NOVELTY - Recycling of coal gas from furnace for generation of ammonia and liquefied natural gas (LNG), involves passage of coal gas into gas cabinet where it is made to buffer, then through electric coil which removes oil, temperature swing adsorbents remove napthalene and tar, purifying with dry oxygen , desulfurization and demercuration to obtain mixed gas. Mixed gas then passed through converter where carbon monoxide and water vapor react to give mixture of hydrogen and carbon dioxide. This mixture is made to pass through pressure swing adsorbents (PSA).    USE - Recycling of coal gas is used to generate ammonia and LNG (claimed).    ADVANTAGE - The method could solve problems with coke oven gas and carbon monoxide. It cans also solve problem of hydrogen sulfide emissions, provides recycling of multi-carbon hydrocarbons and carbon dioxide and increasing heating value by high utilization of raw materials and production value of coke oven gas.    DETAILED DESCRIPTION - Recycling of coal gas from furnace for generation of ammonia and liquefied natural gas, involves passage of coal gas into gas cabinet where it is made to buffer, then through electric coil which removes oil, temperature swing adsorbents remove napthalene and tar, purifying with dry oxygen, desulfurization and demercuration to give mixed gas. Mixed gas then passes through converter where carbon monoxide and water vapor react to give mixture of hydrogen and carbon dioxide. This mixture is made to pass through pressure swing adsorbents which remove hydrocarbons, hydrogen sulfide and carbon dioxide, passing through molecular sieve for dehydration and decarburization to obtain a hydrogen gas mixed with high concentration of methane. This mixture of gas is fed into cold tank, liquefied under low pressure to give liquefied natural gas (LNG). Ammonia is synthesized by adjusting the nitrogen supplement and regulating hydrogen nitrogen ratio entering into ammonia plant.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic representation of coke furnace.