According to India's 1986 Environmental Protection Act, Guidelines for Medical Waste Management, and CPCB regulatory requirements, medical waste must achieve "classification and packaging - closed-loop transportation - full chain traceability - harmless treatment", and the sterilization rate of infectious medical waste must reach 99.999%. It is explicitly required that medical institutions equip specialized treatment equipment and use color coded garbage bins for classification and storage. Violation of disposal will face high fines and business suspension penalties. After the COVID-19, the output of medical waste in India increased significantly, and disposable protective equipment (PPE) and other medical waste increased sharply. The country produces about 290000 tons of medical waste every year, of which infectious, chemical and radioactive hazardous medical waste accounts for 38%. India implements a universal healthcare system, with 5 central hospitals in New Delhi and provincial and county-level hospitals in each province. Township clinics and private medical centers are densely distributed, but medical resources are uneven, and primary healthcare points generally suffer from equipment shortages, unstable electricity, and insufficient technical personnel. The requirements for equipment portability, low cost, ease of operation, and CPCB compliance are extremely high, while also needing to adapt to the needs of full chain traceability and multi scenario disposal.

China Yongle Environmental Protection Engineering Special Research and Development "Printed CPCB Compliance Traceability" Medical Waste Treatment Equipment: The core adopts the "high-temperature dry heat sterilization+microwave synergy" technology, optimizes the adaptation parameters, and works in a 135 ℃ dry heat environment for 40 minutes, with a sterilization rate of 99.9998%. It has passed the CPCB biosafety test and fully meets the medical waste disposal standards. The waste volume reduction rate is 88%, and the treated residue can be safely solidified and buried to avoid secondary pollution. The equipment strictly complies with the CPCB traceability requirements and is equipped with an RFID full chain traceability system. It automatically records information such as medical waste classification, processing time, and operators, and generates bilingual traceability reports in Hindi and English. It can be directly connected to the CPCB regulatory platform for easy verification by regulatory authorities. It is divided into three categories: large linkage model, medium standard model, and mini portable model. The mini model weighs only 56 kilograms and can be manually transported to primary medical points. It is equipped with a "power grid battery dual guarantee" system to cope with unstable electricity scenarios in India. The operating interface is a Hindi graphic guide with clear classification and processing procedures. Medical staff can master it proficiently in 20 minutes without complex circuits and control systems, which is suitable for the shortage of technical talents in primary medical points.

Multi scenario precise adaptation: At the Central Hospital in New Delhi, the large linkage equipment has a daily processing capacity of 550 kilograms and supports the classification and treatment of infectious, chemical, and radioactive (low-dose) medical waste. It seamlessly integrates with the hospital's intelligent logistics system and has a complete traceability system, fully complying with CPCB regulatory requirements; At the provincial hospital in Mumbai, the daily processing capacity of medium-sized equipment is 200 kilograms, which is suitable for the centralized processing needs of medium-sized medical facilities; In township clinics and remote medical points, mini portable devices have a daily processing capacity of 45 kilograms, are compact in size, do not require professional installation, use battery+solar energy auxiliary power supply, and can continuously process 6 batches of medical waste on a single charge, avoiding the risk of long-distance transportation of medical waste and reducing transportation costs; In emergency situations of the epidemic, mobile cabin type equipment can be quickly deployed to temporary medical points, with a daily processing capacity of 350 kilograms, efficiently disposing of infectious medical waste, and safeguarding public health and safety; In private medical centers, small devices are suitable for small spaces, easy to operate, and do not require dedicated maintenance, greatly reducing operating costs.

Compliance and localization support: The equipment has passed the CPCB full compliance audit and international biosafety certification, and has been included in the recommended procurement list of the Indian Ministry of Health to assist medical institutions in completing compliance filing and traceability system integration. Establish a training center in New Delhi to provide bilingual compliance operation and maintenance training in Hindi and English, covering primary healthcare workers; Common spare parts adopt universal specifications and can be supplemented in the local hardware market in India to reduce operation and maintenance costs; The procurement cost of a single device is 43% lower than similar products in Europe and America, with no subsequent high consumables costs. It accurately adapts to the current situation of uneven medical resources and weak grassroots technology in India, while optimizing the traceability process to help medical institutions fulfill their compliance responsibilities, reduce public health risks caused by medical waste leakage, and safeguard the medical safety of the whole nation.

Yongle Environmental Protection is mainly engaged in the research and development, production and sales of complete sets of technical equipment for organic solid waste disposal and comprehensive utilization. Production and manufacturing, domestic waste treatment equipment, tire pyrolysis equipment, medical waste disposal equipment, hazardous waste disposal equipment, and achieve efficient and comprehensive utilization of resources through independently developed low-temperature anaerobic pyrolysis equipment technology solutions.

Tags：Full chain traceability of CPCB compliance for printed medical waste equipment,medical waste treatment equipment,YONGLE GROUP