Oil and gas pipeline solutions

Construction significance

Oil and gas pipeline transportation can not only avoid the unbalanced impact of climate and other reasons on transportation, but also can be operated flexibly and stably according to the market demand, which is conducive to the integration of production and sales. It also has the province of investment, transportation safety, low operating costs, and low loss. Its advantages can reduce the pressure on railway transportation, accelerate the development and management of China's oil and gas pipeline network transportation system, improve the structure of China's oil and gas transportation, and help China's energy security, supply of demand protection and economic development. It is the related companies that further enhance the competitiveness of the market. The important way.

Through the construction of an advanced monitoring and data acquisition system, referred to as the SCADA system, through the host and the microprocessor-based remote terminal device RTU, PLC and other data acquisition, to achieve the entire industrial network monitoring, in order to ensure the safe operation of oil and gas pipeline transportation And optimal control

Oil pipeline system structure

ACC has a wealth of experience in the oil, gas and pipeline industries and advanced system design methods. It provides a set of proven, safe, and complete solutions for the characteristics of oil and gas pipelines.

SCS Station Control System and SIS-Safety Instrumented System are installed on the manned process station along the pipeline, and remote control terminal equipment (RTU- Remote Terminal Unit. SCS, SIS, and RTU are the basis for ensuring the normal operation of the SCADA system and are the remote execution unit for controlling the dispatch, management, and control commands of the center. SCS, SIS and RTU not only can independently complete the data collection and control of the process field, but also transmit relevant information to the dispatching control center and accept the commands issued by it.

Safety Control Technology has oil and gas pipelines optimized for control oil pipeline system

Oil and gas pipeline control system can be divided into three layers:

Data acquisition layer: mainly refers to the collection and control of field data through PLC and RTU. The station, valve room, etc. are transmitted to the station control room and dispatch center through the optical fiber, and the data is achieved through the SCADA system of level 2. Acquisition and control.

Station level control: Mainly complete the data collection and data processing of the process, monitor production operation parameters, main equipment status and protection, control valve opening and closing, main parameter adjustment and safety interlock protection, ESD protection and water hammer protection, etc. Features.

Dispatch center: adopts the master-slave dispatch center method to remotely monitor and schedule all station and valve rooms through communication.

System functions

Process flow mainly includes: dispatch center, station, valve room

Dispatch Center System

â–  Basic design of main control center

â–  The dispatch center establishes the center SCADA, batch transmission, simulation and WEB functions

â–  Basic design of backup control center

â–  The standby center plays the role of monitoring and scheduling across the entire network when there is a problem with the link to the main control center.

Station control system

The station control system mainly completes the data collection and data processing of the process, monitors the production operation parameters, the main equipment status and protection, controls the opening and closing of the valves, the adjustment of the main parameters and the safety interlock protection, ESD protection, water hammer protection, etc. Features. As the remote control unit of the SCADA system, the station control system is the basis for ensuring the normal operation of the SCADA system. It is the remote execution unit for dispatching, controlling, and controlling commands of the control center, and is the most important monitoring level in the SCADA system.

Safety Control Technology has oil and gas pipelines optimized for control oil pipeline system

Valve Room RTU System

The valve room RTU system monitors the production parameters of the valve chamber, controls the opening and closing of the valve, the adjustment of the main parameters, and the safety interlock protection, ESD protection, water hammer protection and other functions. It is the dispatching and management of the station scada system and dispatching control center. The remote execution unit controlling the command.

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Safety Control Technology has oil and gas pipelines optimized for control oil pipeline system

System Features

Advancement

Adopt configuration software with standard functions and SCADA system with advanced industrial technology. Make full use of the existing high technology to ensure that the system investment achieves the best benefits and reaches the leading domestic level.

reliability

The use of high-quality equipment to complete the system architecture not only guarantees stable and reliable operation of the system, but also greatly reduces the maintenance workload after commissioning and saves on secondary investment, while avoiding losses caused by system failures.

Openness

The system must have a flexible structure and good openness, and provide good communication compatibility between information management software and on-site smart devices.

safety

The system has powerful maintenance and diagnostic functions to ensure the safe and reliable operation of the system. The system has the functions of monitoring and controlling the main links and can prevent illegal users from exceeding their rights.

Economical

The high-quality, high-standard equipment constitutes the system, which greatly reduces the maintenance and maintenance costs of the system during operation; it can provide a good interface for future system scale expansion and function expansion, and protect the user's investment.

Standard specification

"International System of Units and Its Applications"

GB 3100

General Principles for Quantity, Units, and Symbols

GB 3101

"General Electric Equipment Distribution Design Specification"

GB 50055

"Design of oil pipeline engineering"

GB50253-2003

"Technical Conditions for Computer Station Sites"

GB/T 2887-2000

"Classification Criteria for Computer Information System Security Protection"

GB 17859

"Functional safety of electrical/electronic/programmable electronic safety-related systems"

GB/T 20438

"Functional safety of safety instrumented systems in the process industry"

GB/T 21109

Thunder Protection

GB/T 21714

Surge Protector (SPD) for Low Voltage Distribution Systems

GB 18802

"General technical specifications for oil and gas pipeline monitoring and data acquisition systems"

Q/SY 201

"Petroleum and Natural Gas Engineering Design Fire Prevention Code"

GB50183-2004

"Specifications for Design of Electrical Equipment for Explosion and Fire Hazardous Environments"

GB50058-1992

"Electrical Equipment for Explosive Gas Environments Part 1: General Requirements"

GB 3836.1-2000

"Electrical Equipment for Explosive Gas Environments Part 2: Flameproof Type "d""

GB 3836.2-2000

"Electrical Equipment for Explosive Gas Environments Part 4: Intrinsically Safe "i""

GB 3836. 4-2000

Shell Protection Level (IP Code)

GB 4208-1993

"Safety Requirements for Computing Station Sites"

GB/T 9361-1988

"Automatic fire alarm system design specifications"

GB 50116-1998

"Automation Instrument Engineering Construction and Acceptance Specifications"

GB 50093-2007

"Code for computer control design of oil and gas fields and pipelines"

SY/T0091-2006

"Automatic Instrument Engineering Construction Quality Acceptance Specification"

GBJ50131-2007



Typical performance

â–  Tahe-Wantai Gas Pipeline SCADA System

â–  Natural Gas Adjustment and Reconstruction Project in Sichuan-Chongqing Region

â–  Color-black gas pipeline control system

â–  Land-stone pipeline control system

â–  Color-Stone-Gel Transmission Line Automation System

â–  Hubao E Station Control System

â–  Jingbian-Xi'an Natural Gas Pipeline Three-Line System Project

â–  Chongqing Three Gorges Gas Bo Ai to Luoyang CBM Gas Pipeline Project

â–  Fourth EPC Project of Sino-Myanmar Gas Pipeline Project

Pressure Gauge Case

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