AI-Engineered Industrial Water Treatment

OEM Oil & Gas Produced Water Treatment Factories & Suppliers in Barcelona

High-salinity effluent recovery, DTRO membrane trains, and Zero Liquid Discharge (ZLD) systems customized for Catalonia's energy infrastructure and Mediterranean industrial decarbonization.

Priority Membrane Systems

Engineering Core: Specialized Water Purification Skids for Barcelona

Pre-engineered, modularized water processing packages designed for turnkey export, localized installation, and rigorous Mediterranean environmental compliance.

Regional Deep Dive

Barcelona & Catalonia: Industrial Produced Water & High-Salinity Matrix

Addressing persistent Mediterranean hydrologic stress through decentralized, high-recovery membrane engineering and circular effluent reutilization.

Port of Barcelona & Energy Hubs

The Port of Barcelona hosts Southern Europe’s major regasification terminal (Enagás) alongside key marine bunkering and petrochemical blending facilities. These operations generate complex produced brine, containing hydrocarbons, heavy metals, and hypersaline washings. Tongjie’s disc-tube and double-stage membrane skids allow local terminal operators to achieve near-zero hazardous discharge into the Mediterranean coastline.

Baix Llobregat & Vallès Industrial Clusters

Situated within the industrial belts of Martorell, Castellbisbal, and Granollers, heavy chemical, automotive, and specialty polymer plants operate under stringent Catalan Water Agency (Agència Catalana de l'Aigua - ACA) regulations. Faced with severe multi-year drought alerts, local plants rely on our high-efficiency demineralization and produced water treatment systems to recycle process streams into boiler feed or cooling makeup water.

Decarbonization & Green H2 Corridors

Catalonia's hydrogen valley initiative (Vall de l'Hidrogen de Catalunya) demands massive volumes of demineralized feed water without depleting regional municipal reservoirs. Tongjie provides OEM containerized sea water reverse osmosis (SWRO) and produced water recycling units capable of purifying degraded saline effluents into ultra-pure feed (conductivity <0.1 μS/cm) for PEM and alkaline electrolyzers.

99.2%
Salt & Hydrocarbon Rejection
≤5 mg/L
Reinjection Residual Oil Content
15 Days
Standard Skid Commissioning
38+
Patented Membrane Innovations
Industry Benchmark

Global Produced Water & Industrial Purification Landscape

A rigorous architectural comparison between standard European regional integrators and Tongjie's factory-integrated OEM supply chain.

Evaluation Parameter Typical European Local Assemblers Tongjie Engineered OEM Advantage Barcelona Plant Strategic Impact
Pre-assembly & FAT Validation Partial skid assembly; major pipe fitting and PLC programming completed on-site. 100% full-load hydraulic FAT testing in Shanghai before containerization. Reduces on-site commissioning by 65%
Membrane Channel Fluid Dynamics Standard spiral-wound elements subject to frequent organic biofouling. Patented open-channel Disc Tube RO (DTRO) + Osmosis-Assisted RO (OARO). Tolerates high COD, heavy oil ≥50mg/L without sudden collapse
Supply Chain Lead Time 28–36 weeks due to sub-component sourcing across fragmented vendors. 12–16 weeks vertical in-house manufacturing of vessels, skids, and manifolds. Immediate emergency compliance during Catalan drought phases
Standard Direct CAPEX High engineering overhead, customized non-standard structural cost. Optimized ISO/CE standardized modular manufacturing economics. 30%–45% Direct CAPEX Reduction
Traceability & SCADA Standard proprietary systems with paid licensing tiers. Open Siemens/Allen-Bradley PLC architectures with remote cloud telemetry. Seamless integration with Martorell/Port DCS infrastructure
Engineering Blueprint

Multi-Stage Process Architecture: Produced Water to Ultra-Purity

The integrated mechanical, chemical, and membrane sequence driving zero liquid discharge across Mediterranean applications.

STAGE 01

Hydrocarbon & Oil Coalescence

CPI separation, DAF clarification, and ceramic microfiltration reduce free and emulsified oil to ≤5 mg/L, safeguarding membrane envelopes from irreversible fouling.

STAGE 02

Chemical Softening & Degassing

Lime-soda or caustic dosing precipitates silica, barium, strontium, and calcium. Integrated membrane deoxygenation extracts dissolved oxygen down to trace ppb tiers.

STAGE 03

High-Pressure DTRO / OARO

Operates under fluid pressures up to 120 bar. Open hydraulic geometry accommodates TDS levels surpassing 80,000 ppm while generating purified permeate.

STAGE 04

MVR Thermal Crystallization

Mechanical Vapor Recompression (MVR) evaporates concentrated brine residues. Pure water distillate is recycled to boiler feed while clean dry salts are recovered.

