SSE-100

Introduction

The SSE-100 is Li-Ying's new fully automated medical waste treatment system that uses high temperature high pressure steam and microwave to sterilize Regulated Medical Waste (RMW), namely medical waste with infection risk. Using a process of disposal followed by shredding. Integrated built-in process units including "pre-vacuum, steam and microwave combined treatment, drying, discharging and shredding".

Perfectly suited for disposing of medical waste in large or medium sized hospitals, clinics or any health centre, Customs and Quarantine Departments, etc.

Specifications

Model	SSE-100	SSE-75（Unreleased yet）
Processing capacity	25 kg/cycle, 50 kg/hr	15 kg/cycle, 30 kg/hr
Power	52Kw	36Kw
Dimensions (L*W*H)	556cm*202cm*200cm	430cm*180cm*175cm
Treatment type	High temperature steam and Microwave sterilization
Sterilization effect	log6 (Bacillus subtilis var. niger, ATCC9372)
Power supply	Three phase five wire AC380V
Working Pressure:	-0.09~0.24MPa
Sterilization temperature	134℃~138℃
Sterilization Cycle	30min
Weight	6.5t	3.5t

Technical principle

The principle of the pressure steam sterilisation process is the penetration of pressurised steam into the interior of an object. It causes microbial proteins to coagulate, denature and die, and it enhances the efficiency of microwave sterilisation. The treated medical waste is sent to sanitary landfills or incinerated. This method is also suitable for sterilising contaminated overalls, syringes, dressings, microbiological media, etc.

Process

The SSE-100 treatment process includes medical waste feeding, high-temperature steam sterilization ,Drying, Shredding, Unloading with Wastewater and exhaust gas treatment.

1. Feeding, the operator loads the medical waste into the hopper and then enters the automatic disposal process. (Automatic Feeding Optional for SSE)
2. Steam and microwave sterilization, in this process, a preset pressure and temperature are first achieved through a heating procedure for sterilization. In the heat preservation stage, the waste is kept above the preset temperature and maintained for sufficient time to ensure sterilization effect. Steam is discharged through a pressure relief procedure.
3. Drying and Shredding, Through the drying process, part of the water is removed from the waste to ensure that the waste reaches a completely sterile state. After treatment, the medical waste should be decontaminated and unrecognizable.
4. Post-treatment, the completion of these procedures will ensure that clinical waste is thoroughly sterilised, and the waste gas generated during the disposal process is collected by negative pressure fans and processed by the waste gas treatment system to protect the environment and public health and safety.
5. Discharge, the sterilised and unrecognizable (sharps) waste is then discharged into large waste containers (or compaction units) by the discharging screw conveyor. From there the material can be transported to a local municipal landfill for disposal or to a refuse recycling plant.

Applicable Range

• Blood and Blood Products
• Dialysis Waste
• Animal Tissues, Body Parts, and Carcasses
• Human Tissues, Body Parts, and Limbs
• Biological and Non-Hazardous Pharmaceutical
• Needles, Syringes, and other Sharps
• Research Waste 
• Laboratory Specimens
• Surgery Waste
• Pathology and Histology Samples
• Aids and Hepatitis Waste
• Isolation Waste
• Cultures and Slides
• Intravenous Bags, Blood Bags, and Associated Tubing
• Animal Bedding
• Packaging Materials
• Gloves, and Gowns Associated with Waste Collection
• Trace Chemotherapy/anti- neo plastic waste

Equipment Advantages