AEE provides consulting services in water resources management and environment engineering.
 |
AEE team members have a long record of experience in surface water hydrodynamic, water quality, and sediment transport modeling, including: 1) model code development, modification and verification, 2) field data collection, analysis, database design and implementation, 3) model calibration and verification, integrated watershed-receiving water management, and TMDL analysis, 4) development and application of post-processing software for model results visualization and animation, and 5) model technology transfer to clients. AEE members have collectively completed more than 30 three-dimensional surface water system modeling studies. The staff has extensive experience using a variety of models including: the EFDC, POM/ECOM, WASP5 and CE-QAUL-IC water quality models. |
| Modeled surface chlorophyll a concentration (mg/l) and current (cm/sec) in Lake Okeechobee, Florida on 6/2/2000. |
 |
AEE team members have many years of experience in watershed modeling and TMDL studies. AEE members' experiences include developing large scale models of watersheds and the linkage of nonpoint sources to rivers, lakes, and estuaries in conjunction with total maximum daily load (TMDL) studies. Previously studies areas include the Tygart River Basin, Elk Creek, Stoney River, and the Monongahela River for West Virginia. AEE members also developed algorithms and tools for modeling the water quality impact of atmospheric deposition of mercury and applied the tools to model mercury concentrations in the Great Lakes tributaries. |
||||
| TMDL development for Salt Creek, West and East Branch DuPage River, Illinois. | |||||
| AEE has a highly motivated and well trained professional team that provides the development and application of a variety of water resource management models/tools. |   |
||||
|
AEE staff is working on a modeling project. |
|||||
 |
|
||||
| An AEE organized software training class |
|||||
|
AEE team members worked on the design and development of the EPA's Better Assessment Science Integrating Point and Nonpoint Sources (BASINS) software, which integrates Geographic Information System (GIS), national environmental databases, and watershed and water quality models to simulate the impact of point and nonpoint source loading in a stream network system. AEE team members designed graphical user interfaces (GUIs) for the EPA's Toxiroute, HSPF, QUAL2E and SWMM models, supervised code development and managed software testing and debugging. AEE members developed the BMP Tracking System, a software program, for Prince George's County, Maryland, to assess the performance of storm water BMPs and to compute pollutant removals under different scenarios. AEE team also includes experts in groundwater model and software development. |
 |
||||
|
|