Recently, the 8th International Symposium on Water Resources and Environmental Management (WREM 2025) was successfully held in Zhenjiang, Jiangsu. As a leading enterprise in the field of deep-ultraviolet water disinfection technology, MASSPHOTON was invited to attend the event and delivered apresentation titled "Performance Evaluation of High-Efficiency Water Disinfection Modules Based on UV-C LED Technology" during the conference report session.
MASSPHOTON is proud to announce that its self-developed power devices have been shortlisted as finalists for the 2025 EE Awards Asia Innovation R&D Award! This prestigious recognition highlights our leading technological capabilities and innovation in the semiconductor power device industry.
As the latest pulse of the international healthcare market, the 2025 Hong Kong International Medical and Healthcare Fair grandly opened from May 26 to 28 at the Hong Kong Convention and Exhibition Centre. Our company showcased its UVC LED air disinfection, UVC LED water disinfection, and UVC LED surface disinfection product series.
Under the framework of green manufacturing and ESG (Environmental, Social, and Governance), enterprises are facing increasingly stringent sustainable development requirements, particularly in reducing the use of hazardous substances and minimizing environmental footprints. Traditional ultraviolet (UV) disinfection systems rely on mercury-containing lamps, with each lamp containing 5–200 mg of mercury, posing risks of leakage, challenges in hazardous waste disposal, and environmental pollution. The Minamata Convention on Mercury requires the gradual phase-out of mercury-added products, while the exemption for mercury lamps under the EU RoHS Directive will expire on February 24, 2027, further accelerating the withdrawal of mercury-based lamps. UVC LED technology, as an innovative mercury-free solution, completely eliminates the risk of mercury pollution and enables pure physical disinfection with no ozone generation and no chemical residues.
RAS (Recirculating Aquaculture System) is a core technology in modern aquaculture. Through physical filtration, biological treatment, and disinfection processes, it enables highly efficient water recycling, saving up to 90%–99% of water, significantly reducing land footprint, while supporting high-d
Water quality critically impacts poultry farming efficiency and profitability. Contaminated water spreads pathogens (E. coli, Salmonella, coccidia), causing diseases, reduced intake, lower FCR, higher mortality, and economic losses. Chlorination is effective but leaves residues and off-flavors, deterring drinking. UVC LED (270-280 nm) provides chemical-free disinfection by disrupting microbial DNA/RNA instantly. Superior to mercury lamps and chlorination: no residues, >15,000-hour lifespan, instant operation, excellent biofilm control. MASSPHOTON’s dual strategy: POE high-flow reactors for source disinfection (with pre-filtration); POU terminal units to prevent biofilm and secondary contamination—delivering fresh sterile water to drinkers. Benefits: better palatability, higher ADG, reduced medication/mortality, optimized FCR, improved market rates. Expert support for dose calculation and integration.
UVC LED technology delivers chemical-free, mercury-free water disinfection for residential and commercial use. Using 260-280 nm UV light, it achieves >99.999% pathogen inactivation (including Legionella and E. coli) with instant activation, low energy consumption, and a >30,000-hour lifespan. Key advantages over traditional methods include compact design, easy integration, and no byproducts. Residential applications cover POU/POE systems, appliances, and hot water recirculation. Commercial uses include catering, hotels, hospitals, pools, and recirculating systems (cooling towers, HVAC, aquaculture, spas) to prevent biofilms and support water reuse. UVC LEDs provide a scalable, sustainable solution, particularly for UV recirculating water purification.
This article delves into the revolutionary application of UVC-LED technology for air disinfection in hospitals, aiming to effectively address the growing challenge of hospital-acquired infections (HAIs). It elaborates on UVC-LED as a mercury-free, highly efficient, and environmentally friendly deep UV sterilization solution, detailing how its optimal 275nm germicidal wavelength achieves rapid inactivation of pathogens like bacteria and viruses. The summary particularly highlights its capability for "man-machine coexistence" dynamic disinfection, and its significant advantages over traditional UV mercury lamps in terms of safety, energy efficiency, lifespan, and integration flexibility. Ultimately, UVC-LED provides safer and cleaner air assurance for critical medical environments such as ICUs, operating rooms, and general wards. This article offers invaluable insights into the indispensable role of UVC-LED technology in future hospital infection control for medical institutions, equipme
Under the framework of green manufacturing and ESG (Environmental, Social, and Governance), enterprises are facing increasingly stringent sustainable development requirements, particularly in reducing the use of hazardous substances and minimizing environmental footprints. Traditional ultraviolet (UV) disinfection systems rely on mercury-containing lamps, with each lamp containing 5–200 mg of mercury, posing risks of leakage, challenges in hazardous waste disposal, and environmental pollution. The Minamata Convention on Mercury requires the gradual phase-out of mercury-added products, while the exemption for mercury lamps under the EU RoHS Directive will expire on February 24, 2027, further accelerating the withdrawal of mercury-based lamps. UVC LED technology, as an innovative mercury-free solution, completely eliminates the risk of mercury pollution and enables pure physical disinfection with no ozone generation and no chemical residues.
RAS (Recirculating Aquaculture System) is a core technology in modern aquaculture. Through physical filtration, biological treatment, and disinfection processes, it enables highly efficient water recycling, saving up to 90%–99% of water, significantly reducing land footprint, while supporting high-d
Water quality critically impacts poultry farming efficiency and profitability. Contaminated water spreads pathogens (E. coli, Salmonella, coccidia), causing diseases, reduced intake, lower FCR, higher mortality, and economic losses. Chlorination is effective but leaves residues and off-flavors, deterring drinking. UVC LED (270-280 nm) provides chemical-free disinfection by disrupting microbial DNA/RNA instantly. Superior to mercury lamps and chlorination: no residues, >15,000-hour lifespan, instant operation, excellent biofilm control. MASSPHOTON’s dual strategy: POE high-flow reactors for source disinfection (with pre-filtration); POU terminal units to prevent biofilm and secondary contamination—delivering fresh sterile water to drinkers. Benefits: better palatability, higher ADG, reduced medication/mortality, optimized FCR, improved market rates. Expert support for dose calculation and integration.
UVC LED technology delivers chemical-free, mercury-free water disinfection for residential and commercial use. Using 260-280 nm UV light, it achieves >99.999% pathogen inactivation (including Legionella and E. coli) with instant activation, low energy consumption, and a >30,000-hour lifespan. Key advantages over traditional methods include compact design, easy integration, and no byproducts. Residential applications cover POU/POE systems, appliances, and hot water recirculation. Commercial uses include catering, hotels, hospitals, pools, and recirculating systems (cooling towers, HVAC, aquaculture, spas) to prevent biofilms and support water reuse. UVC LEDs provide a scalable, sustainable solution, particularly for UV recirculating water purification.
