CN208933173U - A kind of reaction unit for nanometer micro-electrolysis material - Google Patents

A kind of reaction unit for nanometer micro-electrolysis material Download PDF

Info

Publication number
CN208933173U
CN208933173U CN201821640719.1U CN201821640719U CN208933173U CN 208933173 U CN208933173 U CN 208933173U CN 201821640719 U CN201821640719 U CN 201821640719U CN 208933173 U CN208933173 U CN 208933173U
Authority
CN
China
Prior art keywords
micro
electrolysis
main body
magnetic force
sedimentation basin
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201821640719.1U
Other languages
Chinese (zh)
Inventor
张文楠
刘雨知
邹东雷
周天龙
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Jilin University
Original Assignee
Jilin University
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Jilin University filed Critical Jilin University
Priority to CN201821640719.1U priority Critical patent/CN208933173U/en
Application granted granted Critical
Publication of CN208933173U publication Critical patent/CN208933173U/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Abstract

The utility model discloses a kind of reaction units for nanometer micro-electrolysis material, including nanometer micro-electrolysis reaction pond, nanometer micro-electrolysis material storage apptss, magnetic force sedimentation basin and microfiltration systems;The effect in nanometer micro-electrolysis reaction pond is that the reaction for nanometer micro-electrolysis material and pollutant provides good place;The effect of nanometer micro-electrolysis material storage apptss is storage nano micro-electrolysis material;The effect of magnetic force sedimentation basin is to store rice micro-electrolysis material back and forth using magnetic force, more more efficient than traditional gravity settling basin, shortens the hydraulic detention time of water inlet, further reduces the size of sedimentation basin;The effect of microfiltration systems is the water of further filtering magnetic force sedimentation basin outflow, makes water qualified discharge after treatment.

