Tritium uptake and storage via metal-organic frameworks (MOFS) for betavoltaic power sources

A system for producing a material for facilitating generating of electrical energy betavoltaically, the system comprising:

• a reaction vessel configured for receiving an amount of a Metal Organic Framework (MOF) material in the reaction vessel, wherein the MOF material comprises a plurality of MOF particles of one or more MOF;
• a temperature controller coupled with the reaction vessel, wherein the temperature controller is configured for modifying a value of a temperature associated with the MOF material to one or more required values of the temperature after the receiving;
• a manifold coupled with the reaction vessel, wherein the manifold comprises an inlet channel and an outlet channel, wherein a first end of the inlet channel is fluidly coupled with the reaction vessel using a first vessel valve, wherein a first end of the outlet channel is fluidly coupled with the reaction vessel using a second vessel valve;
• a first tank fluidly coupled with a second end of the inlet channel, wherein the first tank comprises a tritium gas, wherein the first tank is configured for supplying the tritium gas through the inlet channel to the reaction vessel for at least one duration based on a transitioning a first tank valve of the first tank to an open state, a transitioning the first vessel valve to an open state, and a transitioning of the second vessel valve to a closed state;
• and
• a pressure controller coupled with the inlet channel of the manifold, wherein the pressure controller is configured for modifying a value of a pressure associated with the reaction vessel to one or more required values of the pressure for allowing absorption of at least one amount of the tritium gas into the amount of the MOF material for the producing of the material, wherein the material is a MOF-tritium material, wherein the MOF-tritium material comprises at least one molecule of tritium stored in at least one pore formed by the plurality of MOF particles.