Explore our engineered portfolio of hydrocyclones, cyclonic dewatering skids, and precision particulate removal packages built to ISO-9001 and CE standards.
In modern oilfield exploration and production (E&P), surface well testing equipment serves as the first line of operational control, safety management, and fluid characterization. Selecting a famous surface well manufacturer guarantees not only mechanical integrity under high pressure and temperature (HP/HT) but also optimizes phase separation efficiency. As reservoir dynamics evolve, wellhead fluids frequently present extreme multi-phase challenges: high gas-to-oil ratios (GOR), abrasive formation solids, fine particulate carryover, and corrosive water cuts.
Hydrocyclonic and mechanical separation packages produced by top-tier manufacturers must deliver precise, continuous separation of crude oil, natural gas, produced water, and solid contaminants (sand and proppant). By deploying high-efficiency cyclone geometry and optimized flow dynamics, field operators achieve immediate operational advantages: reduced downstream equipment erosion, compliant produced water discharge, and maximized hydrocarbon yield.
Shanghai Shangjiang Petroleum Engineering Equipment Co., Ltd. (SJPEE.CO., LTD.) was established in Shanghai in 2008. The factory covers an area of 4820 m² and the factory building area is 5700 m². It is located at the mouth of the Yangtze River and enjoys convenient water transportation.
The company has always been committed to developing various separation equipment, filtration equipment, etc. required in the oil and gas industry. Technically, we continuously develop and improve cyclone separation products and technologies, and take "strict management, quality first, quality service, and customer satisfaction" as the company's operating principles.
We wholeheartedly provide customers with various low-cost, high-efficiency separation equipment and finished skids. Equipment and third-party equipment modification and after-sales service are integral to our operations. The company implements total quality management in accordance with ISO-9001 requirements, has a complete service system, and provides users from all walks of life with high-quality pre-sales, sales, and after-sales services. Our products are exported to Singapore, Thailand, Malaysia, Indonesia, Russia, and beyond, winning widespread praise from domestic and foreign users.
Surface well test equipment must perform reliably under dynamic fluid dynamics where pressure, temperature, and multiphase volumetric flow rates change rapidly. A premier surface well manufacturer engineers systems capable of handling four-phase separation: Gas, Oil, Water, and Sand/Solids.
Abrasive formation sand and proppant carryover destroy downstream valves and chokes. Cyclonic desanders extract particles down to 10–15 microns using high centrifugal acceleration without moving parts.
High-efficiency cyclonic dewater packages treat bulk water, stripping free hydrocarbons to meet stringent environmental discharge thresholds (< 15-29 ppm oil content).
Associated gas must be swiftly disengaged from liquid streams to prevent cavitation in pumps, accurate metering inaccuracies, and hazardous overpressure scenarios.
Ultra-fine suspended solids require specialized absolute particulate removal like the PR-10 Compacted Cyclonic Remover, designed for high-shear environments.
| System Module | Primary Separation Mechanism | Efficiency Benchmark | Design Pressure Standard |
|---|---|---|---|
| Cyclonic Desander Skid | Solid-Liquid Hydrocyclone (Centrifugal Force) | 98% of solids down to 10-15 µm | ASME VIII Div 1/2, up to 10,000 PSI |
| Deoiling Hydrocyclone | Liquid-Liquid Dynamic Hydrocyclone | Oil content < 15 ppm in discharge | ANSI Class 600 - 2500, NACE MR0175 |
| PR-10 Absolute Cyclonic Remover | High-Velocity Compacted Cyclonic Vortex | Removal of sub-10 micron fines | API 6A / ASME Pressure Vessel Code |
| Cyclonic Dewater Package | Four-Phase Integrated Skid Architecture | 99.5% Free water separation | Customized Offshore / Onshore Skids |
SJPEE provides complete engineering life-cycle support to ensure field operations run without downtime:
Discover potential problems in production early for users and provide corrective action to eliminate unexpected shutdowns and field hazards.
Provide users with more suitable, more reasonable, and technologically advanced production plans, separation skids, and equipment components.
Reduce operation and maintenance requirements, reduce footprint area, minimize dry/operation equipment weight, and cut overall investment costs for operators.
The international oilfield service market requires equipment manufacturers to strict adherence to international quality management and safety codes. As energy companies push into unconventional shale plays, deepwater offshore reserves, and mature fields requiring secondary/tertiary recovery, surface equipment must endure rigorous environmental and operational challenges.
Engineered for extreme ambient temperatures, high hydrogen sulfide ($H_2S$) concentrations (NACE MR0175 compliance), and heavy sand carryover typical of Middle Eastern carbonate reservoirs.
Optimized for fast-turnaround hydraulic fracturing flowback testing, compact footprint mobile trailer skids, and high flow rate desanding hydrocyclone units.
Offshore FPSOs and platforms demand ultra-compact dry/operating weight equipment with strict CE Certification and zero harmful liquid discharge capabilities.
SJPEE manufactures surface well testing and cyclone separation products under rigorous quality frameworks. Our compliance ecosystem includes:
As the digital oilfield evolves, surface well equipment manufacturers are integrating smart sensors, AI-driven process modeling, and next-generation ceramic liner hydrocyclones to push operational efficiency higher.
Integration of IoT differential pressure transducers and ultrasonic erosion monitoring sensors for real-time solid accumulation tracking and automated purge valve actuation.
Utilization of reaction-bonded silicon carbide (RBSC) and tungsten carbide liners inside cyclone bodies to extend component life under severe proppant flowback conditions.
Employing Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) to design lighter, highly compact skids that lower platform structural loading and transportation costs.
Technical details and operational clarity regarding surface well separation systems and supplier selection.
Choose from our tested and certified separation packages, available for purchase or leasing options worldwide.
