A New Disinfection Technology: The Power of Electrolyzed Oxidizing Water   At the globally renowned stage of the 92nd China International Medical Equipment Fair (CMEF), we proudly presented our cutting-edge Electrolyzed Oxidizing Water (EOW) generation technology. This is more than just a product; it represents a revolution in disinfection – prioritizing safety, efficiency, and environmental sustainability. We are committed to providing a groundbreaking "Chinese solution" for modern healthcare and environmental infection control.     【Core Advantages – Why Choose Us?】   1. The All-Round Guardian: Unmatched Protection   Broad-Spectrum & Highly Effective: Rapidly eliminates bacteria, viruses, and fungi within 30 seconds, including MRSA, Hepatitis B virus, influenza viruses, and even the novel corona virus, ensuring reliable disinfection.   Safe & Non-Toxic: Its primary component is water. After use, it reverts to ordinary water, leaving no chemical residues. It is non-irritating to human skin and mucous membranes and places zero burden on the environment.   Economical & Convenient: On-site generation enables immediate use, eliminating the need for storing and transporting hazardous chemicals, significantly reducing long-term operational costs.   2. Core Technology, Meticulously Crafted   Utilizes advanced electrolysis technology and a precise control system to ensure stable concentrations of available chlorine, pH, and ORP values within the optimal bactericidal range.   Features intelligent operation with one-touch generation, meeting precise disinfection requirements for various scenarios.   【Application Scenarios – Comprehensive Protection】   Our Electrolyzed Oxidizing Water is an "all-rounder" throughout the medical and public health fields:   Precision Healthcare: Guardian of Instruments and Wounds   High-Level Disinfection: Suitable for pre-cleaning and high-level disinfection of endoscopes (gastroscopes, colonoscopes, etc.) and surgical instruments, offering excellent compatibility and minimal damage.   Wound Care: Can be used for cleaning and moist compress application on wounds and sores, promoting healing safely and gently.   Skin & Mucous Membrane Disinfection: Ideal for pre-surgical handwashing, surgical site skin preparation, oral mucosa disinfection, and perineal irrigation, replacing traditional disinfectants with strong irritancy.   Environmental Infection Control: Building a Multi-Layered Safety Barrier   Air Disinfection: When used with atomizing equipment, it dynamically disinfects the air in operating rooms, patient wards, mobile hospitals, and isolation rooms, purifying the breathing environment.   Surface Disinfection: Provides comprehensive coverage for treatment tables, bed units, equipment surfaces, door handles, etc., preventing contact transmission.   Hand Hygiene: An excellent choice f...

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Esegen Granted Medical Device Production License & Registration Certificate for Electrolyzed Oxidizing Water (EOW) Generator   Recently, Esegen has officially obtained the following certificates issued by the Medical Products Administration of Guangdong Province:   Medical Device Production License Medical Device Registration Certificate   This not only marks Esegen’s formal entry into the national medical device compliance production system but also signifies that Esegen’s disinfection technology strength has received official state-authority endorsement!   Certified Product: Electrolyzed Oxidizing Water (EOW) Generator   This device utilizes electrolysis technology to produce a disinfectant solution with hypochlorous acid as the primary sterilizing component. It offers multiple outstanding advantages:   Key Features & Benefits   Highly Efficient Disinfection Kills Staphylococcus aureus, Escherichia coli, and Candida albicans within 60 seconds; inactivates poliovirus within 5 minutes.   Broad-Spectrum Antimicrobial Efficacy Effectively eliminates intestinal pathogenic bacteria, pyogenic cocci, pathogenic yeasts, bacterial spores, hepatitis viruses, HIV, and more.   Safe & Eco-Friendly Reverts to water after disinfection—non-toxic, non-irritating, and residue-free. Its pH is close to that of human skin, making it suitable for sensitive applications.   Food-Grade Safety Ideal for washing fruits and vegetables, disinfecting food processing tools, degrading pesticide residues, and ensuring food preservation.     Wide Range of Applications   Medical Device Disinfection Surgical instruments: rinse and soak for 2 min; Endoscopes: rinse and soak for 3–5 min; General medical devices: rinse and soak for 3–5 min after cleaning   Hand & Mucous Membrane Disinfection Hygienic handwashing: rinse under flowing water for 1 min; Skin: repeatedly scrub for 3–5 min; Oral cavity & throat: gargle repeatedly 3–5 times   Food-Related Disinfection Tableware: rinse and soak in flowing water for 10 min; Food processing tools: rinse and soak in flowing water for 10 min; Fruits and vegetables: soak in flowing water for 3–5 min   Livestock Industry Disinfection Spray disinfectant in livestock housing air; Prevention of African swine fever: soaking and spraying; Disinfection of production tools, personnel, and vehicles: soaking and spraying; Water disinfection in aquaculture: flowing water treatment; Deodorizing spray in farms

