Geothermal plant

So I was the other day mailing Eloraam because the deployer didn't interact with Buildcraft's tanks, when she told me that yes, they do... and I realized what my problem was. Anyway, I was able to end my project of an automated factory that needs only one input from the player in order to produce industrialcraft's energy. Here you have a video with the idea:

Explanations:

• The tanks need to be at the same height than the deployer, or it wont work (that was my mistake: I tend to bury half the tank).
• The charcoal can be kept being put thanks to a nearby tree farm, or put there manually (in the video, I did the second option).
• You can change the stone engines for the combustion ones (which can be powered by lava), but they overheat quicker and the only way to have water sources in the nether is cheating (place a water block, itemID 8, without using a bucket... and it can be placed).
• I lack BC2.2.2 extra pipes (bouncing and insertion, to be precise), and I didn't test the teletransport pipes.
• The input you cannot avoid is tin bars. You will get a 4:1 ratio in lava cells per each tin bar (you need 4 bars per 16 empty cells).
• The factory will consume lava, coal and tin. It will produce, in exchange, lava cells.
• The idea is to put this factory in the Nether, near a lava lake. once you have emptied the lake and the lava reserve from the tanks, you can pack all the system and go to another place.
• The energy production requires the player to take manually the lava cells from the nether to a geothermal generator in the "real" world, where they are used to produce energy. You can also put a geothermal generator in the nether in order to produce energy for your tools (the chainsaw, the energy sword, the drill,, the mining laser, and the armor).

Expanding the idea:

By cheating and placing water into the nether, we can make several cobblestone generators, run the cobble through a recycler and use the scrap and energy produced by this plant to create universal matter, that we will use later to make tin ore that we will macerate and then smelt into bars that we turn into cells. Or we can use Equivalent Exchange (which I am really reticent to).

Edit: I went home and made some tests.
First, 3 Universal matter are required to get 5 tin ore => 10 tin dust => 10 tin bars => 32 empty cells & 2 tin bars. Each Universal Matter needs 1.000.000 of energy, and each lava cell produces 20.000 energy. Without much looking into it, with 4 tin ore we can produce 32 lava cells => 640.000 energy, meaning the process won't yield any benefit. As for boosting the mass fabricator with scrap, 640.000 energy and 129 scrap (2 stacks plus a single unit) produces 3 UU-matter and the 83% of a fourth one, meaning the process can be kept self-sustaining by a really small margin that allows nearly no errors (testing method: an MFSU, 10 stacks of one use batteries => 640.000 energy. Connect to a Mass fabricator with a stack of scrap, and keep the fabricator with scrap).

Second, I installed the teleporting pipes, and the conclussions are quite clear, also: you cannot teleport stuff from the nether to the "real" world. You can, however, set up the factory near the portal, so you only will need to move the pump, steam engines and teleporting pipe.

And yes, I'll be testing Equivalent Exchange. I still have 17 block IDs left, after all, and 77 sprite IDs...