Figure 3. Simulated control client sensor display.

3D Virtual Wind Turbine Simulator for Training

A lack of trained wind energy professionals exist qualified to develop and maintain the increasing number of wind turbines across the country. Further, effective training of new technicians is obstructed by a disconnect between theoretical learning in the classroom and practice in the real world. Finally, access to “hands-on” training with actual wind turbine equipment ...

The ESP of the city of Hamilton, OH Municipal Electric Plant

Boiler Numerical Investigation for MACT Compliance

The city of Hamilton, OH Municipal Electric Plant (Hamilton), operates a pulverized coal fired boiler (No. 8) subject to the boiler Maximum Achievable Control Technology (MACT) standards issued by the US EPA. EQ Engineers, LLC (EQE) has been employed by Hamilton to study and evaluate options for achieving MACT standards on a consistent basis as ...

Simplification of the computational geometry

FGD Inlet Ductwork

R.M Schahfer Units 17 & 18 are Combustion Engineering (CE) tangential firing PC boilers with net full load output of 361 MW. They currently burn Illinois bituminous fuel and are equipped with limestone wet flue gas desulfurization (FGD) systems for SO2 control. The flue gas will come into contact with limestone slurry in the absorber ...


Flood Modeling 3D Lab for Civil Engineering

Flooding can lead to significant damage and loss of life. Flood planning is critical to mitigating losses in the event of disasters. In most civil engineering programs that teach about flood planning, it is not economically viable to develop a physical laboratory setup to simulate flood scenarios. A simulated flood based on a 2008 flood ...

Virtual Groundwater isometric view

Groundwater Simulation for Virtual Education

Groundwater, as the major contributor to the fresh water resource, has been contaminated by agricultural and industrial activities in recent years. However, it is extremely difficult to obtain data to assess the current pollution situation or to predict contaminates’ movement trend. The problem also renders challenges in education. Civil Engineering Students are easy to get ...

On the left, a photo of inside the SCR system. On the right, an image showing gas velocity inside the SCR with different colors representing different velocities.

NIPSCO Unit 7 Selective Catalytic Reduction Flow Model Analysis


CFD model and 3D VR model of the FGD unit.

Power Plant – 3D Interactive Training Package for Flue Gas Desulphurization (FGD) System

NIPSCO has two new Flue Gas Desulfurization (FGD) systems at its Schahfer Generating Station. The FGD systems are designed to remove SO2 from flue gas generated by the boiler. The flue gas enters the absorber just above the reaction tank liquid level and rises upwards. As it rises, it contacts fine droplets of recycled ...

CFD Simulation Results

Power Plant – Air Duct

NIPSCO Bailly Generating Station had a problem with a coal fired boiler. After completing the installation of pollution control equipment, the exhaust air ducts, through which exhaust gas from coal combustion is discharged to pollution control units, were operating at just 85 to 90 percent of maximum capacity. The reduced operating capacity ...

Simulation Results

Venturi Scrubber Throat Optimization and Design

A venturi scrubber is a device which utilizes liquid to remove fine particulates from gaseous streams. ArcelorMittal USA has developed a pollution control process using venturi scrubber for removal of particulates from the exhaust gas in a sinter plant. However, excessive wear on the side wall of the throat has been found leading to considerable ...


Wind Energy – 3D Wind Field Construction

Wind energy, as one of the cleanest renewable energy, is becoming increasingly important. Both the installed wind power and the generated energy are increasing by 30% per year world-wide. Economical performance of a wind turbine is determined by the efficiency of the blade. If the airflow over wind turbine blades could be controlled fully, the ...


Wind Energy – Mixed Reality Simulators for Wind Energy Education

The issue of transferring learned concepts to practical applications is a widespread problem in postsecondary education. Related to this issue is a critical demand to educate and train a generation of professionals for the wind energy industry. With initiatives such as the U.S. Department of Energy’s “20% Wind Energy by 2030” outlining an exponential increase ...