Medium Enriched Schrabidium Fuel

Medium Enriched Schrabidium fuel (aka MES fuel or simply Schrabidium fuel) a high strength nuclear fuel. It is incredibly strong even compared to Plutonium.

Production
MES production is relatively simple, it takes 1 Schrabidium billet, 1 Neptunium-237 billet, and 1 Beryllium billet or 2 Sa-326 nuggets, 2 Np-237 nuggets, and 2 Beryllium nuggets.

Since a single Watz pellet requires 5 ingots, you'll need 15 Schrabidium, Neptunium, and Beryllium nuggets.

For Watz Plant

 * 216,000 tick estimated lifespan
 * 2300 HE per tick
 * +2.5% power multiplier
 * 50 heat
 * No heat multiplier
 * No decay multiplier

All Watz Plant fuel pellets decay into lead.

RBMK
MES is a high-strength fuel in terms of both flux and heat production.

It has a flux function of: $$(x - x^2 / 10000) / 100 * 75 [0;\infty]$$

The function is considered medium danger and is of the "Negative-Quadratic" type.

A Xenon-135 generation function of: $$x * 0.5$$

And a Xenon burn function of: $$x^2 * 50$$

Depleted
(Same as Low Enriched Schrabidium Fuel)

Spent fuel emits 60 RAD/s per "piece" when hot and 45 RAD/s when cooled.

When recycled, it gives 2 Beryllium nuggets, 1 Plutonium-239 nugget, and 4 tiny piles of nuclear waste.

RBMK
No recycling recipes added yet.

Uses
It can be used in the small and large nuclear reactors and also the Watz Power Plant.

For the small nuclear reactor, it is  not recommended  to have more than 2 quad rods inside, any more fuel rods at all of any kind risks overheating and melting down.

For the large reactor, MES takes over 10 times as much space as the other fuels (eg 1 nugget takes 10 nugget equivalents in space inside) and  must not  be run over 30% capacity or it  will  overheat and explode.

A remote reactor block set to automatic emergency shutdown will prevent meltdowns in case of accidents.

Trivia

 * Depleted Schrabidium fuel and perhaps nuclear waste that originates from it likely contain trace amounts of Euphemium, as that is how it was initially discovered in NTM "lore" and the conditions are somewhat ideal for production of it. The amount is likely so tiny it doesn't matter.
 * Curiously, in terms of flux, MES is more powerful than HES.