Regarding pilot testing

I don’t know; I’ve only been working for 2 months and I want to learn *. I didn’t expect to see no replies yet. Those who understand, please reply quickly! Let’s learn together*

We are also preparing to start pilot testing; do you have any suggestions?

It depends on the specific project; generally, there are no such restrictions

Typically, for a certain manufacturing process to be adopted for a project, laboratory tests must first be conducted； The second step is a “pilot test”, which involves scaling up based on the results obtained in the laboratory ； The third step is “pilot testing,” which involves scaling up further based on the results of the lab tests. The first industrial-scale production facility built after the successful pilot test is called an “industrial demonstration facility.” After going through a period of adjustment, optimization, and improvement, the mature production facility becomes an “industrial production plant.” 1. Laboratory tests, or bench-scale experiments, are those that most students carry out in the laboratory. 2. Pilot testing, also known as stage 1 pilot testing, takes place on a pilot-scale; the scale is usually small, with annual production amountsing to dozens to hundreds of tons. 3. Demonstration testing, or stage 2 pilot testing, is conducted on a demo-scale; the scale is larger, and in industries such as coal chemical processing, annual production must be at least several thousand tons. 4. Industrial production, or commercial-scale production, refers to normal industrial scales, with annual production amountsing to hundreds of thousands to millions of tons. There is no standard definition for these scales; it depends on people’s tolerance for technical risks. From a technical perspective, we will discuss a magnification factor, which is where the technical risks lie. For example, with fixed-bed reactors, people already have a lot of knowledge about them; even for new reaction systems, a scaling factor of 500 is considered acceptable. For newer types of reactors, such as slurry-bed reactors, a scaling factor of just a few dozen may be tolerated, but when it reaches hundreds, concerns arise. As for gasification furnaces, a scaling factor of 10–20 is required. **For pilot and pilot-scale plants, there are no restrictions, nor are any special procedures required; the scale at which production is carried out is determined based on the maturity of the technology.

We also need to proceed with pilot testing; I’m not sure if we need to go through the necessary procedures now.