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Chemicals & Fuels Development Center

The Chemicals and Fuels Development Center (CFDC) is a nationally recognized research hub dedicated to advancing both traditional and alternative fuels, alongside high-value chemical co-products, with a strict emphasis on sustainable production methods. A primary area of R&D focus includes the synthesis of high-performance liquid fuels derived from renewable feedstocks such as biocrude, sewage sludge, and specialized cultured crops.

More recently, the engineering team at the CFDC has emerged as a pioneer in resource recovery, developing pathways to convert urban municipal waste streams into foundational feedstocks for next-generation biorefineries. Led by Dr. Rafael Hernandez, the center maintains strong strategic partnerships across several key university divisions, including Chemical Engineering, Civil Engineering, Biology, Chemistry, and Geosciences.

Core Research Domains

 
BIOFUELS & LIPIDS

Extraction and synthesis of bio-based diesel and advanced liquid fuels utilizing complex municipal residuals, agricultural fractions, and waste lipids.

RESOURCE RECOVERY

Upgrading standard industrial wastewater treatment facilities and urban footprints into fully optimized, closed-loop bioprocessing plants.

RENEWABLE CO-PRODUCTS

Thermochemical and catalytic transformation of biomass waste fractions into green adhesives, biochemical intermediates, and alternative biocoal assets.

Current Research Initiatives

 
01

Production of high-yield lipids using wastewater residuals to position urban water reclamation plants as future biorefineries.

02

Utilizing delipidified microalgae cake processing matrices as an organic feedstock to synthesize structural green adhesives.

03

Upgrading agricultural and industrial anaerobic digester arrays for the conversion of waste gas streams into pipeline-quality methane.

04

Thermochemical transformation of waste forestry woody biomass into customized biocoal for direct coal replacement at operating power facilities.

05

Design and deployment of dynamic reactive filter beds for the steady-state production of high-purity synthesis gas (syngas).

Center Leadership

 
Dr. Rafael Hernandez

Dr. Rafael Hernandez

Associate Executive Director of the EIL & Director of the CFDC

Home Academic Unit: Chemical Engineering

Key Areas of Expertise: Bioprocessing, advanced chemical synthesis, organic process chemistry, reaction kinetics, environmental engineering metrics, and rapid process commercialization scales.