The invention discloses a
glass fiber tank furnace structure and a glass
smelting method. The
glass fiber tank furnace structure comprises a
smelting part and a passage. The
smelting part comprises a feeding tank for feeding a glass
raw material, and a smelting
pool for receiving the supplied materials and forming a glass liquid. A glass liquid separation device of the smelting
pool and the passage is a
throat or a baffle
brick structure. The upper part of the smelting
pool is provided with a crown, two side breast walls, a front wall, a back wall and a
smoke flue. The smelting pool is divided into a zone A as a
raw material zone, a zone B as a foam zone and a zone C as a clarification zone C along a glass melt flowing direction. The smelting pool is provided with at least one
combustor, the
combustor is installed on the crown or the breast walls, the
combustor sprays
flame to glass batch and the sprayed
flame forms an included angle of 0-80 degrees with the two side breast walls and forms an included angle of 0 degree with the front wall or the back wall. The glass smelting method adopting the
glass fiber tank furnace structure comprises that above the smelting pool of the glass
fiber tank furnace structure, the at least one combustor is arranged on the crown or the breast walls; a gaseous oxidant and a gaseous, liquid or
solid fuel fluid are supplied to the combustor; and the combustor sprays
flame to the glass batch. The glass
fiber tank furnace structure has the
advantage of
high heat transfer efficiency, small
corrosion on a
refractory material, long tank furnace service life, and energy saving.