Cases

This large-scale project aims to achieve an annual production capacity of 2,600 metric tons of sole, with further investments planned to produce an additional 10,000 metric tons annually.

The centre is the first swimming pool in Scotland to meet the rigorous Passivhaus standard, aiming to drastically reduce energy consumption while providing optimal indoor climate conditions.

Compact UV systems in these mobile swimming containers offer reliable chloramine reduction, supporting safe swim education in remote areas.

UV systems at this aquaculture facility support sustainable fish health by providing pathogen control through complete intake water biosecurity.

Energy-efficient UV disinfection at this swimming facility in Sweden minimizes chlorine dependency, enhancing water safety for high visitor traffic.

This Swedish public pool leverages UV systems to ensure superior water quality, reducing chlorine use and creating a healthier environment for swimmers.

Advanced UV treatment at this Danish therapy pool maintains water purity, supporting a safe and effective environment for resident rehabilitation.

UV & Ozone systems at this Finnish trout farm ensure stringent biosecurity, improving water quality while supporting sustainable aquaculture practices.

Upgrading its capacity, this Swedish water facility now ensures safe drinking water with energy-efficient UV disinfection, reducing chemical reliance.

This RAS facility leverages advanced UV systems to support the growth of 29 million salmon smolt annually, ensuring pathogen-free water.

Advanced recovery systems in Danish pharmaceutical production enable efficient reuse of water and solvents, cutting resource demand and waste significantly.

This PFAS treatment solution tackles heavily contaminated water streams, using innovative methods to safely lower PFAS levels below detection limits.

This advanced RAS system utilizing UV technology ensures biosecure, pathogen-free conditions for optimal fish broodstock health and productivity.

A specialized UV installation at this wastewater facility provides effective disinfection, meeting strict quality standards with minimal maintenance.

UV disinfection at this Malaysian water park minimizes chlorine by-products, ensuring safe, enjoyable water quality for high visitor turnover.

This treatment facility uses advanced UV technology to ensure safe discharge, controlling pathogens and pollutants without chemical additives.

Advanced UV technology at this aquaculture facility supports efficient disinfection, enabling safe and sustainable fish production across multiple species.

This large-scale RAS facility uses UV disinfection to ensure disinfected intake water, supporting the growth of millions of healthy post-smolt salmon.

A UV system in this Spanish indoor pool ensures minimal chlorine usage, safe water quality, and maintenance-free operation.

This Turkish aquarium employs 18 UV systems to maintain crystal-clear water and continuous bacteria control, supporting diverse marine life.

Advanced UV systems maintain water quality at this busy water park, providing sustainable, low-maintenance disinfection that minimizes chlorine by-products.

This Thai facility’s dual UV installation enables high-quality water treatment, securing reliable disinfection for large-scale industrial operations.

With advanced UV disinfection, this facility provides secure drinking water, treating up to 900,000 liters per hour to support public health.

This Hong Kong koi pond uses UV technology to control algae and maintain crystal-clear water, ensuring an excellent visitor experience.

The UV systems utilized in this office in Ireland decrease the health risks for the building occupants by ensuring an uncontaminated water flow.

This Dutch RAS facility uses high-intensity UV disinfection, ensuring biosecurity and sustainable growth for yellowtail production.

Qatar’s largest aquarium relies on robust UV systems for clear, pathogen-free water, supporting a thriving environment for 41 aquatic species.

This English school pool employs UV technology to reduce chloramines, enhancing water quality and ensuring a safe environment for swimmers.

This Scottish drinking water facility uses validated UV systems to enhance water quality, achieving high pathogen reduction without chemicals.

This Canadian trout RAS facility leverages UV disinfection to maintain low mortality, offering high biosecurity with minimal environmental impact.

This Danish facility’s UV solution treats 5.3 million m³ of water annually, ensuring safe drinking water with energy-efficient disinfection.

UV technology at this Chinese facility ensures reliable microbial control, providing high-quality drinking water to meet increased local demand.

UV disinfection on this wellboat provides robust biosecurity, preventing cross-contamination and maintaining water quality during fish transport.

The aquarium in Malaysia switched to UV technology for consistent water clarity, reducing maintenance and ensuring microorganism control in fish tanks.

UV systems at this hotel treat wastewater with low environmental impact, delivering effective, chemical-free disinfection for sustainable reuse in landscaping.

This large-scale eel facility in China uses 158 UV systems to maintain biosecurity, ensuring optimal water quality across all production stages.

Advanced UV systems at this facility ensure sustainable wastewater treatment, protecting local waterways and supporting future-ready water management.

Bahrain’s large cylindrical aquarium uses UV systems for effective microorganism control, ensuring optimal conditions for over 2,500 marine animals.

UV systems replace chlorine in this Mexican facility, enhancing water safety, minimizing environmental impact, and supporting large-scale wastewater treatment.

This Vietnamese research project uses UV systems to enhance shrimp biosecurity, achieving high survival rates and sustainable aquaculture practices.

UV technology at this semiconductor plant maintains a sanitary ultrapure water loop, enhancing product safety and reducing organic contaminants.

UV disinfection in this Korean research institute enables strict microbial control, supporting optimal growth conditions for aquaculture studies.

This large Vietnamese shrimp farm employs UV technology for stringent water quality control, optimizing survival rates and sustainable yield.

Advanced UV and filtration systems at this hospital remove hazardous contaminants, producing non-toxic effluent suitable for reuse in irrigation and cooling.

Taiwan’s wastewater center adopts UV disinfection to meet strict quality standards, enabling safe reuse for irrigation and industrial applications.

Advanced UV disinfection at this Swiss facility ensures bacteria control in recirculated water, optimizing sustainable salmon production with minimal freshwater use.

UV disinfection at this smolt station ensures biosecurity, treating high-volume water flows to deliver resilient salmon in sustainable aquaculture.

Implementing UV technology at this facility reduces chlorine by-products, ensuring clear, safe water and cutting down on water usage and carbon footprint.

Scotland’s salmon hatchery ensures biosecurity with UV-treated intake water, protecting smolts from pathogens like IPN, crucial for high survival rates.

Advanced UV technology provides sustainable, chemical-free disinfection for hospital wastewater, supporting Thailand’s medical and environmental goals.

This Spanish sports facility’s UV system drastically reduces chloramines, enhancing water and air quality while cutting water usage by 85%.

Advanced UV technology in this research setup ensures biosecurity for macroalgae production, aiding sustainable aquaculture and blue economy goals.

UV-AOP technology at Carlsberg’s brewery enables efficient water reuse, reducing water use from 2.9 to 1.4 hl per hl of beer, setting a global standard in sustainable brewing.

For the World Expo, this UV system provided efficient chloramine reduction, maintaining clean water quality amid high visitor numbers.

UV systems in this shrimp farm replace chlorination, enabling continuous water renewal, pathogen control, and low-maintenance operation across production.

Thailand’s wastewater project integrates UV technology to treat industrial effluent, ensuring chemical-free disinfection and environmental safety.

This research center’s UV technology enables safe water for multiple fish species, maintaining optimal conditions for sustainable aquaculture research on Chinook salmon.

Thailand’s tilapia farm integrates UV systems to enhance biosecurity, ensuring bacteria-free water throughout intake, process, and discharge stages.