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Chemistry Requirements
Sparkles the Unicorn edited this page Jan 15, 2025
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- Timed addition of liquids from one addition flask to the reaction vessel. ✅
- Possibility to add the liquids at a specified rate. ✅
- Timed addition of liquids from two or three addition flasks.
- Possibility to add solids at a specified time and rate.
- Heating up to 120 °C.
- Possibility to add an ice bath around the reaction vessel for cooling.✅
- Heating up to 200+ °C
- A cooling system, that can cool the vessel down to -80 °C.
- Less ambitious: cool the vessel down to -15 °C.
- Heating and cooling of the addition flasks.
- A system that effectively stirs the contents of the vessel.✅
- Specific stirring from 0-1400 rpm.
- Possibility to flush the system with inert gas. This gives a semi-inert atmosphere.
- Possibility to run reactions under a slightly positive pressure of inert gas, to stop air from leaking in.
- Possibility to dry the reaction vessel, stir spoon, and addition flasks, at over 100 °C (to remove moisture).
- A closed system that can alternate vacuum and inert gas, to give a completely inert atmosphere.
- Possibility to control the atmosphere in the addition flasks.
- If we could have an airtight system, that could keep a vacuum, we could also use that together with heating to evaporate solvents straight from the reaction vessel. Which would be super nice.
- Resistance to all organic solvents.
- Resistance to normal acids and bases. (2 M HCl/NaOH).
- Resistance to high and low temperatures.
- Resistance to strong acids and bases.
It would be very useful to be able to change the size of at least the reaction vessel.
- A modular system, where the reaction vessel can be anything between 50 mL to 1 L. (For example 50, 100, 250, 500, and 1000 mL).
- Possibility to make the vessel even smaller or bigger (10 mL or 2 L).
- Possibility to also modify the size of the addition flasks.