Carlifornia Crematory Manager Practice Exam

Which of the following is a material suitable for a hydrolysis container?

1. Plastic

2. Cardboard

3. Silk

4. Foam

The correct answer is: Silk

The correct choice is silk, as it can be used in specific applications related to hydrolysis containers. Hydrolysis involves breaking down organic material in a controlled environment, often using water and heat, and the materials chosen for containers must withstand these conditions and not introduce any contaminants. Silk, being a natural fiber, has properties that can be advantageous in hydrolysis processes. It is biodegradable, can handle moisture without disintegration, and does not leach harmful chemicals, which is crucial in maintaining the integrity of the hydrolysis process. Its structural integrity enables it to be used in processes where organic waste is broken down and transformed efficiently. Meanwhile, plastic may be unsuitable due to potential leaching of chemicals into the hydrolysis environment, which could affect the outcome of the process. Cardboard, while biodegradable, might not withstand the hydrolysis conditions, such as high moisture and temperature levels, leading to its degradation before the process is complete. Foam typically cannot endure the conditions of a hydrolysis environment either, making it an unreliable choice. Thus, silk stands out as the most suitable material for this purpose.