Chemical reagent injection device

Description

This device is a specialized equipment designed for the oil exploration and processing industry, widely used in global oil and gas field operation scenarios. Its core components adopt high-quality imported or domestic booster pumps to ensure operational stability and reliability.

Powered by compressed air or natural gas, the device enables precise quantitative injection of chemical reagents. In the field of oil and gas exploration, it can inject reagents into oil wells, gas wells and transmission pipelines to effectively solve blockage and freezing problems, and quickly restore the normal production efficiency of oil (gas) wells. Meanwhile, it is also suitable for chemical production scenarios, delivering reaction raw materials quantitatively to high-pressure reactors to meet diverse industrial production needs.

It is applicable to various wellheads and can be started under pressure.

Core Technical Parameters

Test Medium: Ethylene glycol, methanol and other chemical reagents

Working Pressure: 0-105MPa

Pressure Control Precision: ±0.5%FS

Test Stations: 1 (or multiple)

Driving Air Pressure: 0.2-0.8MPa

Device Features

1. Strong Explosion-Proof Adaptability: Driven by compressed air or natural gas, it can be safely used in explosion-proof areas and is suitable for special operating environments such as oil and gas fields.
2. Flexible Pressure Regulation: It can easily realize arbitrary adjustment and control of output pressure, accurately matching reagent injection requirements under different working conditions.
3. Convenient and Safe Maintenance: All components adopt standard parts of internationally renowned brands, with a non-welded connection design. It is easy to disassemble and maintain efficiently, balancing operational safety and long-term stability.

Application Scope

1. Oil Exploration and Processing: Suitable for global oil and gas field operations, used to quantitatively inject reagents into oil wells, gas wells and pipelines to solve blockage and freezing problems and restore production capacity.
2. Chemical Production: Quantitatively deliver reaction raw materials to high-pressure reactors, adapting to diverse working condition requirements.