Providing advanced medical waste disposal solutions for the world


Focus on the research and development of non-incineration treatment technology for medical waste, meet the needs of centralized and on-site treatment of medical waste, and the products are widely applicable to hospitals and other places.

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About Medical Waste
Medical Waste Management: Best Practices for Hospitals and ClinicsMedical Waste Management: Best Practices for Hospitals and ClinicsMedical waste management is an important part of healthcare management, as improper handling and disposal of medical waste can lead to environmental hazards, pollution, and public health issues. Hospitals and clinics generate various types of medical waste, including infectious, hazardous, and non-hazardous waste, requiring appropriate measures to protect the safety of healthcare workers, patients, the public, and the environment. This article will introduce best practices for medical waste management in hospitals and clinics, including different types of waste, regulatory standards, classification techniques, and sustainable waste management. Understanding Medical Waste Medical waste is typically classified based on its composition and the risks it poses. Each category requires a unique disposal process to prevent contamination and ensure safe handling: Infectious waste is contaminated with blood, body fluids, or other potentially infectious materials.2024.12.19The Intelligent Revolution of Medical Waste ManagementThe Intelligent Revolution of Medical Waste ManagementWith the rapid development of the global medical industry, the management of medical waste has become an important issue for public health and environmental protection. The problems of untimely collection, unclear classification, and lax supervision in the traditional medical waste collection and transportation model have led to increased environmental and health risks. This article focuses on the application and advantages of intelligent medical waste collection and transportation management systems in solving traditional challenges. By integrating modern information technologies such as the Internet of Things, big data, and cloud computing, the informatization, automation, and standardization of medical waste collection and disposal have been achieved, effectively improving the efficiency and safety of medical waste management.2024.12.19Technological innovation of medical waste microwave thermal rotary cutting treatment systemTechnological innovation of medical waste microwave thermal rotary cutting treatment systemThe medical waste microwave thermal rotary cutting treatment system developed by Tianjin Yuqing Technology Co., Ltd. is specially used for medical waste treatment in small and medium-sized hospitals. Compared with common high-temperature steam treatment technology, microwave treatment technology, and other technical routes (Patent: A combination of multiple sterilization methods for medical waste treatment equipment Patent No. CN202120550241.9), its innovative features are mainly manifested in the following aspects: 1. Process characteristics The synergistic effect of wet heat sterilization, dry heat sterilization, and microwave sterilization processes ensures stable sterilization effect, high sterilization efficiency, and no waste water or air pollution. 2. Equipment characteristics 1. Integrated sterilization and crushing equipment, compared with traditional non-incineration technology, there is no need to purchase a separate crusher, and one machine has multiple uses. 2. Atmospheric pressure equipment type, safe operation2024.12.20Technological innovation of high-temperature steam in-situ treatment systemTechnological innovation of high-temperature steam in-situ treatment systemTianjin Yuqing Technology Co., Ltd. has successfully developed an integrated high-temperature steam in-situ treatment system for in-situ treatment mode. Compared with traditional high-temperature treatment systems, there are four main technological innovations: 1. In high-temperature steam treatment technology, cooling water is needed. Traditional high-temperature steam treatment technology uses a cooling tower to provide circulating cooling water. However, in-situ treatment should not use a cooling tower. Therefore, the cooling water of the high-temperature steam in-situ treatment technology that has appeared individually cannot be recycled, resulting in a large amount of water consumption. Yuqing Company cleverly solves the supply of circulating cooling water by using self-circulation of heat and the technology of disinfection and cleaning linkage with the turnover box, realizing efficient energy utilization and water saving, becoming the patent feature of this technology (authorized patent: a multifunctional medical waste turnover box disinfection and cleaning system)2024.12.20