Oilfield Sewage Treatment Equipment

Product

Oilfield Sewage Treatment Equipment

Oilfield Sewage Treatment Equipment

Oilfield Sewage Treatment Equipment for produced water and wastewater treatment in oilfield operations including skid-mounted produced water treatment system at active wellsite

Effective management of produced water, drilling wastewater, and oilfield effluent streams is one of the most operationally and environmentally critical challenges facing upstream oil and gas operators worldwide. VANCE Oilfield Sewage Treatment Equipment provides a comprehensive, field-deployable solution for oilfield sewage treatment, delivering consistent, compliant effluent quality from the complex, high-volume wastewater streams generated throughout the full oilfield production lifecycle. Engineered as modular, skid-mounted or trailer-mounted produced water treatment equipment systems, VANCE oilfield wastewater treatment solutions integrate multiple proven treatment process technologies — including physical separation, chemical dosing, filtration, and disinfection — into a single, compact, and operationally robust treatment train designed for rapid field deployment, minimal operator intervention, and reliable long-term performance under the harsh environmental and operational conditions of remote oilfield production sites. The VANCE Oilfield Sewage Treatment Equipment platform addresses the industry’s pressing need to reduce freshwater consumption, achieve regulatory discharge compliance, and enable treated water reuse for drilling, fracturing, and dust suppression applications across global upstream oilfield operations.

Key Features

  • Integrated multi-stage treatment process combining oil-water gravity separation, induced gas flotation (IGF), multimedia depth filtration, chemical coagulation and flocculation dosing, and ultraviolet or chemical disinfection within a single skid-mounted or trailer-mounted Oilfield Sewage Treatment Equipment package delivers consistent effluent quality across widely varying influent water chemistry and flow conditions encountered in oilfield produced water and wastewater treatment service.
  • Modular skid and trailer-mounted system architecture enables rapid transport and deployment to remote oilfield locations without requiring permanent civil infrastructure, allowing operators to commission a fully operational oilfield sewage treatment system within hours of equipment arrival at the wellsite or production facility, minimizing project mobilization time and associated downtime costs.
  • Automated PLC-based process control system with HMI touchscreen operator interface provides continuous monitoring and automatic adjustment of all critical treatment process parameters — including chemical dosing rates, filtration backwash cycles, flotation air injection rates, and effluent quality indicators — reducing the operator skill level requirement and ensuring consistent oilfield wastewater treatment performance throughout extended unattended operating periods.
  • High-efficiency oil-water separator with corrugated parallel plate pack internals achieves rapid bulk oil removal from raw produced water and oilfield wastewater influent streams at high volumetric throughput rates, protecting downstream treatment process stages from oil overloading and extending the service life of filtration media and chemical dosing system components throughout the treatment campaign.
  • Chemical coagulation and flocculation system with automatic variable-rate dosing pumps, chemical mixing and reaction chambers, and configurable chemical injection points accommodates the wide range of dissolved solids, suspended solids, hardness, and hydrocarbon contaminant concentrations found in produced water and oilfield sewage treatment influent streams from different geological formations and production reservoir types.
  • Multimedia pressure filtration vessels with high-quality anthracite, sand, and garnet filter media layers provide reliable removal of suspended solids, residual oil droplets, and flocculated contaminant particles from the treatment stream ahead of final polishing and disinfection stages, achieving the low suspended solids effluent concentrations required for regulatory discharge compliance or water reuse in oilfield operations.
  • Corrosion-resistant carbon steel or stainless steel vessel and piping construction with internal epoxy lining or hot-dip galvanizing as standard, combined with heavy-duty structural steel skid frames rated for long-distance road transport and repeated field relocation, ensures the mechanical integrity and long service life of the produced water treatment equipment under the demanding handling and environmental conditions of international oilfield deployments.
  • Flexible effluent quality design basis accommodates site-specific regulatory discharge standards, reinjection quality specifications, and water reuse quality requirements — including standards for reuse in hydraulic fracturing operations, agricultural irrigation, or surface water discharge — enabling the VANCE Oilfield Sewage Treatment Equipment platform to be configured precisely to the compliance and operational requirements of each project.
  • Integrated sludge management system with sludge collection sump, sludge thickening and dewatering provisions, and sludge holding tank manages the concentrated solid waste streams generated by the treatment process, reducing the volume and improving the handling characteristics of oilfield treatment residuals for compliant off-site disposal or further processing at the production facility.
  • Full instrumentation package including influent and effluent flow meters, pressure gauges on all vessels and filter vessels, online oil-in-water analyzer, pH transmitter, turbidity sensor, and remote telemetry output enables comprehensive real-time treatment performance monitoring and supports integration with the production facility’s SCADA or remote monitoring systems for centralized operational oversight of all oilfield water management assets.

