#Chlorine gas oxygen not included generator#

Natural Gas' only use is to create Power, and for the first few steps can be tamed very similarly to the Hydrogen Vent (see above). Cooling that should only be active if the Steam directly underneath the Steam Turbines rises above 135☌, AND the cooling loop rises above 95☌. In addition, those Volcanoes with yield above 10kg/s (in activity) should be equipped with optional cooling. Those Iron Volcanoes with average yield above 500g/s (over active period) or 150g/s (over lifetime) fall into Tier 2.

Gold and Copper Volcanoes fall into Tier 1 indiscriminately, and Iron Volcanoes are split up.

With the facts above combined it is not feasible to have a one-size-fits-all-solution, rather two tiers with optional cooling each. However, this still may not hold true if a Volcano yields 17.5kg/s for 20 seconds per 900seconds (583.33g/s), since heat that is this rapidly introduced. However, the average yield cannot be taken, since the heat comes in spikes, therefore we need to use the average during its Eruption Cycle, not over its lifetime Example: 9.9kg/s for 53s over 913s are 574.7g/s (Average yield over eruption cycle range from about 400g/s to 700g/s (needs confirmation)) With this we can calculate how much a Metal Volcano is allowed to yield. If we subtract a tenth of which and its own heat production of 4kDTU, its net heat deletion is 296,888 DTU/s. If cooled by its own output, the Maximum Cooling we can allow a Steam Turbine to do, is to cool down 135☌ Steam to 95☌ Water, or 37.43kDTU/s.

#Chlorine gas oxygen not included generator#

This can easily be moved by a Thermo Regulator which can be placed in the Steam Room with which we cool the Hydrogen initially.įor larger Hydrogen Generator Arrays, a Thermo Aquatuner is recommended as it can move more heat per second and moves more DTU per Watt used.Ĭopper and Gold comes out HOT, 2226.85☌ and 2626.85☌ respectively, and they need to be cooled down to 275☌ to not destroy our Steel Equipment. say 115☌.Ģ00g of Hydrogen from 125☌ to 115☌ hold 4.8kDTU, 2 Hydrogen Generators generate 4kDTU each, 4 Smart Batteries generate 500DTU each, and the Power Transformer generates 1kDTU for a total of 15.8kDTU that need to be removed. Since Gold Amalgam Hydrogen Generators and Power Transformers, and Gold Smart Batteries have a maximum operating Temperature of 125☌, we still need to cool the environment down, if ever so slightly, to. To cool the Hydrogen down one last time one may want to snake it through the steam chamber before exiting to a Power Plant. Now the Hydrogen Gas needs to be distributed to Hydrogen Generators. Since enough space is given, two Steam Turbines will easily manage the heat off the Vent. If both the Vent and pressure chamber are connected to a steam room, which in turn is cooled by a Steam Turbine, the Hydrogen's Temperature will easily drop down to 125☌.Įven if the Hydrogen Vent yields ~700g/s while active, this is only (700x2.4x375) 630kDTU/s, and approximately a third to half of that averaged out over its active period.Ī Steam Turbine deletes about 250kDTU/s when working with 125☌ Steam, and 334kDTU/s when working with 135☌ (the approximate Temperature at which Steam Turbines can still cool themselves down). Next, or simultaneously, the Hydrogen needs to reach a cold enough point at which it can be handled with Steel Equipment. That's point at which it over-pressurizes, and no longer yields any more Hydrogen.Īn unpowered Guide/Door Pump can easily transport the Hydrogen Gas away from the Vent and into a pressure chamber in which the Hydrogen can collect. The first step to take, as with any Geyser, is to ensure that it does not reach its P MAX. Hydrogen Vents provide Hydrogen and Heat, both primarily used for Power Generation, and fortunately, it is easy to tame the Vent.