There's always something "following" you around --- you "adapt/learn to live with it."Cyrus the great said:using rotary evaporator
Rotary evaporator contamination refers to the presence of unwanted substances or impurities in a sample or solvent that can affect the accuracy and reliability of the results obtained using a rotary evaporator.
Contamination can occur in a rotary evaporator through various means such as improper cleaning of the equipment, use of contaminated solvents or samples, and cross-contamination from previous experiments.
Contamination can lead to inaccurate measurements and results, as well as affect the purity and integrity of the sample being analyzed. It can also result in equipment malfunction and damage, leading to additional costs and delays in research.
Contamination can be prevented by following proper cleaning and maintenance protocols for the equipment, using high-quality and pure solvents and samples, and implementing strict lab practices to prevent cross-contamination.
If contamination is suspected, it is important to stop the experiment immediately and thoroughly clean and decontaminate the equipment before proceeding with any further experiments. It may also be necessary to repeat the experiment with new equipment and samples to obtain accurate results.