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2 m³/h 15MΩ·cm Chemical-Free Ultrapure Water System and RO EDI Water Purifier for Pharmaceutical Use

Product Summary
Howann 2 m³/h RO+EDI Ultrapure Water System delivers stable 15MΩ·cm water via dual-pass RO, EDI, and UV sterilization. SS304/PVDF sanitary build, PLC automation, cGMP/CE/ISO9001 certified, 30% lower operating costs, 2-year warranty, and customizable 0.5–10 m³/h skids.

Product Details

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2 m³/h Ultrapure Water System

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15MΩ·cm RO EDI Water Purifier

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Chemical-Free Ultrapure Water System

Product Description
Product Overview

Manufactured by Howann, the 2 m³/h (2,000 L/H) RO+EDI Ultrapure Water System is engineered to meet the stringent water quality standards and cGMP guidelines of pharmaceutical formulation, electronic microchip rinsing, and high-precision chemical laboratories. Designed to replace hazardous acid-base chemical regeneration loops required by conventional ion-exchange beds, this advanced system utilizes electrical current to continuously regenerate ion-exchange resins inside an EDI module.

Constructed upon a sanitary SS304 stainless steel frame with electro-polished fluid pathways, the Howann ultrapure water station integrates dual-pass reverse osmosis, ultraviolet sterilization, and state-of-the-art EDI modules. This automated architecture ensures stable, uninterrupted delivery of 15MΩ·cm high-resistivity water, eliminating bacterial growth risks and drastically reducing overall utility and maintenance expenditures.

Howann 2 m³/h RO+EDI ultrapure water system mounted on sanitary SS304 stainless steel frame with dual-pass RO and EDI modules
Technical Specifications
Specification ParameterTechnical Value / Configuration
Brand NameHowann
System ModelHowann-2m³/h-EDI (Pharmaceutical Ultrapure Series)
Rated Water Production Rate2 m³/h (2,000 Liters / Hour / Approx. 48 m³ per Day)
Output Water Resistivity15 MΩ·cm (High-Purity Ion Barrier at 25°C)
Core Purification TechnologyDual-Pass RO + Continuous Electrodeionization (EDI) + UV Sterilization
Operating Cost Advantage30% Lower Operating Costs vs. Traditional Mixed-Bed Ion Exchange
Chassis & Piping MaterialsSanitary SS304 Stainless Steel & Sanitary PVDF Welded Piping
Control ArchitecturePLC Automation with Real-Time Resistivity & Flow Monitoring
Safety & Quality CompliancecGMP Compliant | CE Certified | ISO9001 Standard | 2-Year Warranty
Core Features & Engineering Highlights
  • High-Yield 2 m³/h (2,000 L/H) Capacity: Engineered to provide a continuous, reliable volume of ultra-pure water to support busy pharmaceutical production lines.
  • Stable 15MΩ·cm Resistivity Output: Combined RO and EDI technology strips out trace ionic contaminants to consistently meet high electrical resistivity thresholds.
  • 30% Lower Operating Expenses: Eliminates the purchase, storage, and neutralization of regeneration chemicals (HCl and NaOH) required by standard ion-exchange beds.
  • Sanitary SS304 & PVDF Construction: Premium electro-polished stainless steel frames and smooth internal piping prevent biofilm accumulation and microbial growth.
  • Fully Automated PLC Operation: Intelligent digital controls manage system startup, automatic EDI flushing, and continuous water quality logging without manual oversight.
Close-up view of Howann RO+EDI ultrapure water system showing PLC control panel and sanitary PVDF welded piping
System Workflow & Operation
  • Pre-Treatment & Dual-Pass RO: Feed water undergoes multi-stage filtration and dual-pass reverse osmosis to eliminate 99% of dissolved minerals and particulates.
  • Intermediate Storage & Boosting: Permeate water collects in a sanitary holding tank before being pressurized into the continuous electrodeionization module.
  • EDI Electrical Regeneration: Direct current passes through ion-exchange resins and selective membranes, continuously pulling remaining ions out of the water and discharging them to waste.
  • Ultraviolet Polishing & Distribution: Water flows through UV sterilization chambers (185nm/254nm) to destroy residual organics and bacteria before final delivery.
Primary Industrial Applications
  • Pharmaceutical Manufacturing: Purified water and water for injection (WFI) loop feed meeting strict pharmacopeia standards.
  • Semiconductor & Electronics Cleanrooms: High-resistivity rinsing water for microchip component washing and circuit board fabrication.
  • Analytical & Biotech Laboratories: High-purity reagent water for HPLC, mass spectrometry, and biological culture media preparation.
  • Fine Chemical Processing: Ultra-clean process water preventing batch contamination in specialty chemical synthesis.
Optional Customizations & Accessories
  • Hot Water Sanitization Modules: Automated 80°C thermal sanitization loops for complete microbial control in pharmaceutical pipe networks.
  • TOC Online Analyzers: Real-time Total Organic Carbon sensors for continuous water quality validation.
  • Customized Flow Skid Capacities: Tailored throughput rates ranging from 0.5 m³/h up to 10 m³/h.
Howann ultrapure water system with optional hot water sanitization module and TOC online analyzer installed on skid
Frequently Asked Questions (FAQ)
Q1: What output resistivity does the Howann RO+EDI system guarantee?

The system consistently produces ultrapure water with a stable electrical resistivity of 15MΩ·cm at 25°C, making it ideal for demanding pharma and industrial applications.

Q2: How does EDI technology reduce operating costs compared to traditional resin beds?

Unlike traditional ion-exchange columns that require frequent manual replacement or hazardous acid-base chemical regeneration, EDI modules use electrical current to continuously regenerate resins internally, slashing operating costs by roughly 30%.

Q3: What after-sales warranty and documentation are provided with each system?

Howann provides a 2-year comprehensive warranty, cGMP validation documentation support, factory pressure-test reports, and 24/7 remote technical assistance.

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