Intelligent rotating packing tower

Abstract

The invention discloses an intelligent revolving and rotating packed tower which comprises a barrel and a plurality of absorbing liquid spraying components. An air inlet and an absorbing liquid outgoing hole are formed in the bottom of the barrel, and an air outlet is formed in the top of the barrel; the absorbing liquid spraying components are horizontally mounted in the barrel, each absorbing liquid spraying component comprises a harmful gas sensor, a tray, air guide pipes and an absorbing liquid spraying pipe, multiple exhaust holes are formed in each tray, each air guide pipe is inserted into the corresponding exhaust hole, and multiple layers of revolving and rotating balls are arranged on each tray; each absorbing liquid spraying pipe is positioned above the corresponding tray, and multiple nozzles are arranged on each absorbing liquid spraying pipe; each harmful gas sensor is positioned above the corresponding absorbing liquid spraying pipe, the absorbing liquid outgoing holes are formed in positions, corresponding to the trays, of the side wall of the barrel, and a liquid outgoing pipe is arranged on each tray and penetrates out from the corresponding absorbing liquid outgoing hole. The packed tower is simple in structure, stable in running, convenient to maintain, wide in gas flow, economical in investment, low in energy consumption, small in occupied space, low in water consumption and capable of lowering labor intensity of workers.

Description

technical field [0001] The invention relates to an intelligent revolving and revolving packed tower. Background technique [0002] Energy conservation and environmental protection have become the direction of sustainable economic development in countries around the world. In order to effectively reduce production costs and save production investment, relevant entities are eager for production equipment with low energy consumption, high efficiency and low investment. Especially in the production of absorption, distillation and extraction in the chemical industry and waste gas treatment in the environmental protection industry, we have been seeking and developing intelligent control equipment with high mass transfer rate and low energy consumption. [0003] Existing fluid mass transfer equipment (eg, bubble column, spray column, jet column column, plate column) has made great progress in improving mass transfer rate, but these equipment require large land use and high capital...

AI Technical Summary

Problems solved by technology

Volute air intake dust removal and desulfurization three-phase fluidized bed (Chinese Patent Document No. CN 2431943Y) is a technical solution to further improve the dust removal effect on the basis of the aforementioned technical solutions, but the result is still complicated, and the air intake resistance, dust removal and desulfurization effects have not yet been achieved. It is completely solved, and the setting of the Venturi tube increases power consumption

Gauge-flow packed tower (Chinese Patent Document No. CN 1748841A) Although great progress has been made in improving the mass transfer rate and reducing land use for the above-mentioned tower type, the fluidized balls are easy to fall due to the irregularity of the opening of the supporting plate The supporting plate, because the opening of the supporting plate is sharp, it is easy to cause the fluidized ball to break and drop the supporting plate; at the same time, the setting of the liquid collecting plate not only increases the outer cylinder of the tower body, but also increases the capital investment of itself and the tower body, and makes the The equipment is complicated, and the energy loss of the airflow caused by the resistance of the liquid collection plate to the airflow increases the energy consumption of the air supply; the setting of the inner cylinder not only increases the cross section of the outer cylinder of the tower, but also increases the land use due to the increase of the outer cylinder of the tower. The increase of the cross-section will increase the material used in the outer cylinder, which will increase the capital investment and complicate the equipment.

In addition, the above technologies and equipment have not yet been intelligentized and integrated.

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