The invention relates to a method for producing 
silicon deoxygenation low-
sulfur high-
carbon steel through an LF refining double 
slag method. An electric furnace-LF-VD 
continuous casting technology isadopted. The method includes the steps that in the electric furnace tapping process, carbon 
powder is mixed firstly, then a 
silicon alloy and a 
manganese alloy are added for conducting deoxygenationalloying treatment, and 
lime, 
calcium carbide and aluminum-free refining 
slag are added for conducting modification treatment; secondly, after an LF enters a 
station, 
lime, 
calcium carbide, 
silicon iron and aluminum-free refining 
slag are added into the furnace for making high-
alkalinity reducing refining slag; thirdly, low-
alkalinity reducing slag is made, and the content of components in moltensteel is adjusted; and fourthly, the LF withdraws from the 
station after refining, VD and 
continuous casting processes are conducted in sequence, and the silicon 
deoxygenation low-
sulfur high-
carbon steel is obtained. The method is simple, reliable, high in 
operability and easy to achieve, the production cost of the whole process is reduced, the 
sulfur removing efficiency is high, the cleanlinesslevel of 
molten steel is high, the problem that when a non-molten-steel pretreatment sulfur removing process is adopted for producing high-quality silicon 
deoxygenation low-sulfur high-
carbon steel, sulfur removing is difficult is solved well, and therefore the product quality is improved, and the 
economic benefits of a steel enterprise are increased.