This was our first software package created by Dan Danowski. EnviroLand contains several Visual Basic simulations of wet laboratory experiments for environmental chemistry (i.e. alkalinity, hardness, dissolved oxygen, biochemical oxygen demand, etc.), a theoretical calculation/simulator (pC-pH diagram), and seven pollutant fate and transport simulators. EnviroLand only works on PC machines. Zipped file size: 12 Mb
This Flask-based package replaces EnviroLand and is compatible
on Mac and PC machines. Fate contains pollutant fate and transport simulators
for pulse and step inputs of pollutants to atmospheric, lake, river, and
groundwater systems. This software was created by Elliot Anders and Frank
Dunnivant. Zipped file size: 11 Mb
To Print in Fate
This Flask-based package replaces the pC-pH simulator
in EnviroLand and is compatible on Mac and PC machines. The user can draw
diagrams for any concentration of carbonate or sulfide in water. This
software was created by Elliot Anders and Frank Dunnivant. Zipped file
size: 622 Kb
To Print in pCpH
This Flask-based package takes the viewer on a tour of state-of-the-art drinking water and domestic wastewater treatment plants. Water serves as a great introduction to treatment processes and is geared toward high school and undergraduate education. Zipped file size: 344 Mb
This Flask-based package focuses on three pressing issues in environmental chemistry and engineering: acid rain, global warming, and ozone depletion. It serves as a great introduction to environmental issues and is geared toward high school and undergraduate education. Zipped file size: 52 Mb
This Flask-based package provides a detailed overview of the theory and use of a capillary column gas chromatograph. The GC Tutorial is geared toward laboratory courses in environmental chemistry and instrument methods of analysis. Zipped file size: 35 Mb
This Flask-based package provides a detailed overview of the theory and use of a high pressure liquid chromatograph. The HPLC Tutorial is geared toward laboratory courses in environmental chemistry and instrument methods of analysis. Zipped file size: 62 Mb