The invention discloses a technology for preventing seepage of a suspended
water cooling pond wall of a
corex furnace by means of reaming,
pipe penetrating and blocking. The technology comprises the steps that firstly, an original
pipe penetrating hole in the pond wall is reamed, and after reaming is finished, a
pipe is sleeved with an inner
flange piece in advance, the inner
flange piece is closely attached to the pond wall, and then the inner ring of the inner
flange piece and the outer wall of the pipe are fully welded; grouting at the initial stage is carried out, grouting and tamping are firstly carried out in a cavity formed by the pipe and the lower portion of the pond wall, the weight ratio of components, namely, high-strength quick-dry contraction-free
cement mortar to small gravel to
alkyd enamel to water, of
grout during grouting at the initial stage is 4:1:1:8, outer flange pieces are used for blocking, then the pipe wall is beaten every other 20 min to 30 min to generate vibration, gaps are filled till the cavity is thoroughly full, and the outer flange pieces are covered with
wool felt; and secondary smearing is carried out, after 3 days to 5 days,
coating is smeared to the outer surfaces of the outer flange pieces, the weight ratio of components, namely, high-strength quick-dry contraction-free concrete
mortar to washed-out sand to paint to water, of the
coating is 4:1:1:4, and water can be injected for testing after standing is carried out for 2-3 days and impurities in a pond are cleared away.