SIMPLE STRUCTURE OF THE ALLOY COPPER MANUFACTURING EQUIPMENT

摘要

The present invention relates to an apparatus for producing alloy copper having a simple structure. The configuration comprises: a first reaction tank dissolving copper; a first aqua regia supply path supplying aqua regia to the first reaction tank; a second reaction tank dissolving iron; a second aqua regia supply path supplying aqua regia to the second reaction tank; a mixing reaction tank receiving a mixing solution of copper chloride and the mixing solution of iron chloride; a first mixing solution supply path enabling the mixing solution of the first reaction tank to flow to the mixing reaction tank; a second mixing solution supply path enabling the mixing solution of the second reaction tank to flow to the mixing reaction tank; a first gas supply path enabling a chlorine gas generated in the first reaction tank to flow to the mixing reaction tank; a second gas supply path enabling the chlorine gas generated in the second reaction tank to flow to the mixing reaction tank; an additive supply path supplying an additive to the mixing reaction tank; a third aqua regia supply path supplying aqua regia to the mixing reaction tank; an electrolytic precipitation device receiving a mixture received in the mixing reaction tank and precipitating metal; and a mixture supply path enabling the mixture received in the mixing reaction tank to flow to the electrolytic precipitation device. The present invention is capable of reducing time consumed for mixing compared with the prior art and providing user convenience.