Products and Technology
Products & Technology
Turning water treatment technology into deliverable capability, from core components to intelligent systems.
Unified product and system selection
Covering recovery, desalination, and acid-alkali conversion
Move from selection to validation and implementation
Product Architecture
Product Category
From core components, engineering modules, and complete equipment to intelligent software systems, select a segment to view the corresponding products and systems.
Components
Covers core separation materials including ion-exchange membranes, pressure-driven membranes and ceramic membranes, providing the basis for module and equipment selection.
ED membrane
Core ion-selective membrane for electrodialysis desalination, concentration, and ionic separation under a direct-current field.
DD membrane
Selectively transfers acid or alkali species by concentration gradient for spent-acid recovery, spent-alkali recovery, and impurity separation.
Bipolar membrane
Splits water into acid and alkali under an electric field for salt conversion, resource recovery, and cleaner production processes.
Monovalent-selective membrane
Preferentially separates monovalent ions for lithium brine processing, selective salt separation, and high-selectivity concentration.
Proton-blocking anion-exchange membrane
Reduces proton leakage for acidic-stream separation, acid recovery, and highly selective anion transport.
Ultrafiltration UF
Retains colloids, suspended solids, and macromolecules to provide stable pretreatment for NF, RO, and electromembrane systems.
Nanofiltration NF
Selectively retains multivalent ions and organics for softening, salt fractionation, decolorization, and resource-recovery pretreatment.
Reverse osmosis RO
Uses high-pressure membrane separation to remove dissolved salts and trace impurities for water reuse, concentration, and advanced desalination.
Ceramic membrane
Silicon-carbide ceramic membrane with corrosion resistance, high-temperature tolerance, and cleanability for high-solids and demanding wastewater filtration.
Modules
Organizes pretreatment, electrodialysis and evaporative crystallization units into verifiable, combinable and scalable engineering modules.
Pretreatment module
Integrates solids separation, chemical conditioning, and fine filtration to stabilize feed for electromembrane, membrane concentration, and evaporation units.
Electrodialysis (ED) treatment technology module
Integrates membrane stacks, power supply, circulation piping, instrumentation, and controls for ED, DD, and BPED validation and delivery.
Evaporation and crystallization module
Combines MVR, MED, crystallization, and solids separation for high-salinity concentrate reduction and ZLD finishing.
Equipment
Covers pretreatment, electro-membrane separation, evaporative crystallization and solids handling equipment, available as stand-alone units or complete integrated systems.
ED electrodialysis stack
Integrates ion-exchange membrane stacks, power supply, and circulation loops for solution desalination, concentration, and ionic separation.
BPED electrodialysis stack
Uses bipolar-membrane water splitting to convert salts into acid and alkali for byproduct-salt recovery and closed-loop reuse.
DD dialysis stack
Uses concentration-gradient transport for selective acid or alkali recovery and separation from metal impurities.
Dissolved air flotation (DAF) unit
Uses microbubbles to remove oils, suspended solids, and flocs for industrial wastewater pretreatment and load reduction.
MBR
Combines biological treatment with membrane solids separation to deliver stable effluent while reducing clarifier footprint.
Coagulation / Flocculation System
Uses chemical dosing and floc formation to remove colloids, suspended solids, and part of the organic load before downstream membranes.
Hardness Removal System
Reduces calcium and magnesium by chemical precipitation or ion exchange to control scaling in membrane and evaporation systems.
Residual Chlorine Removal
Removes residual chlorine and oxidants to protect RO membranes, ion-exchange membranes, and downstream polishing units.
Cartridge filter
Captures fine particles upstream of membrane systems to protect pumps, stacks, and pressure vessels from plugging.
Activated carbon filtration
Adsorbs organics, color, and residual chlorine to improve feed quality and protect downstream membrane separation.
Precision bag filter
Uses replaceable filter bags to retain suspended particles in high-flow prefiltration, recirculation, and equipment-protection duties.
MVR
Recovers secondary-vapor latent heat for efficient evaporation concentration in high-salinity wastewater reduction and ZLD systems.
MED
Reuses steam energy through multiple effects for concentration and desalination where the available heat source is suitable.
Crystallization module
Controls supersaturation and crystal growth to produce manageable salts and support downstream solids separation.
Sludge and solids treatment
Provides sludge thickening, dewatering, and solids handling to reduce moisture before disposal or resource recovery.
Software Systems
Built on field data acquisition, operational analytics, predictive alerts and digital collaboration to deliver intelligent operation for industrial water treatment.
IoT water quality monitoring system based on AI analysis
Connects water-quality, flow, pressure, energy, and equipment data for real-time monitoring, alarms, and operating-trend analysis.
AI data analysis and forecasting system
Uses historical and real-time data to detect anomalies, forecast process variation, and support energy, chemical, and maintenance optimization.
Water treatment digital twin system
Maps process flow, equipment status, and operating boundaries for design validation, remote collaboration, and performance optimization.
Technology capabilities
Turn products into deliverable capabilities
Technical capabilities cover solution standardization, engineering implementation, risk control, and team collaboration, helping customers move from product selection to stable operation.
Standardized Process Package Capabilities
Convert water quality, target products, and site boundaries into engineering inputs that can be evaluated, quoted, and verified.
- Process Route and PFD
- Equipment and Instrument List
- Control Indicators and Operating Boundaries
- Investment and Operating Condition Estimates
Engineering Delivery Capabilities
Move from bench-scale testing and pilot-scale testing verification to engineering design, skid-mounted integration, installation, commissioning, and continuous optimization.
- Bench-Scale Testing/Pilot-Scale Testing Verification
- Modular and Package Design
- Installation, Commissioning, and Training
- Operating Data Review and Optimization
Risk Control Capability
Identify risks in advance around water quality fluctuations, material compatibility, fouling and scaling, automatic control, and acceptance boundaries.
- Feedwater and Impurity Confirmation
- Material and Membrane Type Validation
- Anti-fouling and Cleaning Strategy
- Interlocks, Redundancy, and Acceptance Criteria
Team Experience
Support project decisions, engineering implementation, and long-term operation with coordinated experience across processes, equipment, automatic control, and on-site operation.
- Membrane Process Selection
- Experimental Verification and Engineering Scale-up
- System Integration and Automatic Control
- On-site commissioning and operation optimization
Convert Water quality reports into executable process routes
Submit water quality, flow rate, target products, and site boundary conditions. EasyGu Water Treatment engineers can develop preliminary solutions for industrial wastewater treatment, water reuse, zero liquid discharge (ZLD), and resource recovery objectives.
Project Inquiry
Tell us your water quality and objectives
Submit the currently available industry, water volume, main components, existing process, and objectives. Incomplete information can also be submitted first, and engineers will assist in supplementing the boundary conditions later.
- Phone400-022-8199 / 0551-63618199
- Business Email[email protected]
- Service HoursMon-Fri 8:30-17:30
Project & Partnership Inquiry
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