Welcome to the Industrial Automation website!

NameDescriptionContent
HONG  KANG
E-mail  
Password  
  
Forgot password?
  Register
当前位置:

Promote the utilization of sewage resources to solve the three major water problems of water shortage, water environmental pollution and water ecological damage

来源: | 作者:佚名 | 发布时间 :2023-11-22 | 402 次浏览: | Share:


Ningbo Beilun Yandong Taxation Co., Ltd. is mainly responsible for the collection, treatment, recycling and urban drainage of sewage in Beilun, Ningbo. Since its establishment, the company has been committed to the innovation and exploration of green development and has obtained effective experience. In this regard, Bao Zhengcao introduced: "First, the market-oriented practice of sewage resource utilization, the development of the city's second water source; The second is to innovate technology and expand space land resources; The third is to implement photovoltaic power generation projects to help reduce carbon emissions."


In Xi 'an City, Shaanxi Province, the utilization of sewage resources has achieved certain results, and the ecological benefits, economic benefits and social benefits have been greatly improved, and a new pattern of urban water system has initially formed, namely, Chanba Guangyun Pool in the east, Kunming Pool Feng River in the west, Tangcheng Qujiang Pool in the south, Weiyang Seoul Lake in the north, and moat of Ming and Qing Dynasties in the middle.


Xing Xin, director of Xi 'an Development and Reform Commission, said, "Up to now, Xi 'an has built 32 sewage treatment plants with a daily treatment capacity of 3.481 million cubic meters; 27 sewage treatment plants have been put into operation, with a daily treatment capacity of 3.301 million cubic meters, of which the city 9 district has a daily treatment capacity of 3.145 million cubic meters, and the county county has a daily treatment capacity of 156,000 cubic meters. In 2021, Xi 'an plans to build or expand six sewage treatment plants, with an additional daily treatment capacity of 215,000 cubic meters; The effluent quality of the sewage treatment plant has reached the surface quasi-Class IV standard. 200 kilometers of pipe network were laid, 92 reclaimed water intake hydrants were set up, and the amount of reclaimed water conservancy in the urban area was nearly 200 million cubic meters, with a utilization rate of 26.5%."


Zhou Jianchi, deputy director of Chongqing Municipal Development and Reform Commission, introduced the development of Chongqing sewage resource utilization from three aspects: "System planning, four water co-treatment, Chongqing water environment quality continuous improvement; Urban sewage treatment capacity has been improved in an all-round way. According to local conditions and precise policies, urban sewage resource utilization has walked out of the road of characteristics."

Implement the concept of "water saving means pollution control" and promote the construction of a water-saving society


For the next step, how should various regions and departments implement and promote the utilization of sewage resources, Su Wei stressed that the first is to make overall planning and promote the system. We should promptly organize the formulation of relevant plans or implementation plans, promptly formulate specific plans, and clarify work tasks. It is necessary to promote the construction, operation and management of "plant and network integration" and promote "mud-water co-governance". Second, adopt policies according to local conditions. According to the local natural conditions, resource endowments and water environmental protection requirements, scientific utilization of sewage resources should be carried out. Key river basins, water shortage areas and water environment sensitive areas should scientifically implement upgrading of sewage treatment standards, and build sewage resource utilization facilities according to actual needs. The third is to implement the concept of "water saving means pollution control" and promote the construction of a water-saving society. We will promptly formulate and introduce local plans for building a water-saving society, thoroughly implement national actions to conserve water, and coordinate efforts to conserve water, control pollution, and utilize resources.


Various regions have also developed specific measures for future work. In the "14th Five-Year Plan" period, Beijing will achieve carbon reduction synergies as the overall starting point to promote economic and social development of comprehensive green transformation, in the specific work measures, one is in the field of sewage treatment and resource utilization to take the lead in promoting carbon peak, carbon neutrality, give full play to the advantages of high heat value of sewage and recycled water, pilot to carry out waste heat utilization, Simultaneous exploration of sludge energy utilization. The second is to further strengthen the ecological application of recycled water, based on the basic fact of the shortage of water resources in the capital, further increase the research on recycled water purification technology, use ecological ways to treat and utilize recycled water, and further return recycled water to natural circulation. The third is to further improve the reclaimed water pipe network in the central urban area in combination with urban renewal, constantly expand the scope of reclaimed water supply, and replace fresh water.