China Supply Chain Resilience & Shanghai Tongjie Engineering Rigor

Shanghai Tongjie operates a specialized manufacturing base of over 15,000 square meters in Shanghai's advanced Jiading industrial district. By consolidating ASME-certified pressure vessel manufacturing, titanium & Super Duplex stainless steel (2507) TIG welding, advanced PLC cabinet integration, and high-pressure testing loops under one roof, Tongjie eliminates sub-supplier bottlenecks.

Direct marine shipping from the Port of Shanghai to the Port of Barcelona ensures reliable delivery schedules within 28 to 35 maritime days, supported by complete bilingual (English/Spanish) design dossiers, 3D BIM integration models, and comprehensive CE Machinery Directive compliance documents.

Catalan Framework

Catalonian Regulatory Adherence & Technical Backing

Ensuring complete compatibility with Spanish Royal Decrees and European Union industrial water reuse directives.

Real Decreto 1620/2007 Compliance

All Tongjie reclaimed effluent systems are sized to meet or exceed Spanish legal limits for industrial water reuse (RD 1620/2007), including strict limits for suspended solids (≤5 mg/L), turbidity (≤1 NTU), and Legionella elimination across cooling loop recycling schemes.

CE Directive & ATEX Directives

For chemical and hydrocarbon environments in the Port of Barcelona and Zona Franca, systems are built with CE Machinery Directive (2006/42/EC), Low Voltage Directive (2014/35/EU), and ATEX-certified explosion-proof motor and instrumentation assemblies.

Full Life-Cycle Field Services

Through our established global service engineering teams, we offer comprehensive supervision of on-site installation, local operator training in Spanish or English, preventative maintenance schedules, and rapid air-freight spare parts delivery across Iberia.

Engineering Q&A

Frequently Asked Questions: Industrial Water Engineering

Authoritative technical insights for EPC consultants, procurement directors, and plant utilities managers.

How do Tongjie DTRO systems prevent severe organic fouling when treating oilfield produced water in Mediterranean installations?
Unlike conventional spiral-wound membranes where narrow feed spacer meshes trap suspended oils and colloidal organics, Tongjie's Disc Tube Reverse Osmosis (DTRO) modules utilize an open-channel hydrodynamic geometry. Feed solution flows radially across planar circular membrane cushions separated by ribbed hydraulic discs. High-frequency turbulent cross-flow minimizes boundary layer concentration polarization, allowing continuous processing of streams with COD up to 20,000 mg/L and silt density index (SDI) >5 without irreversible plugging.
Can the treated water meet reinjection or high-temperature boiler feed criteria under Catalan ACA discharge limits?
Yes. By coupling primary chemical softening and coalescing filtration with dual-stage DTRO and continuous electrodeionization (EDI), effluent hydrocarbons are reduced to ≤5 mg/L, total suspended solids to ≤1 mg/L, and electrical conductivity to <0.1 μS/cm with silica <10 ppb. This performance fully meets both underground well reinjection standards and HP boiler water specifications (such as VGB-S-010).
What are the energy consumption benchmarks for containerized SWRO and high-salinity brine concentration units?
Tongjie incorporates high-efficiency isobaric energy recovery devices (ERDs, such as energy recovery turbines or pressure exchangers) into all marine and high-salinity brine concentration skids. For typical Mediterranean seawater (TDS ~38,000 ppm), specific energy consumption (SEC) ranges between 2.8 and 3.4 kWh/m³ of permeate produced, offering substantial OPEX savings compared to thermal distillation alternatives.
What is the standard delivery timeline from purchase order sign-off to port arrival in Barcelona?
Standard skid-mounted units require 8 to 12 weeks for detailed engineering, P&ID sign-off, frame welding, piping assembly, and comprehensive FAT at our Shanghai facility. Containerized plug-and-play packages take approximately 12 to 14 weeks. Maritime transit from Shanghai to Barcelona typically requires 28 to 35 calendar days, arriving ready for immediate mechanical tie-in.
How does Tongjie support European EPC contractors during the commissioning and CE certification validation stages?
Tongjie provides full technical documentation dossiers compliant with the EU Machinery Directive, including detailed P&IDs, electrical schematics (EPLAN format), functional logic descriptions, valve matrices, structural stress reports, and certificates of origin and materials (EN 10204 3.1). Furthermore, Tongjie deploys multilingual commissioning field engineers for on-site startup or provides remote live telemetry supervision.
Technical Catalog

Comprehensive Industrial Water & Desalination Inventory for Barcelona

Complete product portfolio engineered to ISO 9001 and CE specifications for heavy industry, mining, petrochemical, and municipal sectors.

Compact Seawater Desalination Unit

CE Certified Compact Seawater Desalination System for Island & Coastal Freshwater

View Desalination →
CE High Salinity Brine Concentration for ZLD

CE High-Salinity Brine Concentration System | OARO Technology for ZLD Factories

View ZLD Tech →

Deploy Advanced Industrial Water Treatment Systems in Barcelona

Consult with our lead process design engineers. Submit your raw water analysis for a tailored mass balance simulation, P&ID layout, and detailed competitive equipment proposal within 24 hours.

Send Inquiry Now