I've really enjoyed the video. However, so far Integza is more of videoblogger who entertain his audience rather than engineer working towards a better system f

I've really enjoyed the video. However, so far Integza is more of videoblogger who entertain his audience rather than engineer working towards a better system for his goals. This article - https://www.hydrogen-peroxide.us/uses-monoprop-steam-generation/LLNL-Hydrogen_Peroxide_for_Smaller_Satellites-1998.pdf https://www.hydrogen-peroxide.us/uses-monoprop-steam-generat... - explains the basics of hydrogen peroxide propulsion technology. For example, having 50% peroxide, one can make more concentrated one - like, 85% used by Britain in their orbital launcher Black Arrow - by relatively simple evaporation. I guess the problem is that it's less useful for video. It was really good to see catalyst pack experiments with printed porous ceramics. It would be very interesting :) to see if that ceramics - and active ingredient potassium permanganate - would stand higher temperatures of decomposition of higher concentration peroxide. But that's an exercise for the viewer - and the technology for that, a specialized 3D printer and high-content ceramics photopolymer aren't too accessible for many. The video - and the channel as a whole - are still pretty good though.