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.

Technical Article

How to interpret the gas-liquid ratio detection data of oil vapor recovery at gas stations? Deviation judgment and adjustment ideas

The gas-liquid ratio is the core operational indicator for oil vapor recovery during the refueling stage. This article discusses the interpretation of gas-liquid ratio data, common reasons for deviations towards the high or low side, and adjustment and handling strategies.

Industry News

What does the environmental protection department inspect when checking the oil and gas recovery at gas stations? Daily inspection preparation checklist

The inspection content of environmental protection departments for oil and gas recovery at gas stations is relatively fixed. This article outlines the key inspection points, provides a checklist for daily inspection preparation, and highlights the precautions to be taken on the day of inspection.

Company News

How to prepare the budget for oil and gas recovery renovation? Cost composition and manufacturer assistance process

The budget for the oil and gas recovery renovation was prepared roughly, leading to either overspending or omissions during implementation. This article breaks down the composition of the renovation costs and provides steps for budget preparation and the process of manufacturer assistance.

Technical Article

What is the small breathing emission from the underground tank? How does the three-stage oil vapor recovery device collect this part of oil vapor

Small breathing refers to the exhalation and inhalation of tanks caused by temperature differences between day and night. The tertiary device automatically starts and stops to recover this part of oil and gas according to tank pressure. This article clarifies the source, start-stop logic, and operating points.

Industry News

What should I do if the reading of the oil and gas recovery concentration detector drifts? Calibration cycle and key points of calibration

The drift in readings is often caused by sensor zero drift, probe contamination, and temperature and humidity interference. This article clarifies the judgment between drift and true increase, as well as the calibration cycle and key points for calibration operations.