From industrial pure water and high-purity water to ultrapure water, reuse and desalination, we configure the treatment route around your feed water, production process, required water quality and operating conditions.
Different industries use water differently. Select your manufacturing process to review water-quality priorities, treatment routes, system options and project inputs.
Pure and high-purity water aligned with battery production, material preparation, cleaning and rinsing requirements.
Typical water need: Pure / high-purity water for process and rinse pointsExplore Lithium Battery Solution
UPW generation, polishing, storage and distribution engineered around contamination-sensitive semiconductor processes.
Typical water need: UPW generation, polishing and distributionExplore Semiconductor Solution
Controlled water quality for PCB rinsing, electronics cleaning and ionic contamination control.
Explore Solution
Purified-water generation designed around process quality, storage, distribution and monitoring requirements.
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High-purity water for wafer, cell, surface preparation and photovoltaic manufacturing processes.
Explore SolutionRO and process-water solutions for preparation, production, cleaning and plant utilities.
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Process-water systems designed around feed variability, chemical compatibility and production requirements.
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Centralized pure and ultrapure water systems for analytical, research and technical facilities.
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RO and EDI treatment routes for boiler-feed and power-generation water requirements.
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Reliable process, utility and production-water systems for industrial plants.
Explore SolutionIf you already know the required water quality, start with the treatment level and then confirm the route from feed-water analysis.
PretreatmentRO / Double-Pass RO
For production and process duties requiring controlled dissolved solids and conductivity.
ROEDI
For tighter ionic and conductivity requirements.
ROEDIPolishingDistribution
For contamination-sensitive critical manufacturing processes.
Treated WaterUF / ROReuse
For suitable industrial streams and confirmed reuse points.
SeawaterPretreatmentSWROProduct Water
For coastal, island and seawater-source projects.
Review industry use points, operating duty and required water quality.
Water chemistry determines pretreatment risks and treatment direction.
Select RO, EDI, UF, polishing, storage, reuse or desalination stages according to actual requirements.
Coordinate equipment, piping, instrumentation, PLC/HMI, tanks and plant interfaces.
Factory assembly, agreed FAT scope, documentation, packing and delivery coordination.
Explore three high-priority industry entry points without repeating the full industry index.
UPW generation, polishing, storage and distribution engineered around contamination-sensitive semiconductor processes.
Typical water need: UPW generation, polishing and distributionExplore Semiconductor SolutionPure and high-purity water aligned with battery production, material preparation, cleaning and rinsing requirements.
Typical water need: Pure / high-purity water for process and rinse pointsExplore Lithium Battery SolutionControlled water quality for PCB rinsing, electronics cleaning and ionic contamination control.
Typical water need: Controlled rinse water and contamination controlExplore Electronics & PCB SolutionFinal treatment stages are confirmed from feed-water analysis, product-water specification and process requirements.
Only current project references are shown. Capacity, performance and customer information remain subject to approved project records.
A modular pure-water system configured for an overseas battery manufacturing project, including commissioning coordination and operator support.
View ProjectAn integrated treatment line developed around process-water quality, production continuity and a compact equipment layout.
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A factory-assembled pure-water package prepared for international shipment, installation and controlled site start-up.
View ProjectEngineering review, integration, assembly, FAT scope and delivery documentation remain connected throughout the project.
Define the source-water basis, production use points and final quality objective before equipment selection.
Coordinate treatment stages, piping, instruments, PLC/HMI, storage and interfaces as one system scope.
Build and inspect the agreed equipment scope before packing, shipment and site coordination.
Prepare agreed documentation, packing and delivery coordination around the destination project requirements.
Start with each process and utility use point. The required quality, capacity, feed-water analysis and operating conditions determine the practical treatment route.
A current feed-water analysis, required capacity, target quality, operating hours, use points, site utilities and project location provide the strongest engineering basis.
Yes. A plant can need different routes for process, rinsing, boiler, cleaning, cooling and reuse duties, so a water-use map should be reviewed before system selection.
RO + EDI is selected when the confirmed quality objective requires continuous ionic polishing beyond the RO stage; it is not an automatic upgrade for every project.
Ultrapure water is used for contamination-sensitive processes when the production specification requires its relevant control levels at the actual point of use.
Yes. Future capacity, additional use points, modular trains, storage and distribution allowances can be reviewed during the initial configuration stage.
We review feed water, water use points, quality target, capacity, operating profile, site interfaces, electrical requirements and project delivery conditions.
Yes. Electrical and control configuration is defined to the project-specified standards and available site conditions before fabrication.
Share your industry, feed-water analysis, required capacity, target water quality, operating hours and project location. Our engineering team will review the treatment direction before equipment selection.