(DE19781911-T)      Fuel cell comprises: (a) a separate anode comprising an electrolyte tank (1) with an immersed anode (4), means to supply electrolyte and means to supply fuel; (b) a separate cathode cell including an electrolyte tank (2) with an immersed cathode (21), means to supply electrolyte and means to supply oxidant; (c) means to withdraw reacted electrolyte from anode tank and supply to cathode tank; (d) means to withdraw reacted electrolyte from cathode tank and supply it to the anode tank; (e) a 1st electrode (5) immersed in anode tank next to anode and a 2nd electrode (22) immersed in cathode tank next to cathode, the two being externally electrically connected; and (f) means to connect anode and cathode to electrical load (30) of cell.    Also claimed are: (i) a fuel cell as above but including a reaction vessel; and (ii) a continuous process for producing electrical power and heat using the fuel cell above.    ADVANTAGE -   The process avoids the use of a diaphragm between he anode and cathode sections so giving faster reaction rates.    (GB2342495-A)      Fuel cell comprises: (a) a separate anode comprising an electrolyte tank (1) with an immersed anode (4), means to supply electrolyte and means to supply fuel; (b) a separate cathode cell including an electrolyte tank (2) with an immersed cathode (21), means to supply electrolyte and means to supply oxidant; (c) means to withdraw reacted electrolyte from anode tank and supply to cathode tank; (d) means to withdraw reacted electrolyte from cathode tank and supply it to the anode tank; (e) a 1st electrode (5) immersed in anode tank next to anode and a 2nd electrode (22) immersed in cathode tank next to cathode, the two being externally electrically connected; and (f) means to connect anode and cathode to electrical load (30) of cell.    Also claimed are: (i) a fuel cell as above but including a reaction vessel; and (ii) a continuous process for producing electrical power and heat using the fuel cell above.    ADVANTAGE -   The process avoids the use of a diaphragm between he anode and cathode sections so giving faster reaction rates.    (JP2000516017-W)      Fuel cell comprises: (a) a separate anode comprising an electrolyte tank (1) with an immersed anode (4), means to supply electrolyte and means to supply fuel; (b) a separate cathode cell including an electrolyte tank (2) with an immersed cathode (21), means to supply electrolyte and means to supply oxidant; (c) means to withdraw reacted electrolyte from anode tank and supply to cathode tank; (d) means to withdraw reacted electrolyte from cathode tank and supply it to the anode tank; (e) a 1st electrode (5) immersed in anode tank next to anode and a 2nd electrode (22) immersed in cathode tank next to cathode, the two being externally electrically connected; and (f) means to connect anode and cathode to electrical load (30) of cell.    Also claimed are: (i) a fuel cell as above but including a reaction vessel; and (ii) a continuous process for producing electrical power and heat using the fuel cell above.    ADVANTAGE -   The process avoids the use of a diaphragm between he anode and cathode sections so giving faster reaction rates.    (GB2342495-B)      Fuel cell comprises: (a) a separate anode comprising an electrolyte tank (1) with an immersed anode (4), means to supply electrolyte and means to supply fuel; (b) a separate cathode cell including an electrolyte tank (2) with an immersed cathode (21), means to supply electrolyte and means to supply oxidant; (c) means to withdraw reacted electrolyte from anode tank and supply to cathode tank; (d) means to withdraw reacted electrolyte from cathode tank and supply it to the anode tank; (e) a 1st electrode (5) immersed in anode tank next to anode and a 2nd electrode (22) immersed in cathode tank next to cathode, the two being externally electrically connected; and (f) means to connect anode and cathode to electrical load (30) of cell.    Also claimed are: (i) a fuel cell as above but including a reaction vessel; and (ii) a continuous process for producing electrical power and heat using the fuel cell above.    ADVANTAGE -   The process avoids the use of a diaphragm between he anode and cathode sections so giving faster reaction rates.