BX high-end three-dimensional integrated solid-liquid synchronous deeply sewage-treating device and manufacturing method

Abstract

The invention relates to a BX high-end three-dimensional integrated solid-liquid synchronous deeply sewage-treating device and a manufacturing method. The device is characterized by forming a set of complete sewage treating system device by three-dimensionally combining power transmission, double-vortex gearshift, dosing neutralizing, oil-water separation, aeration biochemical treatment, solid-liquid centrifugal separation, sweeping de-sliming, sludge wiping, overhead storage, biologic gnawing, deep physical absorption, malnutrition reduction, PH value, heavy metal (other pollutants), turbidity self-detection, cross circulation backwashing, sterilization and disinfection, water purification and draining, overhead bearing support and automatic control system. The energy consumption is low, the running cost is low and the industrial wastewater, rural sewage, municipal (other) sewage and reclaimed water are locally intensively treated nearby, so that the requirements for standard emission and resource reutilization are met; the device has obvious effects of cleaning production, capacity promotion and effect enhancement; the device has huge national benefit or public benefit at the aspects of water resource shortage, water pollution, sustainable economic development maintenance and promotion for energy saving and emission reduction.

Description

technical field [0001] The invention relates to the technical field of harmless treatment of industrial sewage and wastewater, in particular to a BX high-end three-dimensional integrated solid-liquid synchronous deepening sewage treatment equipment and a manufacturing method. In addition, the invention relates to a synchronous deep harmless treatment of sewage sludge Unit accessories, equipment, facilities, processing, manufacturing, assembly and process technology and full automation control system required for equipment. Background technique [0002] The first type is modern sewage plants, most of which are regardless of water quality. They are collected and processed through long-distance buried and relatively complex interlaced pipe networks, which require huge sums of money and a large area of ​​land to build offices, facilities, and equipment installation plants. Or build interception wells, primary and secondary grids, aeration oxidation tanks, dosing flocculation tan...

AI Technical Summary

Problems solved by technology

[0010] The above-mentioned prior art equipment has the advantages of: a wide variety of equipment, relatively mature technology, great progress has been made in equipment structure and process technology, and has played an active and effective role in controlling water pollution. It has made indelible contributions to economic development, ecological environment protection, and scientific and technological progress; its disadvantages are: 1. The equipment is generally too single and too specialized, which can only reflect independent operations and cannot achieve effective integration. There is still no major breakthrough

2. In terms of process technology, the traditional method is still continued, which can only be used as a pre-treatment stage, and cannot be used to deepen the treatment of water quality at the same time; in terms of application, it lacks "compatibility" and "agility" and cannot adapt to local conditions. 3. In terms of operation, the energy consumption is high, the pressure is high, and hole plugging is easy to occur, resulting in a decrease in water outlet efficiency, resulting in too short backwash intervals and too frequent times. Sludge has a high water content, and it needs to be cleared one at a time, making it difficult to clean and transport, and it is easy to pollute the working environment; 4. In terms of efficiency, the efficiency is low, the labor intensity of the operators is high, maintenance and overhaul are difficult, and the investment cost and operating cost high

5. In terms of energy saving and environmental protection, it is impossible to realize three-dimensional layout, occupy a lot of land, waste a lot of resources, and cannot complete one-time deep harmless treatment

6. In terms of application, it is impossible to achieve "decentralized", "on-site" and "nearby" one-time deep harmless treatment without dead ends, which is difficult for users to accept and is not convenient for promotion and application; 7. In terms of market demand, due to the The structure is still backward, and the process technology is still irrational, which cannot meet the ecological needs and market needs

From the perspective of historical development and transformation, the mode of long-distance transportation and purification of industrial and agricultural production and domestic sewage and wastewater is not an optimal mode, and a single treatment method is not the optimal treatment method.

In order to change the deficiencies and defects of traditional or existing technologies, it is necessary to break through the traditional concept of solidifying the established concepts, remove the deficiencies and retain the advantages of traditional mature technologies, make bold improvements or optimize and reorganize, and add new technical structures to make up for the shortcomings. In order to effectively solve the shortage of water resources and the continuous deterioration of water pollution, we can better protect the ecological environment and promote future economic development. The promulgation of advanced policies, or the new national environmental protection law, the rigid supervision measures of the ten water regulations, and the continuous escalation of punishment, the rigid market demand is very obvious, and at the same time it will definitely bring about the vigorous development of the environmental protection industry and create a huge market demand space. Existing technical equipment Unable to meet the rigid demand of the market; the solution, only the continuous innovation and upgrading of technical equipment is the top priority

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