AXEON Blog

• By AXEON Water Technologies
• Technical Articles

Electrodeionization (EDI) systems are critical for ultrapure water production because EDI continuously removes dissolved ionic species from reverse osmosis permeate using DC current and ion-selective membranes, producing water at resistivity up to 18.2 MΩ·cm without chemical regeneration — delivering uninterrupted, consistent ultrapure water output 24 hours a day, 7 days a week. What Is Electrodeionization? […]

• By AXEON Water Technologies
• Technical Articles

Water is a direct ingredient, a sanitation medium, and a process utility in food manufacturing. Its quality determines product safety, equipment performance, and regulatory compliance simultaneously. Food processing facilities use water across 5 primary functions: ingredient formulation, equipment sanitation (CIP), steam generation, cooling systems, and product reconstitution. Multi-stage filtration systems combining sediment removal, contaminant removal, […]

• By AXEON Water Technologies
• Technical Articles

Water testing services improve reverse osmosis system design by directly determining 6 critical engineering decisions — membrane type selection, operating pressure, recovery rate, flux rate, pre-treatment configuration, and antiscalant dosing. Feed water analysis translates raw water chemistry data into precise system specifications. Without a complete water analysis, reverse osmosis system design can result in incorrect […]

• By AXEON Water Technologies
• Technical Articles

Membrane cleaning systems extend reverse osmosis system lifespan by removing fouling deposits that reduce normalized permeate flow, increase transmembrane pressure, and accelerate membrane degradation. Without scheduled clean-in-place (CIP) procedures, RO membranes fail 40–60% earlier than their rated service life of 3–7 years. 4 fouling types—scaling, biofouling, colloidal fouling, and organic fouling—each require specific cleaning chemistries […]

• By AXEON Water Technologies
• Technical Articles

Containerized water treatment systems offer 7 primary advantages — rapid deployment, portability, lower capital cost, scalability, multi-technology integration, suitability for demanding environments, and factory-tested reliability. Each system arrives pre-plumbed, pre-wired, and factory-tested for plug-and-play operation, reducing on-site installation complexity for industrial, municipal, oil & gas, and emergency response applications. What Is a Containerized Water Treatment […]

• By AXEON Water Technologies
• Technical Articles

Sea water reverse osmosis systems enable large-scale desalination by forcing seawater through semi-permeable membranes at 800–1,200 psi, rejecting 99% or more of dissolved salts. Seawater carries a total dissolved solids (TDS) concentration of 30,000–45,000 ppm. Large-scale SWRO systems reduce seawater TDS to below 500 ppm , the EPA maximum contaminant level for drinking water. What […]

• By AXEON Water Technologies
• Technical Articles

Ultrapure water systems support pharmaceutical manufacturing consistency by delivering water that meets USP Purified Water specifications — conductivity ≤1.3 µS/cm at 25°C and TOC ≤500 ppb — and Water for Injection (WFI) specifications, including endotoxin ≤0.25 EU/mL, across every production batch. Pharmaceutical water is a direct ingredient in drug formulation, equipment cleaning, and sterilization processes […]

• By AXEON Water Technologies
• Technical Articles

USP and GMP compliance requires 5 water treatment solution categories: reverse osmosis systems, electrodeionization systems, ion exchange systems, ultraviolet sterilization systems, and filtration systems. USP governs pharmaceutical water specifications under FDA 21 CFR Parts 210/211. These systems produce 2 primary USP water grades: Purified Water (PW) and Water for Injection (WFI). System selection is determined […]

• By AXEON Water Technologies
• Technical Articles

Engineers size industrial RO systems by evaluating 5 core parameters: permeate flow demand, feed water TDS, recovery rate, operating temperature, and pretreatment requirements. Undersized systems create production shortfalls; oversized systems generate unnecessary capital expenditure. Each parameter directly determines membrane count, vessel array configuration, pump horsepower, and pretreatment train design. What Parameters Do Engineers Evaluate Before […]

• By AXEON Water Technologies
• Technical Articles

Reverse osmosis (RO) systems are the best all-around water treatment solution for high-demand commercial buildings, delivering 95–99% TDS rejection at flow rates from 12,000 to 570,000+ GPD. High demand refers to facilities processing 10,000+ GPD of treated water daily. The 5 best commercial water treatment systems for high-demand buildings are reverse osmosis, water softening, UV […]