Eden Park Inc

LOW TEMPERATURE MICROPLASMA UV LIGHTING TILES FOR WATER PURIFICATION AND STERILIZATION

DEVELOPMENT OF HUMAN-SAFE MICROPLASMA-BASED FAR UV-C DISINFECTION MODULES FOR IMPROVING FOOD SAFETY

DEVELOPMENT OF HUMAN-SAFE, MINIATURE FAR-UVC MICROPLASMA LAMPS FOR PERSONAL PROTECTIVE RESPIRATORS

DEVELOPMENT OF LOW TEMPERATURE MICROPLASMA LAMPS FOR BIOMEDICAL APPLICATIONS

MONOCHROMATIC 222 NM UV LIGHT: DEVELOPMENT OF A SAFE, COST-EFFECTIVE TECHNOLOGY FOR THE EFFICIENT REDUCTION OF BACTERIAL AND VIRAL INFECTION AND TRANSMISSION

DEVELOPMENT OF A PORTABLE MICROPLASMA FAR-UVC SOURCE FOR THE PREVENTION OF SURGICAL SITE INFECTIONS

FOOD SAFETY IS CRITICAL, WITH FOODBORNE OUTBREAKS CAUSING SERIOUS HEALTH RISKS AND AN ESTIMATED $15.6 BILLION ANNUAL ECONOMIC IMPACT. CURRENT DECONTAMINATION METHODS FACE CHALLENGES--CHEMICAL TREATMENTS POSE HEALTH AND ENVIRONMENTAL CONCERNS, WHILE PHYSICAL TECHNIQUES REQUIRE HIGH ENERGY AND COST. FDA-APPROVED UV-C TECHNOLOGY IS EMERGING AS A PROMISING SOLUTION.FAR UV-C (222 NM) LIGHT OFFERS ENHANCED DISINFECTION WHILE BEING SAFER FOR HUMAN EXPOSURE, UNLIKE TRADITIONAL UV-C.?WHEN COMBINED WITH 405 NM LED LIGHT, THE TWO WAVELENGTHS CREATE A SYNERGISTIC EFFECT, IMPROVING SAFETY, DISINFECTION SPEED, RANGE, AND PENETRATION INTO FOOD TISSUES.TO ADDRESS THIS, EDEN PARK ILLUMINATION IS PARTNERING WITH FOOD SCIENTISTS AT THE UNIVERSITY OF ILLINOIS TO DEVELOP A COMPACT, HIGH-PERFORMANCE DUAL-WAVELENGTH (222 NM/405 NM) MODULE FOR EFFECTIVE FOOD DECONTAMINATION. PHASE II WILL FOCUS ON SCALING UP THE TECHNOLOGY FOR LARGE-SCALE FOOD PROCESSING APPLICATIONS.THIS INITIATIVE NOT ONLY ENHANCES UV-C SAFETY AND EFFECTIVENESS BUT ALSO SUPPORTS THE USDA'S MISSION TO ENSURE A SAFE, NUTRITIOUS, AND RELIABLE FOOD SUPPLY FOR THE U.S. AND BEYOND.

MONOCHROMATIC 222 NM UV LIGHT: DEVELOPMENT OF A SAFE, COST-EFFECTIVE TECHNOLOGY FOR THE EFFICIENT REDUCTION OF BACTERIAL AND VIRAL INFECTION AND TRAN