![]() Would reducing pipe diameter by half, and doubling the length increase surface area? Or would I need to significantly increase length while using a smaller diameter pipe. Let me preface, I don't know anything about surface area. In it's current state, the mod is a mostly feature complete port of Big Reactors, with only a few things missing that were in Big Reactors, most of them visual or me waiting on other mods. I want to try again, because I know it works and I want all my equipment hidden. Bigger Reactors is a from scratch rewrite of Big Reactors with one main design goal, bigger. Per our discussion, it appears the off gassing going on in this tank is going to be a challenge. Here's the interesting thing, the Cerges reactor is only achieving a similar drop. So I think this explains why I was getting less drop later. What I didn't notice, not until I went through a 10lb CO2 tank in 4 days, was that I had a massive leak in my regulator. ![]() I replaced it with 2x10 Inch Cerge reactors running inline with a dedicated pump. I noticed a sudden lack of a pH drop a few days ago so I decided to pull the HR (horizontal reactor) out. Extreme Reactor support natively the Forge Energy Power system with the Forge. I sent you a PM about this but maybe it's better to discuss things here for others. This is a port of the Big Reactors mod by Erogenous Beef to the current. This seems like where power generation falls off, and future danger of meltdowns begins to become dangerous. These are easy to farm with MFR grinders, and you only need a few carefully placed blocks to flow over your full setup. We may want to test in the future if same can be achieved with a horizontal generator, slightly adjusted from the horizontal level. Share Followers I'm starting with using Resonant Ender for cooling. I have tested CO2 Spray Bar in overflow mode, which has the benefit of inherent safety but also that we do not longer depend on the accuracy and stability of our CO2 regulator. No need to worry anymore about injecting too much CO2, points of failure, as we have now made the reactor inherently safe Assume, we target a 1.0 pH drop for the tank, we may then raise the reactor exit to the point where the purging of CO2 will make sure our pH can never drop more than 1.1 - limited by the reactors capacity. Raise the end of the reactor a bit, so that CO2 starts purging through the exit. This is a key benefit of CO2 Spray Bar, but it appears this can easily be replicated on the Horizontal CO2 Reactor. to AcEtYLEnE 5.2.1 Experimental Setup According to the basic principle of. We may want to reduce the capacity of our horizontal reactor, so that even when something goes wrong (regulator, pH/CO2 controller failure) we are not at risk gassing our lifestock. Then the whole reactor units were scaled up to a 5MW level (some pictures are. Inspired by this great project (thank you □ ) some new insights.
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