Why Choose VANCE Oilfield Sewage Treatment Equipment?

VANCE engineers and delivers each Oilfield Sewage Treatment Equipment system as a complete, turnkey oilfield sewage treatment solution backed by detailed process design, full factory assembly and testing, and comprehensive field commissioning and operator training support. The VANCE treatment system platform is designed to work seamlessly within the broader oilfield water management and wellsite operations ecosystem — complementing wellsite fluid management assets including the VANCE Oilfield Flushing Truck for wellsite cleaning and fluid circulation operations, and the VANCE Boiler Truck for thermal treatment and heating applications at the production site. Every VANCE Oilfield Sewage Treatment Equipment system is backed by a dedicated process engineering team providing ongoing technical support, chemical optimization guidance, spare parts supply, and field service capability throughout the operational life of the treatment system, ensuring maximum equipment uptime and sustained regulatory compliance for our international oilfield clients.

VANCE Oilfield Sewage Treatment Equipment skid-mounted produced water treatment system detail showing oil-water separator vessel, multimedia filtration vessels, chemical dosing system, and PLC control panel at oilfield production facility

Technical Specifications

Parameter Specification
Treatment Capacity Standard modular units: 10 m³/h to 200 m³/h (44 to 880 gal/min) per treatment train; multiple parallel treatment trains can be deployed for higher total site treatment capacity requirements; custom capacity configurations available for large-scale produced water treatment and oilfield wastewater treatment projects
Process Technology Multi-stage integrated treatment process including: (1) primary oil-water gravity separation with corrugated plate pack; (2) induced gas flotation (IGF) for secondary oil removal; (3) chemical coagulation and flocculation with auto-dosing; (4) multimedia pressure filtration; (5) activated carbon polishing (optional); (6) UV or chemical disinfection; (7) sludge thickening and management
Influent Water Quality Design influent: produced water and oilfield wastewater with total oil content up to 5,000 mg/L; total suspended solids (TSS) up to 2,000 mg/L; TDS up to 50,000 mg/L; pH range 5.0 to 9.5; temperature up to 80°C; design basis confirmed per site-specific water analysis for each project
Effluent Water Quality Standard effluent targets: oil-in-water ≤10 mg/L; TSS ≤20 mg/L; turbidity ≤5 NTU; meets GB 8978 (China), API RP 13C, or site-specific national discharge standards; enhanced effluent quality for fracturing water reuse or agricultural reuse available with additional polishing stages; final effluent quality verified during factory acceptance testing and field commissioning
Mounting Configuration Skid-mounted (fixed or relocatable steel structural skid) or trailer-mounted (single or tandem-axle road-legal trailer) configurations available; trailer-mounted units suitable for frequent relocation between wellsites; skid-mounted units for semi-permanent installation at production facilities or centralized water treatment stations; offshore containerized configurations available on request
Power Requirement Electrical power: 380V / 50Hz or 480V / 60Hz three-phase AC as standard; total connected load: 15 kW to 75 kW depending on treatment capacity and process configuration; diesel generator package available for off-grid remote oilfield deployment; low-power standby mode for reduced energy consumption during low-flow operating periods
Chemical Dosing System Automatic variable-rate chemical dosing system for coagulant (e.g., PAC, alum), flocculant (e.g., PAM), pH adjustment (acid/alkali), scale inhibitor, and biocide; peristaltic or diaphragm dosing pumps with corrosion-resistant wetted parts; chemical storage tanks sized for 7-day minimum chemical inventory; chemical consumption rates optimized per site water chemistry analysis
Filtration System Multimedia pressure filtration vessels: carbon steel or FRP construction; maximum operating pressure: 0.6 MPa (87 psi); filter media: anthracite / silica sand / garnet multilayer configuration; automatic backwash with programmable timer or differential pressure trigger; backwash water recycled to system inlet to minimize water loss; filtration run length: 8 to 24 hours between backwash cycles depending on influent TSS loading
Control System Siemens or equivalent-brand PLC-based automatic control system; 7-inch or 10-inch color touchscreen HMI with full process mimic diagram, alarm management, data logging, and trend display; remote monitoring via 4G/LTE telemetry or Ethernet connection to site SCADA; automated alarm and shutdown outputs for critical process deviations; manual override capability for all process functions
Vessel and Piping Materials Primary separator and flotation vessels: carbon steel with internal coal tar epoxy lining or 316L stainless steel; filtration vessels: carbon steel or FRP; process piping: carbon steel with internal lining or HDPE-lined; all external surfaces: two-coat industrial epoxy primer and polyurethane topcoat to ISO 12944 C3 or C4 corrosivity category; stainless steel fasteners throughout
Operating Temperature Range Process fluid operating temperature: 5°C to 80°C (41°F to 176°F); ambient operating temperature range: -20°C to +50°C (-4°F to +122°F); arctic-service insulation and heat tracing package available for low-ambient-temperature oilfield deployments; heat retention insulation on all process vessels as standard for operations in cold-climate oilfield environments
Applicable Standards Designed and manufactured per GB 50050 (Industrial Water Treatment), HJ 2006 (Oilfield Wastewater Treatment Engineering), API RP 13C, and applicable local environmental discharge regulations; pressure vessels manufactured per GB 150 or ASME Section VIII Div.1 as specified; CE marking available for European market deployments; full documentation package including PID drawings, equipment data sheets, operation and maintenance manuals, and material certificates

