![]() A 1x1 firebox can only handle a single cubic meter tank, the 2x2 can handle 8 or 12 cubic meters of boiler tank, and the 3x3 can handle 18, 27, or 36 cubic meters of boiler tank. The size of the boiler you can build depends on the size of the firebox. Boilers can be made from either all Low Pressure Boilers or all High Pressure Boilers. The fireboxes can be 1x1, 2x2 or 3x3 and are made of either all Solid Fueled Fireboxes or all Liquid Fueled Fireboxes. I used a quarry.The structure has two layers, one layer of fireboxes at the bottom to burn the fuel and one to four layers of boiler. Connect more MJ-powered devices to the golden conductive pipe. However, steam engine will overheat since it's producing too much MJ for the pumpġ2. We now have closed power and water loops. Steam engine may need a bucket of water to get going (primed) The blue (small) side of the Steam Engine should face the MJ network (i.e. If Steam engine is not orientated correctly, use (right-click) a wrench on the Steam Engine. Fill steam engine with coal or charcoalġ0. We now have MJ power connection between Steam Engine and Pumpĩ. To power the pump using the steam engine, place 1x wooden conductive pipe each against pump and steam engine We now have water connection from pump to steam engineħ. Connect wooden waterproof pipe from step 3 with 'liquiduct' pipe from step 5 using golden waterproof pipe ![]() Place 1x 'liquiduct' pipe on side of Steam Engine, over the waterĦ. Place Steam Engine on shore, leaving at least 1 gap between pump and steam engineĥ. Place 1x wooden waterproof pipe on PumpĤ. ![]() Place MJ-powered (not EU-powered) Pump above water (near edge, if you like)ģ. Build 5x5x1 (1 deep) pond and fill with waterĢ. The only pipe that will actually pump/allow water into the Steam Engine is the 'liquiduct' pipe.
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