The system is ideally used in the treatment of the following kinds of typical hospital waste:
for Solid Hospital Waste
The Hospital Waste Transformer is designed to sterilize and transform hospital solid waste which is contaminated by bacteria dangerous to man and the environment.
Purpose and use of the equipment
The superiority of our equipment over other systems lies in the following:
Materials for dialysis ( plates, tubes, filters, etc.)
Containers of various types ( vials, bottles, bags, packaging )
Waste from Infectious Disease Departments
Food wastes.
General hospital waste ( syringes, needles, cannulae, catheters, etc.)
It not only disinfect but also sterilizes the waste
It sterilizes the waste completely, regardless of the bacterial load or concentration it contains
It reduces the volume of the waste by approx 70%
By eliminating any dampness in the waste, it can further reduce the weight by up to 30% thus also saving on its ultimate disposal costs
During the process, the system releases no pollutants
The design of the system prevents any odours, vapours or fluid escaping from the Transfromer
The treated waste is completely dry (therefore will not ferment) and almost odourless, in addition to being much lighter than before treatment. It is now ready for long-term storage or transportation elsewhere without there being any danger of seeping pollutants as is often the case with other waste disposal systems.
Provided the waste contains no sharp objects, it can be handled without risk, eliminating the need to pack it again into air- or water-tight containers.
Since the waste has been rendered harmless, it can be easily be disposed of and presents no hazards of dangerous leaks into the environment.
Once the waste has gone through the system, no further treatment of any kind is needed.
The system is safe and easy to use.
Thanks its high calorific value the treated waste can be used as combustible to produce energy.
No certification or periodic inspections are needed because there are no pressure vessels
Maintenance and repairs are easily carried out due to the absence of pressure components and microwave generators (klystron, magnetron, etc.)