Electrolyzer-powered flame ionization detector
We describe here a novel water electrolyzer-powered name ionization detector (EFID), characterized by enhanced portability, reduced cost of operation and improved safety of operation and storage, A conventional FID operates with a hydrogen diffusion name, which has a central now of pure hydrogen and column effluents, surrounded by a much higher coaxial now of pure air, In contrast, the EFID is based on the combustion of a premixed (unseparated), hydrogen and oxygen, stoichiometric gas mixture, ?his premixed gas mixture is provided by a simple water electrolyzer with low power and water cons