Construction Technology of Composite Surface Course of Garbage Unloading Platform in Waste Incineration Power Plant

Abstract

The invention particularly relates to a composite surface construction technology for a garbage discharging platform of a garbage incineration power plant. The composite surface construction technology for the garbage discharging platform of the garbage incineration power plant is characterized by comprising the steps that 1, concrete is prepared; 2, a formwork support and steel bars are erected; 3, composite horse stools are prepared and welded; 4, double-deck double-way steel bars are arranged; 5, inspection is conducted before the concrete is poured; 6, concrete pouring is conducted; 7, carborundum is sprinkled when strengthened surfaces are poured; 8, concrete surface elevation is controlled, and screeding and leveling are conducted; 9, concrete curing is conducted. Compared with a construction technology of the prior art, the composite surface construction technology for the garbage discharging platform of the garbage incineration power plant has the advantages that the construction technology is detailed, the innovativeness is strong, the scientificity is strong and the operability is strong; integrality construction is achieved, the construction technology is not compressing and stacking of the construction steps, the function of a whole structure layer is changed, and the comprehensive effects of being resistant to pressure, abrasion, corrosion, seepage, fracture and the like are achieved; construction is simultaneously conducted on the structure layer and the surface effectively, and the construction period is shortened; 4, the safety and the reliability are achieved, and the economic benefits are significant.

Description

technical field [0001] The invention specifically relates to a composite surface layer construction process for a garbage unloading platform of a garbage incineration power plant. Background technique [0002] The waste unloading platform of the waste incineration power plant has been loaded with heavy vehicles for a long time, and is in the polluted environment of landfill leachate and humidity, which is easy to corrode and leak. At present, the common treatment method for the garbage unloading platform of waste incineration power plants is: to make a 100mm thick fine stone concrete wear-resistant layer on the reinforced concrete floor base, and do waterproof treatment between the two layers; A layer of asphalt concrete surface layer is laid on top of the platform, so that the treated unloading platform has surface cracking, peeling and other quality problems such as leakage after repeated rolling by heavy vehicles for a long time, which affects the use function, and mainte...

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Problems solved by technology

[0002] The garbage unloading platform of the waste incineration power plant has been loaded with heavy vehicles for a long time, and it is in the polluted environment such as garbage leachate and humidity, which is easy to corrode and leak

At present, the common treatment method for the garbage unloading platform of waste incineration power plants is: to make a 100mm thick fine stone concrete wear-resistant layer on the reinforced concrete floor base, and do waterproof treatment between the two layers; A layer of asphalt concrete surface layer is laid on top of it, so that the treated unloading platform will appear surface cracking, peeling and other quality problems such as leakage after repeated rolling by heavy vehicles for a long time, which will affect the use function and make maintenance difficult and expensive.

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