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Louisiana Energy Extension Service (LEES)

The mission of the Louisiana Energy Extension Service (LEES) is to serve as a primary technical information source and extension provider for the Louisiana energy industry and its diverse stakeholders. LEES delivers critical guidance pertaining to technology descriptions, process mechanisms, technology-related operational limits, feedstock and product assessments, workforce potential, environmental implications, and process economics.

Operating as a state-wide repository of specialized extension agents and technical archives, LEES makes vital resources freely available to energy sector stakeholders to assist in deployment and operations. Led by Dr. Mark Zappi, P.E., LEES bridges academic innovation and practical, real-world utility across the region.

Extension Focus Domains

RESOURCES & ASSISTANCE

Deploying informational archives and specialized technical advisory services to help state energy partners evaluate operational scales, feedstock metrics, and chemical processes.

WORKFORCE DEVELOPMENT

Analyzing emerging regional green job creation trends and delivering insights regarding the strategic training and vocational shifts required to preserve industrial talent.

EXTENSION PLATFORM

Modeling the proven, highly successful agricultural extension service archetype to distribute technical knowledge, process summaries, and economic frameworks across the state.

Technical Assistance Services

01

Providing a state-wide framework that mirrors the agricultural extension model to translate technical and economic data cleanly into industrial applications.

02

Delivering data-driven insights and projections into future clean energy industry trends and sustainable green job creation across the gulf region.

03

Offering objective technical recommendations on target training curricula and industrial retraining initiatives needed to support Louisiana’s workforce transition.

Center Leadership

Dr. Mark E. Zappi, P.E.

Dr. Mark E. Zappi, P.E.

Director, Louisiana Energy Extension Service

Home Academic Unit: Chemical Engineering

Key Areas of Expertise: Biofuels processing, environmental engineering, industrial technical assistance, energy system scaling, process commercialization, and chemical production paths.