Product Introduction

Integrated device for oil and gas mixed transportation, also known as digital pry mounted boosting integrated device or boosting pry. The integrated device for oil and gas mixed transportation integrates multiple production equipment such as filters, separation buffer tanks, heating furnaces, gas-liquid separators, and export pumps in traditional boosting stations, and combines them into a lever. It is equipped with an intelligent control system and has functions such as filtration, heating, separation, buffering, and pressure increase. It can achieve remote terminal control and on-site unmanned operation, meet the requirements of digital management, and can replace small oil and gas gathering and transportation stations in low-permeability oil fields.

(Physical picture of oil and gas mixed transportation integrated device)

flow diagram

The integrated device for oil and gas mixed transportation can intelligently determine operating conditions and working conditions through set information collection and data processing facilities, remotely switch production processes, and realize process flows such as heating, boosting, buffering, boosting, heating, non boosting, and non heating boosting in crude oil gathering and transportation

(Integrated device for oil and gas mixed transportationProcess diagram)

Functional Features

1. Function integration. This device integrates functions such as filtration, heating, separation, buffering, and mixed transportation pressurization of oil and gas mixtures, and can achieve various production processes through an intelligent remote terminal control system.

2. Structural dismantling and installation. The device combines dynamic and static equipment into a pry installation, achieving standardized design, factory scale manufacturing, and rapid on-site production.

3. Digitalization of management and intelligent operation. By using a remote terminal control system, digital management functions such as data collection, analysis, and uploading can be achieved for real-time monitoring and daily management, enabling remote control while also having self-protection capabilities.

4. Optimization and simplification of production process flow.

5. Reduce construction and operation costs, and save land.

Parameters

1. Processing medium: mixture of crude oil, water, and associated gas;

2. Processing capacity: 120m3/d, 240m3/d;

3. Heating load: 200~300kW;

4. Crude oil import and export temperature: 3 ℃ (minimum for incoming oil), 35 ℃ (maximum for export);

5. Device design pressure: (heating zone) atmospheric pressure, (buffer and separation zone) 0.6MPa;

6. Design pressure of heating coil: 1.0MPa (oil), 0.6MPa (water);

7. Traditional coefficient: k=116W/(m2 •℃);

8. Crude oil viscosity (50 ℃): 5.56mPa • s;

9. Crude oil density (20 ℃): 0.86g/cm3;

10. Gasoline ratio:<50 m3/t;

11. Export pressure: 2.4MPa, 3.2MPa, 4.0MPa;

12. Main dimensions: 12500mm * 2600mm.