In this plant deuterium is synthesised from CO2, Boyle and GLOW. The end product is not contaminated by GLOW. I tried to keep the usage of non-breakables as low as possible.

Process:
- CO2 generated by bcln and then catalysed to O2
- The O2 is then transferred to the yellow reaction chamber where it reacts with BOYL to water and FOG.
- FOG is catalysed to water by metal inside the yellow reaction chamber.
- Water and glow are mixed in 3 drops this generates DEUT
- A vent separates GLOW from WATER and DEUT
-WATER and DEUT are heated, WATER evaporates.
- DEUT is cooled down.

The production can stall after a while, this is caused by deut/water/glow that simply doesn't fall down. Any way of fixing this without the use of unbreakables would be very welcome. I made a quick patch that releases an electrical current on the water, this sometimes fixes the problem, but not always.

Some of the details are based on russia's first nuclear power plant:

more:http://englishrussia.com/2009/07/07/the-worlds-first-nuclear-power-plant/


Other creations:

Added:


Geiger counter, see creation for more details.

Nuclear submarine.
Shape based on the DeltaIV class:

SLBMs:
Type SS-N-23 Skiff


Model features:
Heat sources:
> Deut reactor, runs on preheated deuterium to reduce consumption. Working temperature  500 - 800 degrees C.
> Plasma generator, generates plasma of hydrogen + a little oxygen. Produces water and heat.

>Destiller: Heats salt water to 200+ degrees. Residue salt is put into a void, steam is cooled down and stored.
>Electrolyzer: Generates hydrogen and oxygen, separated by extreme cooling, hydrogen goes to the plasma heater, oxygen is transferred to the interior.
>Guy: turns anything into CO2 to simulate people turning O2 into CO2.
>CO2 remover: removes CO2 from CO2 + O2 mixture by pumping it through water. BUBW is sent to SALTW entrance where the BUBW will surface, releasing the captured CO2. O2 is pumped back to the interior.

Pixel art.

@m_shinoda (View Post)
Thanks a lot for replying! I might do sprites for others in the future.

New saves:


A little based on this building:


And a homepage:

A new, still unfinished project: The Tupolev 119 / Tu95 lal, a nuclear powered Russian bomber (which in reality probably never really flew on its reactor)

Pictures of the real deal;


A little detail on the reactor and engines;



The idea was to power the inner engines by the reactor, the outer engines are conventional Kuznetsov NK-12 turboprops.
More info about the tu-119 on http://en.wikipedia.org/wiki/Tupolev_Tu-119 .

Conventional turboprop schematics;


It's basically a tu-95 with a reactor fitted inside, so I could use the shape of a tu-95 for my drawing.

First sketch:


Current stage:


It's far from done; the electronics still need a lot of work, and I want to add some more instruments. I also want to improve the deco/mechanics of the reactor.

Please comment, so I can make some more changes before releasing. Thanks!