway systems
based on local solar irradiance
S. Pankratz*, A.O. Oyedun, A. Kumar
University of Alberta, Canada
[7B.3] High-valued, solid, calcium phosphate synthesis
from hydrothermal liquefaction of algal solids
R.D. Hable*, S. Alimoradi, A.C. Ruhmann,
A.M. Doerflinger, S.M. Stagg-Williams, B.S.M. Sturm
University of Kansas, USA
[7B.4] Sterol molecular fingerprinting in different
algae provide options for high-value co-product
development
O. Palardy, K. Duff, S. Van Wychen, L. Laurens*
National Renewable Energy Laboratory, USA
[7B.5] A Biorefinery approach towards induction of UV
protectants and lipid accumulation in cyanobacteria
F.P. Pons-Faudoa1, Z. Falcón-Valdés2, R. Chandra*2,3,
R. Parra-Saldivar2
1
School of Medicine and Health Sciences, Mexico,
2
School of Engineering and Sciences, Mexico, 3Arizona
State University, USA
[7B.6] Nutrient recovery from algal based wastewater
treatment system
M. Karbakhshravari*, S. Henkanatte-Gedera, C. Papelis,
N. Nirmalakhandan
New Mexico State University, USA
11:55-12:12 [7A.6] A fresh look at the low-energy potential of
acoustic harvesting technology
J. Coons*1, B. Yap1, F. Trampler2
1
Los Alamos National Laboratory, USA, 2SonoSep,
Austria
12:12-14:15 Lunch and Poster session 3 | Room: Brickell/Flagler
Rooms
Tuttle
Monroe
14:15-15:40 Session 8A: Algal Cultivation – New Conversion
Session 8B: Algal Cultivation – Phototrophic Systems in
Technologies
PBRs
Session Chair: Shulin Chen, Washington State University, Session Chair: Rene Wijffels, Wageningen University &
USA
Research, The Netherlands
14:15-14:32 [8A.1] Production of high-value nutraceutical
[8B.1] Laboratory scale photobioreactor for the
compounds using microalgae
development of technology for macroalgae biorefinery
D.D. McClure*, A. Luiz, J.M. Kavanagh, G.W. Barton
O. Habiby*, A. Liberzon, A. Golberg
The University of Sydney, Australia
Tel Aviv university, Israel
14:32-14:49 [8A.2] Chlorella vulgaris fertilizer to grow wheat on
[8B.2] Impact of light quality on the growth kinetics of
nutrient poor soils
Chlorella sorokiniana in high-density photobioreactors
C. Schreiber*1, H. Schiedung2, L. Harrison1,
P. Bergmamm1, P. Ripplinger1, W. Trösch2, P. Scherz*1
3
3
1
1 1
A. Sadowsky , I. Hotopp , B. Ackermann , D. Hofmann , Subitec GmbH, Germany, 2University of Hohenheim,
S. Schrey1, T. Mettler-Altmann3, L. Nedbal1 et al
Germany
1
Forschungszentrum Jülich, Germany, 2Rheinische
Friedrich-Wilhelms-Universität Bonn, Germany,
3
Heinrich Heine Universität Düsseldorf, Germany
14:49-15:06 [8A.3] Preparation of bioethanol/beer from seagrass [8B.3] Growth and maintenance of microalgae on a
seeds-seagrass can be a crop harvesting marine cereal? filter paper strip and its potential for biological CO2
M. Uchida
mitigation
Japan Fisheries Research and Education Agency, Japan A.A. Umar*, G. Caldwell, J. Lee
Newcastle University, UK
15:06-15:23 [8A.4] Poly-phosphate is a highly dynamic polymer in [8B.4] Enhancement of lipid productivity of
the green alga Chlorella vulgaris
Nannochloropsis gaditana using multi-stage
T. Mettler-Altmann*1, A. Sadowsky1, B. Ackermann2,
continuous cultivation strategy
The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
15:23-15:40
15:40-16:00
Rooms
16:00-17:42
16:00-16:17
16:17-16:34
16:34-16:51
16:51-17:08
17:08-17:25
S. Moudríková3, A. Solovchenko4, P. Mojzeš3, L. Nedbal2 M-G. Sung*1, B. Lee1, K. Nam1, Y.K. Chang1,2
1
1
CEPLAS (Cluster of Excellence in Plant Science) &
KAIST, Republic of Korea, 2Advanced Biomass R&D
Institute of Plant Biochemistry, Germany, 2Institute of Center, Republic of Korea
Bio- and Geosciences / Plant Sciences (IBG-2) and
Agrosphere (IBG-3), Germany, 3Charles University, Czech
Republic, 4Moscow State University, Russia
