• [ ] Winter ‘24: Camera for petri dish evaluation online
• [ ] Winter ‘24: Evaluate outcome of bioreactor UO lab with yogurt and make any recommended changes, including petri dishes and bacterial counts with dilution and culturing
• [ ] Winter ‘24: Compile list of sensing and output scenarios for 4 different equipment pieces and obtain the needed items to begin switching controls from Labview to Opto22. One of the Non-newtonian controllers, and one of the pump carts to start with.
• [ ] Winter ‘24: Complete bioreactor evaluations and problem statement for fluorescence with E-coli
• [ ] Winter ‘24: Setup urea dialysis with dialyzer cartridges (Nathan and Jacob)
• [ ] Winter ‘24: Get new GC’s working for both the CO2 concentration and the liquid auto-sampler
• [ ] Winter ‘24: Fundamentals lab on the absorption of a species into a bubble as it rises (Crystal Violet Liquid Contact Transfer Experiment)
• [ ] Winter ‘24: Add CO2 to adsorption column
• [ ] Winter ‘24: Evaluate the Heat Transfer Desktop Learning Modules for use as a fundamentals lab and classroom demo. Evaluate them as well with the heat transfer correlations. Possibly upgrade them with data collection devices with an Arduino/ESP32.
• [ ] Summer ‘24: Add data collection to Tank Carts
• [ ] Summer ‘24: Opto22 to Heat Exchanger Carts
• [ ] Summer ‘24: Critical Point Cell with Demo for Thermodynmics
• [ ] Summer ‘24: Ebulliometer videos - Clint and Rubin
• [ ] Summer ‘24: Shell and Tube Updated Video
• [ ] Future: Smoke Eddy with Laser Demo - Clint
• [ ] Future: Reach out to National Instruments representative on the status and potential necessary upgrades for the experimental controls in the UO and Fundamentals lab. We need to get an estimate on when they may not work due to software or firmware or hardware incompatibilities -Clint
• [ ] Future: Develop viscometer fundamentals lab and demo
• [ ] Future: Develop partial volume fundamentals lab
• [ ] Future: Setup the viscosity meters for classroom demos or a potential fundamentals lab and order Cannon fensli opaque viscometers (order sheet submitted): Gregory
• [ ] Future: CO2 absoprtion with packed columns (https://www.1pointfive.com/dac-technology potassium hydroxide can adsorb CO2 from the air and then reacts with calcium hydroxide (from calcium oxide) to form calcium carbonate