A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fluidized bed equipment for carbon sequestration of steel slag and carbon sequestration method thereof
The invention provides fluidized bed equipment for carbon sequestration of steel slag. The fluidized bed equipment comprises a feeding mechanism, a fluidized bed reactor, a water inlet mechanism, a gas inlet mechanism, a gas circulating mechanism, a feeding hole and a discharging hole, the feeding mechanism comprises a stock bin and a first material conveying device, and the first material conveying device is communicated with the feeding port and used for conveying materials into the fluidized bed reactor; the second material conveying device is arranged at the bottom of the fluidized bed reactor and uniformly distributes fed materials to the bottom of the fluidized bed reactor; the air inlet mechanism is used for blowing CO2 into the fluidized bed reactor from the air inlet and driving fed materials to suspend in the fluidized bed reactor; water sprayed by the water inlet mechanism is subjected to carbonization reaction with the suspended feed and CO2; the gas circulating mechanism comprises a gas outlet formed in the top of the fluidized bed reactor and a gas circulating pipeline, and the gas circulating pipeline is communicated with the gas inlet pipeline; the discharging port and the feeding port are located on the two opposite sides of the fluidized bed, the feeding port is higher than the discharging port, and the second conveying device conveys reactants after reaction to be output from the discharging port. The invention also provides a carbon sequestration method.
本发明提供一种钢渣固碳的流化床设备，包括进料机构、流化床反应器、进水机构、进气机构、气体循环机构、进料口、出料口；进料机构包括料仓、第一输料装置，第一输料装置与进料口连通用于将物料输入流化床反应器；第二输料装置设于流化床反应器底部将进料均匀分布至流化床反应器的底部；进气机构将CO2从进气口鼓入流化床反应器内部并带动进料悬浮在流化床反应器内；进水机构喷洒的水与悬浮的进料及CO2发生碳化反应；气体循环机构包括设于流化床反应器顶部的出气口、气体循环管道，气体循环管道与进气管道连通；出料口与进料口位于流化床的相对两侧，进料口高于出料口，第二输送装置输送反应完毕的反应物从出料口输出。本发明还提供一种固碳方法。
Fluidized bed equipment for carbon sequestration of steel slag and carbon sequestration method thereof
The invention provides fluidized bed equipment for carbon sequestration of steel slag. The fluidized bed equipment comprises a feeding mechanism, a fluidized bed reactor, a water inlet mechanism, a gas inlet mechanism, a gas circulating mechanism, a feeding hole and a discharging hole, the feeding mechanism comprises a stock bin and a first material conveying device, and the first material conveying device is communicated with the feeding port and used for conveying materials into the fluidized bed reactor; the second material conveying device is arranged at the bottom of the fluidized bed reactor and uniformly distributes fed materials to the bottom of the fluidized bed reactor; the air inlet mechanism is used for blowing CO2 into the fluidized bed reactor from the air inlet and driving fed materials to suspend in the fluidized bed reactor; water sprayed by the water inlet mechanism is subjected to carbonization reaction with the suspended feed and CO2; the gas circulating mechanism comprises a gas outlet formed in the top of the fluidized bed reactor and a gas circulating pipeline, and the gas circulating pipeline is communicated with the gas inlet pipeline; the discharging port and the feeding port are located on the two opposite sides of the fluidized bed, the feeding port is higher than the discharging port, and the second conveying device conveys reactants after reaction to be output from the discharging port. The invention also provides a carbon sequestration method.
本发明提供一种钢渣固碳的流化床设备，包括进料机构、流化床反应器、进水机构、进气机构、气体循环机构、进料口、出料口；进料机构包括料仓、第一输料装置，第一输料装置与进料口连通用于将物料输入流化床反应器；第二输料装置设于流化床反应器底部将进料均匀分布至流化床反应器的底部；进气机构将CO2从进气口鼓入流化床反应器内部并带动进料悬浮在流化床反应器内；进水机构喷洒的水与悬浮的进料及CO2发生碳化反应；气体循环机构包括设于流化床反应器顶部的出气口、气体循环管道，气体循环管道与进气管道连通；出料口与进料口位于流化床的相对两侧，进料口高于出料口，第二输送装置输送反应完毕的反应物从出料口输出。本发明还提供一种固碳方法。
Fluidized bed equipment for carbon sequestration of steel slag and carbon sequestration method thereof
一种钢渣固碳的流化床设备及其固碳方法
LIN JIMING (author) / ZHANG GAOHONG (author) / HOU JIANQIANG (author) / YANG JIANHONG (author)
2024-12-03
Patent
Electronic Resource
Chinese
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