NOVELTY - Method for conditioning hydrogen involves determining flow rate of liquid reactant contained in a hydrogen generator (100) including a solid fuel mixture, a liquid delivery mechanism (LDM), a reaction zone in which the solid fuel mixture reacts with the liquid reactant, and a product separation media (108), determining product generation rate, electrically adjusting the liquid reactant flow rate based on the ratio of liquid reactant flow rate and product generation rate, and passing the product stream through the product separation media.    USE - Method for conditioning hydrogen generated using hydrogen generator (claimed).    ADVANTAGE - The hydrogen is conditioned by stable process. Clear and engineered pathways for product removal are provided to prevent uncontrolled pressure buildup caused by product clogging, entry disruption of liquid reactants, or uncontrolled form-factor dismantling of solid fuel. The hydrogen generation rate is controlled by pumping rate of the liquid reactant into reaction chamber. The overall reaction stoichiometry is adjusted reliably during hydrogen conditioning process.    DETAILED DESCRIPTION - Method for conditioning hydrogen involves determining flow rate of liquid reactant contained in a hydrogen generator including a solid fuel mixture, a liquid delivery mechanism (LDM), a reaction zone in which the solid fuel mixture reacts with the liquid reactant which is provided by the LDM, and a product separation media fluidly coupled to the reaction zone by a fluid junction which degasses a product stream, determining product generation rate, electrically adjusting the liquid reactant flow rate based on the ratio of liquid reactant flow rate and product generation rate, and passing the product stream through the product separation media. The product separation media comprises porous foam. The pore size of the product separation media is decreased by increasing distance from the fluid junction.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the hydrogen generator.    Hydrogen generator (100)    Storage system (102)    Pump (104)    Fuel reaction chamber (106)    Product separation media (108)