  • Alstom CPRM1 SINGLE-PHASE POWER REGULATION BOARD
  • Alstom ESVI1 INPUT/OUTPUT BOARD FOR CURRENT AND VOLTAGE SIGNALS
  • Alstom RDSP1 BOARD FOR ADJUSTING DIGITAL SIGNAL PROCESSES
  • Alstom MDEX1 microprocessor control board
  • Alstom IRVI20 - REGULATION INTERFACE BOARD
  • Alstom AMS42 POWER SUPPLY BOARD
  • ABB VACUUM CONTACTOR VSC7 SCO IEC 60470 400A 3POLE 220-250V 50/60Hz
  • ABB DRIVEMONITOR VERSION 4000 DRIVE MODULE RBOX316-ABB-00
  • YASKAWA JACP-317802 AC servo drive
  • YASKAWA JACP-317801 Advanced Process Controller
  • YASKAWA JACP-317120 Power Supply Unit
  • YASKAWA CP-9200SH/SVA servo controller
  • YASKAWA CP-9200SH/CPU Programmable Controller
  • YASKAWA CP-317/DO-01 Digital Output Module
  • YASKAWA CP-317/218IF high-speed communication interface module
  • YASKAWA CP-317/217 IF Communication Interface Module
  • YASKAWA CIMR-M5D2018 High Performance Inverter
  • YASKAWA CACR-HR10BB servo drive
  • YASKAWA 218IF machine controller
  • YOKOGAWA YS1700-100/A06/A31 Programmable Indicator Controller
  • YOKOGAWA KS9-5 * A signal cable
  • YOKOGAWA KS8-5 * A signal cable
  • YOKOGAWA KS2-5 * A DSC signal cable
  • YOKOGAWA PW482-10 power module
  • YOKOGAWA SCP451-11 processor module
  • YOKOGAWA SR1030B62-3MN * 1C High Frequency Signal Processor
  • YOKOGAWA SR1030B62 Analog Input Module
  • YOKOGAWA CP451-10 processor module
  • YOKOGAWA CP451-50 processor module
  • YOKOGAWA AAI143-H50 Analog Input Module
  • YOKOGAWA 22.5 × 17.4 × 10 Compact Industrial Control Module
  • YOKOGAWA AMM42 multiplexer input module
  • YOKOGAWA SDV144-S63 Digital Input Module
  • YOKOGAWA AIP830-111 single player keyboard
  • YOKOGAWA S9361DH-00 Terminal Board Module
  • YOKOGAWA ATK4A-00 S1 KS Cable Interface Adapter
  • YOKOGAWA PW701 power module
  • YOKOGAWA AVR10D-A22010 Duplex V-net Router
  • YOKOGAWA PW441-10 power module
  • YOKOGAWA VI451-10 Communication Interface Module
  • YOKOGAWA VC401-10 Coupling Module
  • YOKOGAWA ALP121 Communication Module
  • YOKOGAWA NFAI841-S00 Analog Input Module
  • YOKOGAWA AIP591 Process Control Module
  • YOKOGAWA AIP578 optical link transceiver
  • YOKOGAWA PW501 power module
  • YOKOGAWA YNT511D fiber optic bus repeater
  • YOKOGAWA AIP171 transceiver control module
  • YOKOGAWA VI702 Vnet/IP Interface Card
  • YOKOGAWA 2302-32-VLE-2 electronic mixer
  • YOKOGAWA ATK4A-00 Cable Interface Adapter
  • YOKOGAWA ALR121-S00 Communication Module
  • YOKOGAWA CP461-50 processor module
  • YOKOGAWA AIP121-S00 Control Module
  • YOKOGAWA UR1800 Recorder
  • YOKOGAWA LC82 * A Industrial Controller
  • YOKOGAWA ANR10D bus node unit
  • YOKOGAWA SDV144-S13 Digital Input Module
  • YOKOGAWA NFAI143-H00 Analog Input Module
  • YOKOGAWA EB501 Bus Interface Module
  • YOKOGAWA CP451-10 Process Control Module
  • YOKOGAWA V0/E1/TCAM/L08 Advanced Process Control Module
  • YOKOGAWA VO/E2/TCDM24/L8 high-precision temperature control module
  • YOKOGAWA 16137-119 high-precision digital input module
  • YOKOGAWA 16114-500 module rack
