Welcome to the Industrial Automation website!

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

Study on ecological restoration status and treatment countermeasures of abandoned mines left over from history

来源: | 作者:佚名 | 发布时间 :2023-11-28 | 436 次浏览: | Share:

1.3 Low land reclamation rate

Some developed countries have a long history of mining, and their governance concepts, measures and technologies started earlier. Since 1940, Germany has been reducing the destruction of the ecological environment in the mining process, while taking into account the ecological changes and residents' requirements for the environment from a macro perspective to carry out mine restoration and management. After 1960, some countries began to develop a variety of restoration methods for ecological restoration, and technology was at the forefront. Land reclamation is the main way of ecological restoration in mining areas. The land reclamation rate in European and American countries is more than 80%, while the land reclamation rate in Chinese mining areas is only about 20%, which is far lower than the international average level of 50%-70%. The State Council promulgated the "Regulations on Land Reclamation" in 1989, the "Regulations on Land Reclamation" in 2011, and the "Measures for the Implementation of the Regulations on Land Reclamation" in 2019. In the same year, the "Regulations on the Protection of the Geological Environment of Mines" were revised, and the State's policies, funding, governance methods and priorities for mine restoration have gradually improved and improved with the development of The Times.

1.4 Construction Difficulties

Before the mine restoration construction, a series of data such as start-up procedures, planning instructions, environmental impact reports and approvals, geological disaster assessment reports, geological exploration reports, etc., are the "blocking points" of mine treatment projects, such as tedious data preparation and approval procedures, difficult approval, and time-consuming handling. During the construction process, the local government needs to coordinate multiple relationships among departments, construction units, mining areas, and villagers. Most of the land occupied by the mining area is collective land. After construction, farmers need to deal with the issue of land transfer rent payment. Villagers are worried about the quality of land after reclamation and are unwilling to accept reclaimed land and other social problems.

2. Repair existing problems and improve measures

2.1 Repair Mechanism

The central and local governments attach great importance to the ecological restoration of mines, and have introduced more detailed systems to promote mine restoration. Local governments should strengthen the implementation of policies to maximize the enthusiasm of mining enterprises and various social resources. Local governments have rationalized the powers and obligations among departments related to mine restoration, formed a scientific and standardized system with natural resources departments as the main body and the active participation of ecological environment, forestry, water conservancy and other departments, refined the constraint and incentive mechanism, promoted coordination and communication among departments, and improved the enforcement power of ecological environment and forestry departments in the evaluation and supervision of ecological restoration quality. Improve the restoration speed and treatment rate of historical mining areas.

2.2 Restoration Funds

There is a huge demand for mine restoration funds, and the restoration funds of historical mines are more short, requiring financial allocation support, the total amount of special funds allocated by the central government is small, and the matching funds of local and enterprise are not high. As of the end of 2017, the central government had invested a total of about 30 billion yuan, and local governments and enterprises had raised a total of nearly 70 billion yuan, which could not meet the needs of large-scale mine restoration, and the funding problem had become a bottleneck restricting the ecological restoration of mines. The sources and channels of special funds for mine ecological restoration are not perfect, and mining laws and regulations give natural resources, forestry, ecological environment, water conservancy and other departments the right to collect fees related to ecological damage, and the lack of centralized management of fees has caused scattered uses and not all of them are used for mine restoration. The effect of ecological restoration is slow, the income is small, the profit method is single, and the participation of social capital is low. The Regulations on the Protection of Mine Geological Environment issued by the former Ministry of Land and Resources established a deposit system for the restoration of mine environmental governance, which is only applicable to newly built mines or mines under development, and does not include the environmental governance and ecological restoration of historical mines.

The central government will increase support for special funds for the restoration of abandoned mines left over from history, and promote the availability of matching funds from local governments and enterprises. The ecological damage fees collected by local government departments shall be centrally managed and incorporated into a unified special account for ecological restoration, and the supervision of funds shall be strengthened and earmarked for special purposes to ensure that all fees are used for mine restoration. Drawing on the successful experience of water environment (PPP) governance projects, the state encourages social capital to participate in mine ecological restoration, and supports and helps enterprises in project implementation, tax incentives, financial subsidies, etc., and implements the reward mechanism of "who repairs, who benefits". Expand the scope of application of the deposit, and use a certain proportion of funds for the restoration of abandoned mines left over from history to further meet the needs of national and local special funds for mine restoration.

