The invention provides a complex high-silver mine comprehensive recycling method. The method includes the steps that the high-silver mine is subjected to oxygen-pressure acid leaching to enable zinc to enter a solution, gold, silver, lead and the like are enriched in a slag, the solution is deposited with sodium carbonate to form zinc carbonate which can be directly sold, the slag is subjected tolow temperature distillation to enable sulfur to be distilled out to be recycled, and the slag after being distillated is subjected to reduction smelting and oxidizing refining to recycle the gold andthe silver. The complex high-silver mine comprehensive recycling method is suitable for comprehensive recycling the gold, the silver, the zinc, the lead and the other valuable metal from the high-silver mine with high content of the gold, the zinc and the lead, and the direct recycling rate of the gold, the silver, the zinc and the lead are separately more than 98%, 97%, 95% and 96%. The direct recycling rate is high and the separation is complete, and precious metal in the smelting system, especially the rapid recycling of the gold and the silver is facilitated.