Adiabatic insulation
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Let’s discuss why adiabatic reactors aren’t designed as hollow sleeve structures, like thermos cups, with insulation material added as well
Vacuum insulation structures are quite complex, right?
This is a great idea; it should be possible to implement it. However, when carrying out engineering design, we need to consider first the feasibility from a technical standpoint, second its reliability and maturity, and third its cost-effectiveness. It’s worth trying this idea through experiments – it should work.
Mm-hmm, yeah. But it’s probably quite difficult in terms of safety – it’s not easy to detect thermal deformation on the inner surface of the device. However, using insulating material is similar; it seems to have potential
A small thermos will work; try using a larger one. It’s not feasible.
Not to mention anything else, manufacturing large containers capable of withstanding negative pressure is very costly. Moreover, the technology is not very mature.
You’re referring to the jacket; its cost is quite high. Of course, there are also the issues mentioned by the friend above.
If it is hollow, the air inside will expand due to heat, causing deformation of the reactor, which poses a serious safety risk; it is therefore best to wrap it with insulating material to reduce heat loss. Our company specializes in the production of ceramic fiber-based high-insulation materials, custom-shaped components, high-temperature mortars, fiber surface coatings and curing agents, as well as insulation pads for electric ceramic stoves. We offer professional engineering services and construction expertise in insulation projects. Please feel free to call us for inquiries regarding business opportunities; contact number: 15290156013