Description

A kind of reaction unit for nanometer micro-electrolysis material
Technical field
The utility model relates to technical field of sewage, in particular to a kind of for the anti-of nanometer micro-electrolysis material Answer device.
Background technique
Traditional micro-electrolysis method (Traditional micro-electrolysis, MET) is a kind of for high concentration difficulty drop Solve the excellent preconditioning technique of organic industrial sewage.In 1970s, it just has been used to the pretreatment of dyeing waste water.Phase Than in other processing techniques, micro-electrolysis treatment is high-efficient, operating cost is low, and operate it is easy to maintenance, therefore past By the extensive concern of environmentalist in several years.In addition, with the development of nanotechnology, Nanoscale Iron has been widely used for environment Reparation field.Since nano material has biggish specific surface area and higher surface-active, if it is applied to light electrolysis system In will be substantially better than traditional iron filings or iron powder.
Traditional micro-electrolysis method generallys use tower reactor, this is main related with traditional partial size of micro-electrolysis stuffing, filler Can be with stable operation for a period of time in tower, but this filler is easy hardened, influences subsequent reactions effect, nanometer micro-electrolysis material It is then not in hardened phenomenon, however nanometer micro-electrolysis material is not appropriate for this tower reactor, so the utility model needle A kind of new reactor is developed to nanometer micro-electrolysis material.
Summary of the invention
The purpose of this utility model is that it is insufficient according to prior art, it provides a kind of for the anti-of nanometer micro-electrolysis material Answer device.
A kind of reaction unit for nanometer micro-electrolysis material, including nanometer micro-electrolysis reaction pond, nanometer micro-electrolysis material Storage apptss, magnetic force sedimentation basin and microfiltration systems;
Nanometer micro-electrolysis material storage apptss include nanometer micro-electrolysis material storage apptss main body and chemical feed pipe, chemical feed pipe one end with Nanometer micro-electrolysis material storage apptss main body connection, the other end are connected with the tank main body that reacts in nanometer micro-electrolysis reaction pond;
Nanometer micro-electrolysis reaction pond includes reaction tank main body, stirring motor and agitating paddle, and stirring motor is arranged in reaction tank Main body upper end, the output end of stirring motor extend into reaction tank body interior, and is equipped with agitating paddle on stirring motor output end, Reaction tank water inlet and reaction tank water outlet, the magnetic force on reaction tank water outlet and magnetic force sedimentation basin are provided on reaction tank main body The connection of sedimentation basin water inlet;
Magnetic force sedimentation basin includes calutron and reflux line, and magnetic force sedimentation basin water inlet and magnetic force sedimentation basin water outlet divide Not Tong Guo pipeline be connected to calutron, magnetic force sedimentation basin water outlet by the microfiltration systems in pipeline and microfiltration systems main body into Mouth of a river connection, calutron are connected to by reflux line with tank main body is reacted;
Microfiltration systems include microfiltration systems main body, and microfiltration systems water inlet and microfiltration systems are provided in microfiltration systems main body Water outlet.
The working principle and use process of the utility model:
The effect of nanometer micro-electrolysis reaction pond is: the reaction for nanometer micro-electrolysis material and pollutant provides good place; Nanometer micro-electrolysis material storage apptss effect is: storage nano micro-electrolysis material;Magnetic force sedimentation basin effect is: using magnetic force come Nanometer micro-electrolysis material is recycled, it is more more efficient than traditional gravity settling basin, shorten the hydraulic detention time of water inlet, further reduces The size of sedimentation basin;Microfiltration systems effect is: the further water of filtering magnetic force sedimentation basin outflow reaches water after treatment Mark discharge.
The utility model has the beneficial effects that
The apparatus structure is simple, and wastewater purifying efficiency is good, can high degree play nanometer micro-electrolysis material advantage, guarantee While treatment effeciency, nanometer micro-electrolysis material is utmostly recycled, the consumption of micro-electrolysis material is reduced.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Specific embodiment
Refering to Figure 1, a kind of reaction unit for nanometer micro-electrolysis material, including nanometer micro-electrolysis reaction pond, Nanometer micro-electrolysis material storage apptss, magnetic force sedimentation basin and microfiltration systems;
Nanometer micro-electrolysis material storage apptss include nanometer micro-electrolysis material storage apptss main body 21 and chemical feed pipe 22, chemical feed pipe 22 One end is connected to nanometer micro-electrolysis material storage apptss main body 21, and the other end reacts 10 phase of tank main body with nanometer micro-electrolysis reaction pond Connection;
Nanometer micro-electrolysis reaction pond includes reaction tank main body 10, stirring motor 12 and agitating paddle 13, and stirring motor 12 is arranged In reaction 10 upper end of tank main body, the output end of stirring motor 12 is extend into inside reaction tank main body 10, and stirring motor 12 exports Agitating paddle 13 is installed on end, reacts and is provided with reaction tank water inlet 11 and reaction tank water outlet 14, reaction tank on tank main body 10 Water outlet 14 is connected to the magnetic force sedimentation basin water inlet 30 on magnetic force sedimentation basin;
Magnetic force sedimentation basin includes calutron 32 and reflux line 31, and magnetic force sedimentation basin water inlet 30 and magnetic force sedimentation basin go out The mouth of a river 33 is connected to by pipeline with calutron 32 respectively, and magnetic force sedimentation basin water outlet 33 passes through pipeline and microfiltration systems main body 4 On microfiltration systems water inlet 41 be connected to, calutron 32 by reflux line 31 with react tank main body 10 connection;
Microfiltration systems include microfiltration systems main body 4, and microfiltration systems water inlet 41 and micro-filtration are provided in microfiltration systems main body 4 System water outlet 42.
Embodiment one: using Nanoscale Iron as object is added, 50mg/L aureomycin simulated wastewater is pumped into this covering device, setting pump Inbound traffics 29.7mL/h, nanometer micro-electrolysis reaction tank waterpower residence time 35min, sedimentation basin hydraulic detention time 25min are added (dry weight) 2g/L is measured, the removal rate of aureomycin can be stablized 90% or more after the system stablizes debugging.
Embodiment two: using nano iron-carbon micro-electrolytic material as object is added, 50mg/L aureomycin simulated wastewater is pumped into this Covering device, setting are pumped into flow 29.7mL/h, nanometer micro-electrolysis reaction tank waterpower residence time 35min, sedimentation basin hydraulic retention Time 25min, dosage (dry weight) 2g/L, by the system stablize debugging after aureomycin removal rate can stablize 92% with On.
Embodiment three: using the nano iron-carbon micro-electrolytic of supported copper as object is added, 50mg/L aureomycin simulated wastewater is pumped Enter this covering device, setting is pumped into flow 29.7mL/h, nanometer micro-electrolysis reaction tank waterpower residence time 35min, precipitates tank waterpower Residence time 25min, dosage (dry weight) 2g/L, the removal rate of aureomycin can be stablized 95% after the system stablizes debugging More than.

