CN104596224A - Burden drying kiln - Google Patents

Abstract

The invention discloses a burden drying kiln. The burden drying kiln structurally comprises burden, warm sludge, an I-shaped steel frame I, an I-shaped steel frame II a steel plate, a refractory brick layer, a conveying belt, conveying belt motors, hanging basket motors and hanging hooks, wherein the conveying belt motors at the two ends of the conveying belt are positioned at the bottom of the drying kiln; the warm sludge is placed on the conveying belt; the I-shaped steel frames are used for supporting the steel plate; the burden is placed on the steel plate; the two hanging basket motors are arranged at the two ends of the steel plate and are provided with the hanging hooks for hanging the burden; high-temperature burden is conveyed to the kiln bottom through the conveying belt; the heat energy of the high-temperature burden is transferred to the steel plate of the drying kiln through air conduction; the moisture-containing burden can be dried by the steel plate by using the heat energy. The drying kiln has a good drying effect, the energy consumption during smelting of crude copper is saved, and the productivity is improved.

Description

Furnace charge drying kiln

Technical field

The present invention relates to a kind of furnace charge drying kiln, belong to field of metallurgical equipment.

Background technology

At cupper smelting, the furnace charge water content for blister copper melting is more, must be dried before melting, is in the past to dry by nature, not only drying effect is bad, and drying time is long, by weather effect, work efficiency is low, can not meet blister copper melting needs, must research and develop drying plant and solve.

Summary of the invention

The object of the invention is to provide a kind of furnace charge drying kiln to solve the oven dry problem of blister copper furnace charge for the deficiencies in the prior art.

Furnace charge drying chamber structure of the present invention comprises: furnace charge, warm sludge, i-beam frame one, i-beam frame two, steel plate, fire brick layer, conveyer belt, conveyer belt motor, hanging-basket motor, suspension hook;

Conveyer belt two ends are installed conveyer belt motor and are in bottom drying kiln, warm sludge face conveying on the conveyor belt, and i-beam frame supporting steel plate, furnace charge placed by steel plate, and two hanging-basket motors are loaded on the two ends of steel plate, and it installs suspension hook, for lifting furnace charge;

High temperature warm sludge is transported at the bottom of kiln by conveyer belt, and by air transmitted, high temperature warm sludge heat energy reaches drying kiln steel plate, and steel plate utilizes heat energy to be dried by the furnace charge of water content.

Beneficial effect of the present invention: good drying effect, energy consumption during saving blister copper melting, improves production capacity.

Accompanying drawing explanation

Fig. 1 is furnace charge drying kiln front view of the present invention;

Fig. 2 is furnace charge drying kiln side view of the present invention;

In figure: 1. furnace charge, 2. warm sludge, 3. i-beam frame one, 4. i-beam frame two, 5. steel plate, 6. fire brick layer, 7. conveyer belt, 8. conveyer belt motor, 9. hanging-basket motor, 10. suspension hook.

Detailed description of the invention

Accompanying drawings is as follows:

Furnace charge drying chamber structure of the present invention comprises: furnace charge, warm sludge, i-beam frame one, i-beam frame two, steel plate, fire brick layer, conveyer belt, conveyer belt motor, hanging-basket motor, suspension hook;

Conveyer belt two ends are installed conveyer belt motor and are in bottom drying kiln, and warm sludge face conveying on the conveyor belt, i-beam frame supporting steel plate, furnace charge placed by steel plate, and two hanging-basket motors are loaded on the two ends of steel plate, and it installs suspension hook, for lifting furnace charge.

High temperature warm sludge is transported at the bottom of kiln by conveyer belt, and by air transmitted, high temperature warm sludge heat energy reaches drying kiln steel plate, and steel plate utilizes heat energy to be dried by the furnace charge of water content.

Claims (1)

1. a furnace charge drying kiln, is characterized in that: described furnace charge drying chamber structure comprises furnace charge, warm sludge, i-beam frame one, i-beam frame two, steel plate, fire brick layer, conveyer belt, conveyer belt motor, hanging-basket motor, suspension hook;

Conveyer belt two ends are installed conveyer belt motor and are in bottom drying kiln, warm sludge face conveying on the conveyor belt, and i-beam frame supporting steel plate, furnace charge placed by steel plate, and two hanging-basket motors are loaded on the two ends of steel plate, and it installs suspension hook, for lifting furnace charge;

High temperature warm sludge is transported at the bottom of kiln by conveyer belt, and by air transmitted, high temperature warm sludge heat energy reaches drying kiln steel plate, and steel plate utilizes heat energy to be dried by the furnace charge of water content.