  • ABB 3HAC5498-1 High-Performance Control Module
  • ABB 3HAC5518-1 Industrial Control Module
  • ABB 3HAC5497-1 Industrial Control Module
  • ABB 3HAC7344-1 Mains line filter unit
  • ABB 3HAC7681-1 Process Interface Module
  • ABB 3HAC6428-1/04 high-performance control module
  • ABB 3HAC6157-1 Floppy sign/supply cable
  • ABB 3HAC10847-1 Ethernet on front,Harness
  • ABB 3HAC5566-1 Industrial Communication Bus Cable
  • ABB 3HAC9710-1 Heat exchanger unit
  • ABB IMFECI2 Industrial Control Module
  • ABB IMDS014 Digital Slave Output Module
  • ABB INIT03 Control Module
  • ABB 3HAC031683-004 Cable Teach Pendant 30m
  • ABB HAC319AEV1 High-Performance Control Module
  • ABB UFC092BE01 Binary input module
  • ABB DAPC100 3ASC25H203 Industrial Control Board
  • ABB 57160001-KX DSDO 131 Digital Output Unit
  • ABB 3HAC4776-1/1 Industrial Control Module
  • ABB DSTF610 terminal
  • ABB YB560100-EA S3 Industrial Control Module
  • ABB XO16N1-B20 XO16N1-C3.0 High-Performance Industrial Control Module
  • ABB TU804-1 Programmable Logic Controller (PLC) Module
  • ABB TU515 I/O terminal unit
  • ABB TK516 Connection Cable with Contacts
  • ABB SPCJ4D34-AA Industrial Ethernet I/O System Module
  • ABB SPAD346C Integrated Differential Relay
  • ABB 1SAM101904R0003 SK-11 Signal contact 1NO+1NC
  • ABB SE96920414 YPK112A Communication Module
  • ABB SC610 3BSE001552R1 Submodule Carrier
  • ABB SC513 PLC Analog Input Module
  • ABB SAFT110 Advanced Safety Termination Module
  • ABB RVC6-5A Control Module
  • ABB RB520 Linear Motion Controller Module
  • ABB R1.SW2/3 Industrial Control Module
  • ABB PU517 Controller Automation System
  • ABB PS130/6-75-P Industrial Control Module
  • ABB 3BSE008062R1 PM633 Processor Module
  • ABB L110-24-1 Industrial Control Module
  • ABB IMDSO14 Digital Slave Output Module
  • ABB DSU10 Control Module
  • ABB DSQC627 3HAC020466-001 Advanced Power Supply Module
  • ABB DSQC354 Industrial I/O Module
  • ABB DSQC352 High Performance Input/Output Module
  • ABB 37911-4-0338125 Control Module
  • ABB DSPC172 CPU Module
  • ABB DSBB175 Industrial PLC Expansion Module
  • ABB CR-M4LS Industrial Control Module
  • ABB CI626A 3BSE005029R1 Communication Interface Module
  • ABB BB510 (DC5256) Digital Control Module
  • ABB 61615-0-1200000 High-Precision Industrial Controller
  • ABB 3HNE 00313-1 TILLV.0317 Machine No. 64-25653
  • ABB 3HNA000512-001 Control Module
  • ABB 3HAC025466-001 Industrial Control Module
  • ABB 3HAB8101-8/08Y Industrial Control Module
  • ABB 3BHB003689 Multifunction Controller Module
  • ABB PXBHE65 206-00212 power module
  • ZUNKU 6203-2RS Deep Groove Ball Bearing
  • ZUNKU 6201-2RS Deep Groove Ball Bearing
  • ZYCOM IGLACS01281 Control Module
  • Zygo 8010-0105-02 ZMI-501 Displacement Measurement Interferometer
  • Zygo 1115-801-346 laser head cable
  • ZYGO HSSDC2 TO HSSDC2 CABLE 1115-800-055
  • ZYGO HSSDC TO HSSDC2 CABLE 1115-800-056
  • ZYGO ZMI 4104C Measurement Electronics Board
