Disclosed herein are a method for solidifying soil and industrial waste
and a solidified material prepared thereby. The solidified material of
soil and industrial waste is prepared by adding 2-6 parts by weight of a
3-5-fold dilution of a solidifying agent and 3-15 parts by weight of
cement to 100 parts by weight of soil, industrial waste or a mixture of
two or more thereof. The solidified material prepared according to this
method has excellent density, strength, elasticity and durability, and
thus can be used as a substitute for stone material. Also, it can be
advantageously used in high-temperature and high-humidity areas, because
external impact or pressure is relieved because it is absorbed by
asphalt.