Abstract: To address the problem of large-scale cyanide tailings storage in the gold industry and achieve bulk utilization of high-silicon tailings， a pilot test was conducted based on previous successful small-scale laboratory experiments. This study focused on producing European-style interlocking ceramic tiles using high-silicon tailings as the primary raw material. The results indicated that， under firing conditions of 1100 °C and a firing time of 56 min， ceramic tiles with up to 70 % high-silicon tailings content could be successfully produced. This approach effectively resolved issues related to black core and deformation， meeting the standards for water absorption and strength set out in GB/T21149-2007 for Type II sintered tiles. This technology realizes the harmless， resource-based， and product-oriented utilization of high-silicon tailings.