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Mark Crocker, PhD Associate Director – Biofuels & Environmental Catalysis Group University of Kentucky Center for Applied Energy Research 2540 Research Park Drive Lexington, KY 40511 Phone: 859-257-0295 Fax: 859-257-0302 Email: [email protected] Algae & Biofuels Lab Microalgae have aracted considerable interest in re- cent years as a high-yield renewable feedstock for the producon of fuels and chemicals. In addion, algae have been proposed as a means to capture and ulize power plant emissions, since photosynthec algae can use the CO 2 in flue gas as a carbon source. CAER has extensive experse in this area, specializing in acvies such as: Photobioreactor design, construcon and operaon Photobioreactor integraon with power plants Algae culvaon, harvesng and dewatering Algal biomass analysis Biofuels – fuels derived from biomass – are promising alter- naves to fossil fuels since they are renewable and carbon neutral (the CO 2 generated during biofuel use is consumed by plants through photosynthesis, closing the carbon cycle). CAER has considerable experience on the catalyc conver- sion of different forms of biomass to fuels and chemicals, parcularly as it pertains to: Biomass densificaon through pyrolysis and liquefacon Catalyst synthesis and characterizaon Catalyc upgrading in batch, semi-batch and connuous reactors Analysis of reacon feeds and products CAER welcomes inquiries from pares interested in its exper- se for potenal collaboraons, consulng or contract work. www.caer.uky.edu Available equipment and instrumentaon Airliſts and photobioreactors for algae culvaon with capacity ranging from 8-1,500 L Portable flue gas analyzer for SO x , NO x , CO x and O 2 UV-vis spectroscopy and opcal microscopy to monitor algae growth Dionex DX500 ion chromatograph to monitor algae nutrients 300 mL, 2 × 100 mL and 4 × 25 mL srred autoclaves 2 × fixed bed microflow reactors Agilent 7890A GC, 7890A GC-MS, 6890 for Simulated Disllaon Agilent Infinity 1260 HPLC Agilent 3000A Refinery Gas Analyzer Micromerics ASAP2020 gas adsorpon analyzer Nicolet Nexus 873 FTIR spectrometer with DRIFTS accessory

Algae and Biofuels Lab · Algae & Biofuels Lab Microalgae have attracted considerable interest in re-cent years as a high-yield renewable feedstock for the production of fuels and

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Page 1: Algae and Biofuels Lab · Algae & Biofuels Lab Microalgae have attracted considerable interest in re-cent years as a high-yield renewable feedstock for the production of fuels and

Mark Crocker, PhD

Associate Director – Biofuels & Environmental Catalysis Group

University of Kentucky Center for Applied Energy Research

2540 Research Park Drive

Lexington, KY 40511

Phone: 859-257-0295

Fax: 859-257-0302

Email: [email protected]

Algae & Biofuels Lab

Microalgae have attracted considerable interest in re-

cent years as a high-yield renewable feedstock for the

production of fuels and chemicals. In addition, algae

have been proposed as a means to capture and utilize

power plant emissions, since photosynthetic algae can

use the CO2 in flue gas as a carbon source.

CAER has extensive expertise in this area, specializing in

activities such as:

Photobioreactor design, construction and operation

Photobioreactor integration with power plants

Algae cultivation, harvesting and dewatering

Algal biomass analysis

Biofuels – fuels derived from biomass – are promising alter-

natives to fossil fuels since they are renewable and carbon

neutral (the CO2 generated during biofuel use is consumed

by plants through photosynthesis, closing the carbon cycle).

CAER has considerable experience on the catalytic conver-

sion of different forms of biomass to fuels and chemicals,

particularly as it pertains to:

Biomass densification through pyrolysis and liquefaction

Catalyst synthesis and characterization

Catalytic upgrading in batch, semi-batch and continuous

reactors

Analysis of reaction feeds and products

CAER welcomes inquiries from parties interested in its exper-

tise for potential collaborations, consulting or contract work.

www.caer.uky.edu

Available equipment and instrumentation

Airlifts and photobioreactors for algae cultivation with capacity

ranging from 8-1,500 L

Portable flue gas analyzer for SOx, NOx, COx and O2

UV-vis spectroscopy and optical microscopy to monitor algae

growth

Dionex DX500 ion chromatograph to monitor algae nutrients

300 mL, 2 × 100 mL and 4 × 25 mL stirred autoclaves

2 × fixed bed microflow reactors

Agilent 7890A GC, 7890A GC-MS, 6890 for Simulated Distillation

Agilent Infinity 1260 HPLC

Agilent 3000A Refinery Gas Analyzer

Micromeritics ASAP2020 gas adsorption analyzer

Nicolet Nexus 873 FTIR spectrometer with DRIFTS accessory