  • ZYGO ZMI-2002 8020-0211 Measurement Board
  • ZYGO 7702 8070-0102-35 Laser Head
  • ZYGO ZMI 7702 8070-0102-01X Laser Head
  • ZYGO ZMI-4004 4-Axis VME64x Measurement Board
  • ZYGO PC200 CS1115-801-346 Laser interferometer cable
  • ZYGO 8010-0105-01 ZMI Power Supply
  • ZYGO ZMI-2002 8020-0211-1-J Laser system measurement board card
  • ABB 35AE92 control card
  • ABB 200900-004 I/O Adapter PLC Board
  • Siemens 6ES7193-4CA40-0AA0 ET 200S Electronic Module
  • Siemens 6AV2124-2DC01-0AX0 Comfort Panel
  • Siemens 6ES7421-7DH00-0AB0 Digital Input Module
  • Siemens 6ES7350-2AH01-0AE0 Counter Module
  • Siemens 6ES7231-0HC22-0XA0 Analog Input Expansion Module
  • Siemens ET200SP 6ES7193-6PA00-0AA0 server module
  • Siemens 6ES7193-4JA00-0AA0 Terminal Module
  • Siemens 6AG1204-2BB10-4AA3 Ethernet Switch
  • SIEMENS 6GK1105-2AA10 SIMATIC NET series optical switching module (OSM ITP62)
  • Schneider Modicon Quantum 140CPU65260 Unity Processor
  • Schneider Modicon Quantum 140ACO02000 Analog Output Module
  • Schneider Modicon Quantum 140CPS11420 power module
  • Allen-Bradley 1747-CP3 SLC ™ Series of programming cables
  • Kollmorgen S33GNNA-RNNM-00 - Brushless Servo Motor
  • Kollmorgen 6sm56-s3000-g-s3-1325 - Servo Motor
  • Kollmorgen AKM52K-CCCN2-00 - Servo Motor
  • Kollmorgen PSR3-230/75-21-202 - Power Supply
  • Kollmorgen akm24d-anc2r-00 - Servo Motor
  • Kollmorgen AKM22E-ANCNR-00 - Servo Motor
  • Kollmorgen S60300-550 - Servo Drive
  • Kollmorgen B-204-B-21 - Servomotor
  • Kollmorgen AKM21E-BNBN1-00 - Servo Motor
  • Kollmorgen TT2953-1010-B - DC Servo Motor
  • Kollmorgen pa8500 - Servo Power Supply
  • Kollmorgen BDS4A-210J-0001-207C2 - Servo Drive
  • Kollmorgen TTRB1-4234-3064-AA - DC Servo Motor
  • Kollmorgen MH-827-A-43 - Servo Motor
  • Kollmorgen AKM24D-ACBNR-OO - Servo Motor
  • Kollmorgen 00-01207-002 - Servo Disk DC Motor
  • Kollmorgen AKM21C-ANBNAB-00 - Servo Motor
  • Kollmorgen PSR3-208/50-01-003 - Power Supply
  • Kollmorgen 6SM56-S3000 - Servo Motor
  • Kollmorgen DBL3H00130-B3M-000-S40 - Servo Motor
  • Kollmorgen 6SN37L-4000 - Servo Motor
  • Kollmorgen AKM65K-ACCNR-00 - Servo motor
  • Kollmorgen 6SM56-L3000-G - Servo Motor
  • Kollmorgen AKMH43H-CCCNRE5K - Servo Motor
  • Kollmorgen PSR4/52858300 - Power Supply
  • Kollmorgen KBM-79H03-E03 - Direct Drive Rotary Motor
  • Kollmorgen AKM33E-ANCNDA00 - Servo Motor
  • Kollmorgen U9M4/9FA4T/M23 - ServoDisc DC Motor
  • Kollmorgen AKM13C-ANCNR-00 - Servo Motor
  • Kollmorgen AKM43L-ACD2CA00 - Servo Motor
  • Kollmorgen AKM54K-CCCN2-00 - Servo Motor
  • Kollmorgen M-605-B-B1-B3 - Servo Motor
  • Kollmorgen AKD-P00606-NBAN-0000 - Rotary Drive
  • Kollmorgen 6SM-37M-6.000 - Servo Motor
  • Kollmorgen A.F.031.5 - Sercos Interface Board
  • Kollmorgen 918974 5054 - Servo PWM
  • Kollmorgen U12M4 - ServoDisc DC Motor
  • Kollmorgen AKD-B00606-NBAN-0000 - Servo Drive
  • Kollmorgen MV65WKS-CE310/22PB - Servo Drive
  • Kollmorgen 65WKS-CE310/22PB - Servo Drive
  • Kollmorgen EM10-27 - Module