Reliable Performance for Safety-Critical and Chemically Demanding Processes
Nuclear facilities require equipment that delivers predictable performance, withstands aggressive chemistries, and supports strict environmental and operational requirements. ALSYS solutions assist in water purification, chemical recovery, emissions reduction, and auxiliary system treatment.
Ceramic membranes offer durability, chemical resistance, and long operating life. Polymeric membranes support polishing and defined separations. Catalysts provide compliant control of NOx, VOCs, and other regulated emissions from supporting combustion units.
ALSYS Expertise at a Glance
High-stability filtration for demanding environments
Ceramic materials withstand harsh cleaning protocols, temperature swings, and aggressive chemicals.
Water and utility system treatment
Membrane systems maintain consistency in cooling water, process water, and wastewater streams.
Chemical purification for plant operations
Solvent dehydration, reagent purification, and contamination removal support overall system reliability.
Emissions control for auxiliary combustion sources
Catalysts reduce NOx and VOCs to help facilities meet regulatory and environmental standards.
Engineered solutions for compliance-driven operations
Modular systems and documented performance testing support qualification and integration requirements.
Applications in Nuclear
Overview
Nuclear operations rely on highly stable water quality across cooling circuits, auxiliary systems, and general plant utilities. Consistent removal of particulates and contaminants reduces fouling and maintains operational efficiency.
ALSYS’ Track Record
Ceramic MF/UF membranes provide long-life performance under frequent cleaning and maintain flux even in variable feed conditions.
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Overview
Fuel-cycle operations and plant chemical systems often require reliable purification of solvents, reagents, and supporting process fluids.
ALSYS’ Track Record
Hybsi pervaporation membranes support solvent dehydration, while ceramic membranes tolerate low pH and aggressive chemistries.
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Overview
Effluent streams require predictable treatment performance to meet environmental standards and ensure safe discharge or reuse.
ALSYS’ Track Record
Membrane systems deliver reliable clarification, reducing particulates and supporting downstream polishing stages.
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Overview
Power plants may operate combustion-based heating units or backup generators that must meet strict emissions requirements.
ALSYS’ Track Record
SCR catalysts and VOC oxidation catalysts support compliance with NOx and organic emissions limits.
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Frequently Asked Questions
Yes. Ceramic membranes maintain performance under aggressive cleaning, thermal variation, and chemical exposure, supporting long operating life in regulated systems.
Membranes maintain consistent particulate control and help minimize fouling across auxiliary and cooling water circuits.
Membrane systems can be paired with testing documentation and performance validation required during integration.
Ceramic membranes are resistant to low pH, oxidizing agents, and other harsh conditions common in chemical processing and cleaning protocols.
SCR catalysts reduce NOx, and VOC catalysts treat organic emissions from auxiliary boilers and heating systems.
Pilot systems and engineering support feasibility testing, process evaluation, design, and commissioning.
Yes. Stable clarification and contaminant reduction support compliance with wastewater regulations.