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Antecedentes del proyecto de la planta de tratamiento de aguas residuales de Datong Yudong La Planta de Tratamiento de Aguas Residuales de Datong Yudong tiene una capacidad de tratamiento de 100.000 metros cúbicos al día. Sus aguas residuales se componen principalmente de aguas residuales farmacéuticas e intermedias farmacéuticas, caracterizadas por su composición compleja, alto contenido orgánico, alta toxicidad, color oscuro, alta salinidad y difícil degradación. Tras el pretratamiento en la planta farmacéutica, el efluente residual aguas arriba se compone principalmente de macromoléculas y antibióticos de difícil biodegradación, que presentan una bioinhibición significativa, lo que lo convierte en un ejemplo típico de aguas residuales industriales de difícil biodegradación. La primera fase del proyecto empleó inicialmente un proceso de oxidación con ozono, pero tras su implementación inicial, no logró los resultados de tratamiento deseados. Posteriormente, se adoptó un proceso Fenton de lecho fluidizado; la segunda fase utilizará un proceso Fenton magnético. Recientemente, la sección del proceso magnético Fenton del proyecto de renovación y ampliación de la planta de tratamiento de aguas residuales de Datong Yudong, llevado a cabo por Guangzhou Jinchuan, ha comenzado a funcionar con éxito. El proyecto de la Fase 1 utilizó un sistema Fenton de lecho fluidizado, que presentó los siguientes desafíos operativos y de mantenimiento: 1. Alto consumo de reactivos; 2. Alto consumo de energía y tasa de fallas de la bomba de reflujo; 3. Es necesario reemplazar el embalaje periódicamente; 4. El reactor era propenso a obstruirse, lo que requería desatascar con frecuencia el distribuidor de agua dentro de la torre, lo que suponía una gran carga de trabajo para los operadores en el lugar; 5. Cadena de proceso larga: El efluente de Fenton fue de aproximadamente 47 mg/L, requiriendo una posterior filtración con arena y carbón para lograr un efluente final por debajo de 40 mg/L; 6. Los costos anuales de mantenimiento superaron los 2 millones de RMB; El proyecto de la fase 2 utilizó un sistema magnético Fenton. A diferencia de un sistema Fenton de lecho fluidizado, este sistema elimina la necesidad de una bomba de reflujo, lo que reduce el número de tuberías en la planta y mantiene el suelo limpio y ordenado. No es necesario revisar la bomba de reflujo, reemplazar empaquetaduras ni desatascar el distribuidor de agua dentro de la torre, lo que evita la compactación y el bloqueo del reactor y reduce significativamente la carga de trabajo de los operadores en la planta. Fenton magnético superbarato de Jinchuan: tecnología alemana Fenton de lecho fluidizado: Tras el tratamiento bioquímico, la DQO suele ser extremadamente difícil de degradar. La materia orgánica disuelta (DOD) está rodeada de una gran cantidad de moléculas de agua, lo que dificulta que los radicales hidroxilo la alcancen. Se utiliza un método de ataque de saturación para desoxidar la DQO con H₂O₂ en ...

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