  • YOKOGAWA PSCDM024DCBAN Key Discrete Module
  • YOKOGAWA 16137-151 Process Control Module
  • YOKOGAWA 16137-188 Process Control Module
  • YOKOGAWA 16137-222 Process Controller
  • YOKOGAWA 16137-223 high-precision temperature transmitter
  • YOKOGAWA 16137-153 Digital Input Module
  • YOKOGAWA 866257000 high-precision temperature controller
  • YOKOGAWA 8596020000 Digital I/O Module
  • YOKOGAWA 866256000 high-precision process control module
  • ABB AFS670 19" Ruggedized Switch AFS670-EREEDDDSSEEEEEEEPZYX05.1.0
  • NI VXIpc-871B Controller
  • YOKOGAWA PSCAMAAN Process Control Analog Input Module
  • YOKOGAWA DR1030B60 servo actuator
  • YOKOGAWA ADV551 Digital Output Module
  • YOKOGAWA AAI543 proposed output module
  • YOKOGAWA LR 4220E Level Transmitter
  • YOKOGAWA SR1008B62 External Wiring Module
  • YOKOGAWA SC200S Control Valve Positioner
  • YOKOGAWA PW301 power module
  • YOKOGAWA NP53 * C Precision Control Module
  • YOKOGAWA F3YD64-1A transistor output module
  • YOKOGAWA F3XD64-3N Industrial Module Controller
  • YOKOGAWA F3WD64-3N High Performance Module Controller
  • YOKOGAWA F3SP21-0N CPU module
  • YOKOGAWA F3PU10-0N AC power module
  • YOKOGAWA F3PU06-0N power module
  • YOKOGAWA F3NC02-0N positioning module
  • YOKOGAWA F3NC01-0N positioning module
  • YOKOGAWA F3LC21-1N Multi Link Module
  • YOKOGAWA F3BU06-0N Base Module
  • FORCE PMC234 control module
  • FORCE CPU-2CE/16 Industrial Control CPU Module
  • Foxboro PBCO-D8-010 FBM I/O cards
  • FOXBORO PBCO-D8-009 Digital Output Module
  • FOXBORO FBM207C RH917GY High Density Contact Induction Input Module
  • FOXBORO AD916AE Digital Control System Module
  • FOXBORO FBM217 discrete input module
  • FOXBORO RH926GH processor module
  • FOXBORO H90 H90C9AA0117S Differential Pressure Transmitter
  • FOXBORO P0926GJ high-precision differential pressure transmitter
  • FOXBORO RH928AW control module
  • FOXBORO N-2AX+DIO signal distribution module
  • FOXBORO RH924WA Fiber Optic Network Adapter
  • FOXBORO P0924JH Control System Module
  • FOXBORO H92 Process Automation System
  • FOXBORO PP0926KN control module
  • FOXBORO P0916FH controller
  • FOXBORO E69F-T-I2-JRS on-site installation signal converter
  • FOXBORO P0926JM Standard 200 Series Baseplates
  • FOXBORO E69F-BI2-S Current Pneumatic Signal Converter
  • FOXBORO P0926GU FBM230 Field Equipment System Integration Module
  • FOXBORO RH931RQ cable terminal
  • FOXBORO H92A049E0700 server module
  • FOXBORO H90C9AA0117S Differential Pressure Transmitter
  • FOXBORO RH101AA High Performance Pressure Transmitter
  • FOXBORO FPS400-24 P0922YU power module
  • FOXBORO P0973LN differential pressure transmitter
  • FOXBORO P0926GV FBM231 Field Equipment System Integration Module
  • Foxboro FBM202 P0926EQ thermocouple/mV input module
  • FOXBORO FBMSVL Safety Valve Logic Solver
  • FOXBORO P0926PA Industrial Control Module
  • FOXBORO L0130AD L0130AE-0H Digital Input Module
  • FOXBORO 0399085B 0303440C+0303458A combination control module