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.

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.

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 does membrane separation for oil and gas recovery operate? Key points of synergy among absorption, membrane separation, and condensation stages

The operation coordination of membrane separation oil and gas recovery device: how to stabilize the inlet concentration in the absorption section, how the membrane separation section works by pressure difference, how to connect the condensate in the condensation section, and the parameters to be monitored during daily inspections.

How to maintain the membrane components for membrane separation and oil and gas recovery? Daily observation of infiltration side and interception side

Daily observation points for membrane component maintenance: determination of the trend of vacuum degree and flow rate on the permeation side, pressure changes on the interception side, and pressure difference before and after the membrane, and incorporating membrane life management into daily inspections.

How to store and transport the condensate of recycled solvents? Key points for configuration and transportation management of condensate tanks

The condensed liquid recovered from condensation is sent from the recovery point to the reuse or disposal point, and the storage and transportation links in between determine the loss and quality. This article explains the configuration requirements, quality storage division, transportation method selection, and key points of ledger measurement for condensate tanks, providing reference for design and management.

Why does solvent recovery require staged condensation? Coordination between circulating water section and chilled water section

The graded condensation uses a circulating water section to deal with high boiling point components and a chilled water section to deal with low boiling point components, balancing recovery rate and power consumption. This article explains the segmentation logic and temperature setting.

Where does the electricity cost for the solvent recovery device go? Energy consumption structure of refrigeration unit and vacuum pump

The energy consumption of the solvent recovery system is mainly from the refrigeration unit, followed by the vacuum pump. This article breaks down the energy consumption structure and provides feasible ways to reduce consumption.