📊 Product Description
Working Principle
The collected medical waste is manually fed into a sterilizer, and the feed door is closed. Inside the sterilizer, a shredding system breaks the medical waste into particles. After shredding, a pre-vacuum method is used to purge the air from the sterilizer. Then, high-temperature, high-pressure saturated steam is introduced into the sterilizer. After treatment, a vacuum process is used to purge any remaining air from the sterilizer, and air is injected from the outside. Finally, the sterilized waste is removed from the sterilizer. In this way, the sterilized waste is reduced in volume and weight, and pathogens are effectively killed, allowing it to be treated as ordinary household waste and enter the municipal waste collection and treatment system.
🔄 Process Flow
System Structure: The sealing connection with the shredding system is composed of a stainless steel flange and a high-temperature resistant gasket, while the sealing method of the quick-opening discharge door is an inflatable gasket. Fixed lugs are welded on the upper end of the high-temperature sterilization chamber. During installation, the lugs are placed corresponding to the reserved positions of the steel frame and fastened in place with high-strength bolts.
🌍 Innovation & Sustainability
Innovation for a thriving ecosystem; technology for a sustainable future. As an innovator of Green Technology and a Leader in Smart Environmental Protection, we are committed to the integrated development of environmental protection technology and high-end intelligent manufacturing. Leveraging an international technological perspective, we focus on ecological environment governance, driving the industry towards intelligence, precision, and resource efficiency through disruptive technological innovation and systematic solutions.
❓ Frequently Asked Questions
Q1. Are you a factory or trading company?
We are a professional manufacturing factory established in 2014, specializing in environmental protection and medical waste treatment equipment.
Q2. How can I visit your manufacturing facility?
You are warmly welcome to visit us on-site. We can provide invitation letters for travel, or we can arrange an online video tour of our manufacturing workshop and work sites via mobile.
Q3. What is the sterilization efficiency of this equipment?
The equipment achieves a spore microorganism inactivation level of 8Log10, meeting stringent international standards for medical waste treatment.
Q4. Can the system be monitored remotely?
Yes, the electronic control system includes an industrial computer and control software that supports mobile remote operation via APP and remote data collection.
Q5. What is the volume reduction rate for treated waste?
Our high-temperature sterilization and shredding process achieves a volume reduction rate of approximately 85%.
Q6. What materials are used in the construction of the vessel?
The vertical vessel and key contact parts are made of high-quality stainless steel to ensure durability and resistance to high-pressure steam.
Hanora Medical
