Ofrecerle una solución profesional

es_ES Español
es_ES Español en_US English fr_FR Français de_DE Deutsch ru_RU Русский pt_PT Português ar العربية nl_NL Nederlands pl_PL Polski id_ID Bahasa Indonesia ja 日本語 ko_KR 한국어
Solicite un presupuesto gratuito

Categoría: Water treatment plant

Process Expertise

RO/UF/EDI/ion exchange/UV-O₃ integrated design.

High Recovery, Low OPEX

Optimized membranes, pumps, and energy-recovery devices.

Modular Skids

Short lead time, easy transport, fast commissioning.

Certified Quality

ISO/CE compliance and traceable materials.

Global Support

Remote diagnostics + on-site service and spare parts.

Custom Engineering

Built around your water analysis and standards.

Producto

Selection & Sizing Guide

• Feed-water analysis: TDS, SDI (15), Turbidity, Hardness (as CaCO₃), Alkalinity, Silica, Fe/Mn, Cl⁻, SO₄²⁻, NH₃-N, COD, pH, Temp, Microbial risk.

• Product water targets: Flow rate (m³/h), Conductivity/Resistivity, Hardness, Silica, Bacteria/Endotoxins (if applicable).

• Recovery & operation: Expected recovery rate, daily operating hours, startup/shutdown frequency, CIP expectations.

• Site constraints: Layout diagram, maximum equipment dimensions, handling pathways, environmental temperature/altitude, noise restrictions.

• Compliance: ISO/CE, optional FDA/NSF components, industry standards (food, pharmaceutical, electronics, etc.).

• Brackish water reverse osmosis (10–30 m³/h)

Pre-treatment: MMF/AC → softening/scale inhibitor → 5 μm filter cartridge

Reverse osmosis: two-stage array (8″ elements, variable frequency high pressure pump), recovery rate 70–80%

Options: CIP, permeate flush, UV/O₃, RO+EDI polishing

• Seawater RO (5–30 m³/h)

Pre-treatment: UF → scale inhibitor → 5 μm filter cartridge

SWRO: high-pressure pump + ERD, recovery rate 35–50%, high-pressure side uses 316L/duplex stainless steel

• UF standalone system (10–100 m³/h)

Backflush/air flush, online chemical cleaning, SDI ≤ 3 @15 min

• RO + EDI (≤0.5 μS/cm)

Two-stage RO or RO+IX → EDI, continuous desalination without chemical regeneration

SystemPer-Train CapacityRecoveryEnergy (typ.)Outlet
Brackish RO1–60 m³/h65–85%0.7–1.5 kWh/m³10–200 µS/cm
Seawater RO1–50 m³/h35–50%3.5–5.0 kWh/m³300–700 µS/cm
UF Pretreatment1–100 m³/h——SDI ≤ 3 @15 min
EDI Polishing0.5–30 m³/h——≤ 0.5 µS/cm

• Electrical: 380–460V, 3-phase, 50/60Hz; installed power calculated based on capacity

• Compressed air: 6–8 bar (valves/instruments/air washing), dry and clean

• Drain & tanks: raw water/product water/CIP/wastewater pipe diameter; buffer tank recommended

• Chemicals: Acid/alkali, reducing agents, scale inhibitors, disinfectants—safe storage and secondary containment

• Footprint (reference): 10 m³/h RO skid ≈ 3.5×1.2 m; 20 m³/h ≈ 5.0×1.5 m; supports 20/40-foot containerization

PREGUNTAS FRECUENTES

Q1. What feed-water data do you need for design?

Provide TDS, SDI(15), turbidity, hardness (as CaCO₃), silica, iron/manganese, chloride/sulfate, pH, temperature, and any microbiological risks to size pretreatment, recovery, and membrane area.

Standard modular skids ship in 3–6 weeks; larger custom or certified systems typically require 6–10 weeks, depending on capacity and options.

Brackish RO usually achieves 65–85% at about 0.7–1.5 kWh/m³. Seawater RO runs 35–50% at about 3.5–5.0 kWh/m³, depending on salinity and temperature.

Cartridge filter replacement, UF backwash/CIP checks, RO cleaning when differential pressure or salt passage increases, dosing calibration, and inspection of pumps, valves, and instrumentation.

Yes. We supply hookup guidance, on-site commissioning and operator training, plus remote diagnostics and spare-parts programs.

Yes—20/40 ft containerized plants with HVAC, lighting, and safety features for rapid deployment and easy relocation.

Scroll al inicio