[8A.5] An integrated approach of Dunaliella cultivation [8B.5] An integrated high pH, high alkalinity system for
and poultry litter digested sewage treatment for
the production of phototropic biomass and
nutrient removal and β-carotene production
biomethane from atmospheric CO2
Y. Zhao1,2, H.F. Lu*1, Y.H. Zhang1,2, X.F. Wang1, L. Zhang1 C.E. Sharp*, Z. Urquhart, K.A. Cañón-Rubio,
1
China Agricultural University, China, 2University of
O. Horanszky, S. Urschel, G. Siegrist, M. Strous
Illinois at Urbana-Champaign, USA
University of Calgary, Canada
Coffee Break | Room: Brickell/Flagler
Tuttle
Monroe
Session 9A: New Technologies
Session 9B: Algal Cultivation – Phototrophic Systems in
Session Chair: José A. Olivares, Conference Co-Chair, USA PBRs
Session Chair: F. Gabriel Acien, University of Almeria,
Spain
[9A.1] Valuable secondary metabolites from
[9B.1] Complete NPK recycle in algal cultivation after
microalgae and cyanobacteria: increasing production, hydrothermal liquefaction of algal biomass
yield and range of bioactives such as fucoxanthin
S.J. Edmundson*, R. Kruk, M.H. Huesemann,
V. Beuzenberg1, J. Puddick1, E.O. Goodwin1,
T. Lemmon, J. Billing, A. Schmidt, D. Anderson
D. Romanazzi1, M.R. Miler1, E. Forbes-Blom2, A. Jones2, Pacific Northwest National Laboratory, USA
P. Hessian3, S.A. Adams1, M.A. Packer*1 et al
1
Cawthron Institute, New Zealand, 2Malaghan Institute,
New Zealand, 3University of Otago, New Zealand
[9A.2] Microalgae based co-culture as a potential
[9B.2] Wastewater treatment for nutrient recovery
biotechnological tool
with Ecuadorian local microalgae
G. Padmaperuma*, R.V. Kapoore, S. Vaidyanathan, D.J. B. Benitez1, V. Ochoa-Herrera*1, P. Champagne2,
Gilmour
A. Ramos2, A. Torres1, R. Peñafiel1
1
University of Sheffield, UK
Universidad San Francisco de Quito, Ecuador, 2Queen´s
University, Canada
[9A.3] Dye-based light manipulation for enhancement [9B.3] Mixotrophic cultivation of microalgae sp.
of microalgal carotenoid production
Scenedesmus abundance in airlift photobioreactor to
L. Ramanna*, I. Rawat, F. Bux
yield biodiesel of high quality: Strategy to reduce the
Durban University of Technology, South Africa
poly-unsaturated fatty acid content
S. Gupta*, R. Pandey, S. Pawar
CSIR-National Environmental Engineering Research
Institute, India
[9A.4] Autonomous and timely detection of
[9B.4] New approach for brewery wastewater
suboptimal microalgal growth
treatment using the microalga Scenedesmus obliquus,
F. Jia*, M. Kacira, G.E. Ogden, K.L. Ogden, J.K. Brown
monitored by flow cytometry
The University of Arizona, USA
T. Lopes da Silba*, L. Marchão, L. Gouveia, A. Reis
LNEG, Portugal
[9A.5] A droplet microfluidics system for high[9B.5] Impact and characterization of heavy metals
throughput screening of microalgal mutant libraries
inherent in waste streams on microalgae growth and
H.S. Kim1, S. Hsu2, S. Han*1, H. Thapa1, A.R. Guzman1,
lipid production
D.R. Browne1, M. Tatli1, T.P. Devarenne1, D.B. Stern2,
D. Hess1, E. Torres2, K. Napan2, B. McNeil2, J.C. Quinn*1
The 7th International Conference on Algal Biomass, Biofuels and Bioproducts | Oral Programme
1
A. Han1
Colorado State University, USA, 2Utah State University,
1
2
Texas A&M University, USA, Boyce Thompson Institute, USA
USA
17:25-17:42 [9A.6] In-situ observation and quantification of
[9B.6] Biomass, lípids and pigments production in a 20
microalgae-to-bioproducts conversions on a
l airlift coupled to n and p removal: Biotic and abiotic
microfluidic platform
assessments
X. Cheng*, J. Riordon, B. Nguyen, M. Ooms, D. Sinton
Y. Lopez-Hernandez*, I. Garcia-Peña, I. Chairez-Oria,
University of Toronto, Canada
L. Torres-Bustillos
UPIBI-IPN, Mexico
17:42-17:52 Conference Closing | Room: Tuttle/Monroe