VANCE oilfield sewage treatment equipment trailer-mounted produced water treatment system in field operation at remote oilfield production site showing complete treatment train including separator inlet, flotation unit, filtration vessels, and clean water discharge outlet

Available Models

  • VANCE-SWT-10 Oilfield Sewage Treatment Equipment — Compact trailer-mounted oilfield sewage treatment system with 10 m³/h treatment capacity; single-axle road-legal trailer mounting for maximum mobility between wellsites; integrated oil-water separator, flotation unit, single multimedia filter vessel, chemical dosing system, and PLC control panel; suitable for small production well clusters, exploratory drilling sites, and remote low-volume produced water treatment equipment applications requiring frequent equipment relocation.
  • VANCE-SWT-30 Oilfield Sewage Treatment Equipment — Medium-capacity skid-mounted or tandem-trailer oilfield wastewater treatment system with 30 m³/h treatment capacity; full multi-stage treatment process including IGF flotation, dual multimedia filtration vessels, automatic chemical dosing, and UV disinfection; PLC control with remote monitoring output; suitable for medium-scale production facilities, centralized wellsite water management stations, and long-term produced water treatment deployments requiring reliable continuous treatment performance.
  • VANCE-SWT-50 Oilfield Sewage Treatment Equipment — High-capacity skid-mounted oilfield sewage treatment system with 50 m³/h treatment capacity; dual-train multimedia filtration system with automatic duty-standby switching; enhanced sludge management system with sludge thickener and holding tank; full SCADA-compatible telemetry package; suitable for large production gathering stations, centralized produced water treatment facilities, and oilfield water management programs requiring high sustained throughput and continuous compliance monitoring capability.
  • VANCE-SWT-100 / VANCE-SWT-200 Oilfield Sewage Treatment Equipment — Large-scale modular produced water treatment equipment systems with 100 m³/h or 200 m³/h treatment capacity; multiple parallel treatment modules with common inlet distribution and effluent collection manifolds; full instrumentation including online oil-in-water analyzer and effluent quality telemetry; activated carbon polishing stage available for highest effluent quality requirements; suitable for large oilfield production facilities, produced water injection stations, and centralized regional oilfield wastewater treatment centers managing water from multiple production wells or field areas.
  • Custom-Engineered Oilfield Sewage Treatment Equipment — Fully engineered-to-order Oilfield Sewage Treatment Equipment systems designed to meet site-specific treatment capacity, influent water quality, effluent quality, mounting configuration, power supply, ambient temperature, and regulatory compliance requirements for oilfield operators, EPC contractors, and national oil companies with specialized or non-standard oilfield sewage treatment project requirements; offshore containerized, arctic-service, and hazardous-area-certified configurations available.

Protect your oilfield operation, achieve regulatory compliance, and maximize produced water reuse with a proven, purpose-built treatment solution. Contact the VANCE engineering team today to discuss your Oilfield Sewage Treatment Equipment requirements. Whether you need a compact mobile oilfield sewage treatment unit for a remote drilling site, a high-capacity produced water treatment equipment system for a large production gathering station, or a fully custom-engineered oilfield wastewater treatment solution designed to your specific influent quality, effluent standard, and site infrastructure conditions, VANCE has the process engineering expertise and manufacturing capability to deliver the right solution. Send your project specifications, water analysis data, and treatment capacity requirements to [email protected]  — our process engineering team will provide a full technical proposal and commercial offer within 24 hours on business days.