What is the difference between primary, secondary, and tertiary oil and gas recovery? From principle to selection

The first, second, and third stages of oil and gas recovery are divided according to the treatment process: the first stage is during oil unloading, the second stage is during refueling, and the third stage is during storage, breathing, and centralized treatment of exhaust gas. This article explains the differences in principles and selection of diameters.

How to read the parameters on the nameplate of oil and gas recovery equipment? Interpretation of Key Indicators

The processing capacity, inlet concentration, emission concentration, vacuum degree, power, and explosion-proof level on the nameplate are the core of selection and acceptance. This article explains the meaning and verification caliber item by item.

What are the suitable operating conditions for membrane separation and recovery of organic solvents? Key points for membrane method selection

The membrane method is suitable for high concentration, continuous and stable organic solvent exhaust gas with high recovery value. This article explains the applicable operating conditions and selection points.

How much is the equipment for membrane separation and recovery of organic solvents? How much is the investment for a system

The investment in equipment for membrane separation and recovery of organic solvents fluctuates according to scale and configuration, with small and medium-sized systems starting at tens of thousands and complex integration reaching millions. This article explains the price composition and estimation caliber based on air volume concentration.

Which is more cost-effective, membrane separation solvent recovery or incineration? Comparison of operating costs and payback period

Membrane separation creates value by recycling solvents, and the operating cost is about 40-50% of incineration. Incineration relies on destruction to meet standards but continues to burn money. This article explains the trade-off between the two routes from the perspectives of cost and recovery period.

What industries are suitable for membrane separation solvent recovery? Which operating conditions are suitable for the membrane coating method

Membrane separation and recycling are suitable for high calorific value solvent working conditions such as pharmaceuticals, fine chemicals, industrial coatings, and new energy. They are most suitable for high concentration, high flow rate, and intermittent emissions. This article explains the adaptation boundaries between industries and working conditions.

Where is the appropriate place to place the oil and gas recovery collection tank? Location selection and daily management essentials

How to troubleshoot abnormal noise of vacuum pump? Listening judgment and processing sequence of oil and gas recovery device

How to deal with flange leakage in oil and gas recovery pipelines? Standard practices for fastening, gaskets, and re tightening

How to start selecting oil and gas recovery equipment? A complete approach from processing capacity accounting to model configuration

The starting idea for selecting oil and gas recovery equipment: how to estimate the amount of oil and gas generated, how to leave a margin for the processing capacity, how to combine membrane separation and condensation, how to select dismantling and separation, and the list that needs to be confirmed with the manufacturer before selection.