Place of Origin : Chongqing,China
The crude oil electric heating pressurization skid is based on the oil and gas gathering and transportation pressurization skid, combined with the characteristics of oil exploitation, it integrates multiple production facilities such as filter, separation buffer tank, heating furnace and external transmission pump in the traditional oil station boosting station. It adopts electric heating and supporting intelligent control system, with filtering, heating, separation, buffering and pressurization
Compared With Conventional Supercharged Station Equipment, It Has The Characteristics Of Functional Integration, Simple Structure, Easy Installation, Intelligence, Rapid Production, Zero-emission And Zero Pollution, Etc.
Integrated Function. It Integrates The Functions Of Filtration, Heating, Buffering, Pressurization And Metering Of Oil And Gas Mixtures, And Various Production Processes Can Be Realized Through The Intelligent RTU Remote Terminal Control System With Strong Adaptability.
Manage Digital And Operate Intelligently. On-site Unattended, Automated Operation, Real-time Data Acquisition, Analysis, Uploading And Other Digital Management Functions Through The Remote Terminal Control System, Real-time Monitoring And Daily Management Of Device Production. And Accept The Superior Instructions To Achieve Remote Control, With Self-security Protection Function At The Same Time.
The Production Process Is Optimized And Simplified. Compared With The Conventional Supercharged Station, The Production Process Is Further Optimized And Simplified, Which Creates Conditions For The Construction Of The First-level Semi-distribution Station On The Oilfield Ground.
Energy-saving And Environment Friendly. Electric Energy Has Replaced Coal As A Heating Source Converts The Traditional Manual Coal-filling Heating Mode Into An Electric Heating Automatic Operation Mode, Which Reduces The Manual Labor Intensity And Greatly Reduces The Pollutant Emission, And Has A Better Energy Saving Effect.
Reduce Construction And Operation Costs, Reduce Installation Pipelines And Supporting Projects, And Reduce The Workload Of On-site Operation And Maintenance.
