Oil and gas recovery technology article_Three-stage recovery principle and selection guide

The "Oil and Gas Recovery Technology" article column shares insights into the working principles of three times of oil and gas recovery, a comparison between condensation and adsorption processes, key points for equipment selection, and experiences in achieving emission standards under GB 20952. These insights have been compiled by the technical team of Luoyang Wohong Petrochemical Equipment Co., Ltd.

Industry News

What is the difference between oil and gas recovery during tanker loading at oil depots and recovery at gas stations? Adaptation ideas for equipment configuration

The operational conditions for oil and gas recovery in oil depot loading and gas station refueling vary significantly. This article compares the recovery characteristics of the two scenarios and provides an adaptive approach for equipment configuration.

Company News

How to conduct winter electrostatic protection for three-time oil and gas recovery equipment? Inspection points and manufacturer service arrangements

The risk of static electricity increases during dry winter, so it is necessary to inspect the electrostatic protection of oil and gas recovery equipment in advance. This article outlines the key inspection points and the winter service arrangements provided by manufacturers.

Technical Article

Where does the recycled gasoline go? How are the tank return process and metering managed?

The recycled gasoline can be returned to the corresponding storage tank after treatment. The return pipeline should be equipped with check valves and sampling devices. The measurement should be managed based on both the return quantity and the recovery quantity. This article clarifies the process and management key points.

Industry News

What preparations should be made before conducting an oil and gas recovery test? Self-check checklist and potential trouble spots

Pre-inspection self-check includes four preliminary checks: liquid resistance, gas-liquid ratio, tightness, and appearance. Ensure all tools and records are prepared. This article provides a self-check checklist and solutions for common bottlenecks.

Company News

How often should the adsorbent be replaced? How to determine if the activated carbon needs to be replaced?

The replacement cycle for activated carbon is typically one to three years. To determine whether it's time for replacement, one should consider three indicators: the breakthrough curve, pressure drop, and recovery efficiency. This article clarifies the criteria for determining the replacement cycle and outlines the key points for replacement operations.