Claims (1)

1. a kind of reaction unit for nanometer micro-electrolysis material, it is characterised in that: micro- including nanometer micro-electrolysis reaction pond, nanometer Electrolysis material storage apptss, magnetic force sedimentation basin and microfiltration systems;
Nanometer micro-electrolysis material storage apptss include nanometer micro-electrolysis material storage apptss main body (21) and chemical feed pipe (22), chemical feed pipe (22) one end is connected to nanometer micro-electrolysis material storage apptss main body (21), the reaction tank master of the other end and nanometer micro-electrolysis reaction pond Body (10) is connected;
Nanometer micro-electrolysis reaction pond includes reaction tank main body (10), stirring motor (12) and agitating paddle (13), stirring motor (12) In reaction tank main body (10) upper end, it is internal that the output end of stirring motor (12) extend into reaction tank main body (10), and stirs for setting It is equipped with agitating paddle (13) on motor (12) output end, reaction tank water inlet (11) and reaction is provided in reaction tank main body (10) Pond water outlet (14), reaction tank water outlet (14) are connected to the magnetic force sedimentation basin water inlet (30) on magnetic force sedimentation basin;
Magnetic force sedimentation basin includes calutron (32) and reflux line (31), magnetic force sedimentation basin water inlet (30) and magnetic force sedimentation basin Water outlet (33) is connected to by pipeline with calutron (32) respectively, and magnetic force sedimentation basin water outlet (33) passes through pipeline and micro-filtration system Unite main body (4) on microfiltration systems water inlet (41) connection, calutron (32) by reflux line (31) with react tank main body (10) it is connected to;
Microfiltration systems include microfiltration systems main body (4), be provided in microfiltration systems main body (4) microfiltration systems water inlet (41) with it is micro- Filter system water outlet (42).
CN201821640719.1U 2018-10-10 2018-10-10 A kind of reaction unit for nanometer micro-electrolysis material Active CN208933173U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201821640719.1U CN208933173U (en) 2018-10-10 2018-10-10 A kind of reaction unit for nanometer micro-electrolysis material

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821640719.1U CN208933173U (en) 2018-10-10 2018-10-10 A kind of reaction unit for nanometer micro-electrolysis material

Publications (1)

Publication Number Publication Date
CN208933173U true CN208933173U (en) 2019-06-04

Family

ID=66724054

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201821640719.1U Active CN208933173U (en) 2018-10-10 2018-10-10 A kind of reaction unit for nanometer micro-electrolysis material

Country Status (1)

Country Link
CN (1) CN208933173U (en)

Similar Documents

Publication Publication Date Title
CN202358976U (en) Glass wastewater treatment equipment
CN103304078A (en) Laboratory wastewater treatment process equipment and wastewater treatment method using same
CN105461147B (en) A kind of Magneto separate water purification system and its purification method
CN209383527U (en) A kind of space flight furnace gasification ash water hardness removing device
CN208933173U (en) A kind of reaction unit for nanometer micro-electrolysis material
CN204689695U (en) A kind of waste disposal plant
CN206414820U (en) Space-changeable type fiber bundle filter
CN204022633U (en) A kind of residual sludge reduction treatment unit
CN106629897A (en) Variable gap type fiber bundle filter and application method thereof
CN207567062U (en) Electric automatization sewage disposal system
CN203498218U (en) Vehicle-mounted magnetic separation device
CN203625101U (en) Mining sewage treatment device
CN204918303U (en) Deep industrial wastewater treatment equipment that purifies
CN201809262U (en) Optimized integrated device for high effective biological and advanced treatment of garbage leachate
CN204369719U (en) A kind of wastewater from car washer treatment for reuse pusher gear
CN204198531U (en) One rushes version water-circulation filtering device
CN204644049U (en) One way of life Sewage treatment systems
CN205011454U (en) Activated sludge water installation that decontaminates
CN212833138U (en) Novel efficient energy-saving environment-friendly sewage treatment equipment
CN207091064U (en) High efficient solid and liquid separation membranous system device
CN203079786U (en) Wastewater zero discharging advanced treatment system
CN207877464U (en) A kind of processing system for high ammonia-nitrogen wastewater
CN213738811U (en) Softening, filtering and salt separating integrated device for mine water treatment
CN202898137U (en) Wastewater treatment system containing complex copper ions
CN211921095U (en) High-precision treatment device for mine water

Legal Events

Date Code Title Description
GR01 Patent grant
GR01 Patent grant