Center for Advanced Energy Systems and Environmental Control Technologies

CAESECT

School of Engineering Mission

The school of Engineering at Morgan State University offers educational programs which ensure that students acquire the ability to master fundamental principle of engineering which may be applied effectively to benefit society.

CAESECT Mission

The Center for Advanced Energy Systems and Environmental Control Technologies (CAESECT) will develop fundamental technology to improve energy utilization across a wide range of industries. In education, it will impart a cross-disciplinary approach to students at all levels. In industrial collaboration, it will work with member companies to develop new methods for advanced energy systems design and environmental control technologies.

Research Activities

• Laser-based LDV, PIV, and PDPA Applications on Atomization Spray
• Laser-based LDV, PIV, and PDPA Application on FBC and CFB Modeling
• Propulsion Combustion of the Rocket Engine
• Design of Advanced Energy Systems
• Advanced High Efficiency Emissions Control
• Atmospheric Emission Control
• Waste Management: Utilization and Disposal
• Testing of Advanced Power System (FBC and CFB Testing, Hot Gas Cean Up and Gas Separation)
• Alternative Fuels /Renewal Energy
• Advnced Material Science
• Energy and Environmental Management and Assessment
• Computer Simualtion with CFD and Numerical Modeling

Laboratories

(1 ) Lab #1: Rm 146, Mitchell Engineering Building
Area: 600 sq. ft.

(2) Lab #2 : Rm: 119, Mitchell Enngineering Building
Area: 240 sq. ft.

(3) Lab # 3 : Rm 105, William Donald Schaefer Engineering Building
Area 1200 sq. ft.

Major Facilities

• Laser-Based Particle Image Velocimetry (PIV)
• 3-D Phase Doppler Particle Analyzer / Laser Doppler Velocimeter
• Combustion Research Unit
• Advanced Swirling Fluidized Bed
• Combustors: Cold / Hot Models
• Advanced Circulating Fluidized Bed System
• Computerized Emission Analyzer
• Air Flow Measurement System
• Stream Motor and Energy Test Conversion Test Rig
• Wind Tunnel
• Cross-Flow Heat Exchanger
• Convective Heat Transfer Research Unit
• Industrial Scaled Process Control Unit
• Modular Control System Designer
• Universal Energy Conversion / Distribution Machines
• HVAC Research Systems and Components
• Gasoline / Diesel Engine Test Beds
• Industrial Boiler and Components

Undergraduate Classes

• Thermodynamics (IEGR 305)   
• Industrial Technologies I and II (IEGR 315 / 415)
• Industrial Data Acquision Systems (IEGR 390)
• Industrial Safety and Health (IEGR 406)
• Production and Design I ang II (IEGR 345 / 445)
• Product Design (IEGR 480)
• Senior Design Project I and II (IEGR 496 / 498)

Graduate Classes

• Advanced Instrumentation Techniques (IEGR 570)
• Advanced Interal Combustion Engine (IEGR 571)
• Design and Analysis of Energy Systems (IEGR 572)
• Applied Thermodynamics and Combustion (IEGR 573)
• Heating, Venting, Air Conditioning (HVAC), and Energy Conservation Systems (IEGR 574)
• Computational Heat and Fluid Engineering (IEGR 577)
• Occupational Safety Engineering (IEGR 585)
• Industrial Engineering Application in Health Systems (IEGR 686)
• Engineering Design Process (IEGR 690)

Dr. S. W. Lee, Director

email: slee@eng.morgan.edu

www.eng.morgan.edu/~caesect