• Solid construction with fire concrete
• Heat insulation with ceramic fiber
• High combustion efficiency
• Sturdy strong structure
• Can be designed for any local or international regulation such as EPA, EU 2000/76/EC (or 2010/75/EU)
For medical waste disposal applications, Medical Waste Incinerator;
Medical Waste Incinerator is used for safe disposal of hospitals, clinics, dentists, laboratory wastes, industrial wastes, urban wastes, infection epidemic solutions, hospital wastes, medical wastes, pathological wastes, biomedical wastes, biohazardous wastes, needle wastes, scalpel wastes. It is used to. Medical waste incinerators are used to eliminate viral epidemics such as coronavirus (COVID-19). The Incinerator eliminates other viruses, including Corona.
• Temperature up to 1000 C° in the primary combustion chamber.
• Temperature up to 1100 C° in the secondary combustion chamber.
• 2 seconds gas retention time
All Medical Wastes;
Needles, infusion sets, blades, glass, materials and drugs used to prepare anti-cancer chemotherapy, cytostatic drugs, genotoxic chemical waste, laboratory reagents, disinfectants, circulation bottles, boxes, pharmaceutical waste, Radiotherapy, glassware, absorbent paper, unused urine liquids, low-level radioactive waste, laboratory cultures, waste from isolation wards, feces, materials that come into contact with an infected patient, waste containing pathogens, infectious waste, protective clothing, surgical gowns, as well as sheets and bedding used by COVID-19 patients, from healthcare services All medical waste generated.
Pathological Wastes;
Body parts, blood, fetuses, other body fluids, human tissues.
Approximately 20 to 25% of the total waste produced by healthcare organizations is considered hazardous and can pose various health and environmental risks if not properly managed and disposed of. Incineration is the only method that ensures the complete destruction and neutralization of medical waste. This should ideally be done at the source wherever possible.
It is designed with a double combustion chamber to be used in the disposal of medical waste. The temperature of our furnace reaches up to 1100 °C, completing the burning process completely. The incinerator, designed by our engineers taking human safety into consideration, is manufactured to be resistant to high temperatures. Medical Waste Incinerator has drying, cooking and curing features and is controlled by a PLC control system. Its temperature can be controlled with a thermocouple. In the Medical Waste Incineration Furnace, natural gas or fuel oil is optionally used as fuel. Dangerous particles released during combustion are eliminated by passing through the second combustion chamber. Rapid intervention is carried out in machine service and maintenance. We have incinerator production in different capacities. Efficient technology and energy are especially important for machines that operate continuously. MT technology enables minimum energy consumption and maximum performance.
Advantages of Medical Waste Incineration method compared to other methods;
It is suitable for the disposal of all types of medical waste generated in hospitals, including types A, B, C, D and E. There is no odor problem after burning. Unlike other methods such as sterilization/autoclave or microwave, there is much less end product. There is no possibility of contamination in the final product. There is no possibility of viruses or bacteria being present in flue gas.
• Solid construction with fire concrete
• Heat insulation with ceramic fiber
• High combustion efficiency
• Sturdy strong structure
• Can be designed for any local or international regulation such as EPA, EU 2000/76/EC (or 2010/75/EU)
For medical waste disposal applications, Medical Waste Incinerator;
Medical Waste Incinerator is used for safe disposal of hospitals, clinics, dentists, laboratory wastes, industrial wastes, urban wastes, infection epidemic solutions, hospital wastes, medical wastes, pathological wastes, biomedical wastes, biohazardous wastes, needle wastes, scalpel wastes. It is used to. Medical waste incinerators are used to eliminate viral epidemics such as coronavirus (COVID-19). The Incinerator eliminates other viruses, including Corona.
• Temperature up to 1000 C° in the primary combustion chamber.
• Temperature up to 1100 C° in the secondary combustion chamber.
• 2 seconds gas retention time
All Medical Wastes;
Needles, infusion sets, blades, glass, materials and drugs used to prepare anti-cancer chemotherapy, cytostatic drugs, genotoxic chemical waste, laboratory reagents, disinfectants, circulation bottles, boxes, pharmaceutical waste, Radiotherapy, glassware, absorbent paper, unused urine liquids, low-level radioactive waste, laboratory cultures, waste from isolation wards, feces, materials that come into contact with an infected patient, waste containing pathogens, infectious waste, protective clothing, surgical gowns, as well as sheets and bedding used by COVID-19 patients, from healthcare services All medical waste generated.
Pathological Wastes;
Body parts, blood, fetuses, other body fluids, human tissues.
Approximately 20 to 25% of the total waste produced by healthcare organizations is considered hazardous and can pose various health and environmental risks if not properly managed and disposed of. Incineration is the only method that ensures the complete destruction and neutralization of medical waste. This should ideally be done at the source wherever possible.
It is designed with a double combustion chamber to be used in the disposal of medical waste. The temperature of our furnace reaches up to 1100 °C, completing the burning process completely. The incinerator, designed by our engineers taking human safety into consideration, is manufactured to be resistant to high temperatures. Medical Waste Incinerator has drying, cooking and curing features and is controlled by a PLC control system. Its temperature can be controlled with a thermocouple. In the Medical Waste Incineration Furnace, natural gas or fuel oil is optionally used as fuel. Dangerous particles released during combustion are eliminated by passing through the second combustion chamber. Rapid intervention is carried out in machine service and maintenance. We have incinerator production in different capacities. Efficient technology and energy are especially important for machines that operate continuously. MT technology enables minimum energy consumption and maximum performance.
Advantages of Medical Waste Incineration method compared to other methods;
It is suitable for the disposal of all types of medical waste generated in hospitals, including types A, B, C, D and E. There is no odor problem after burning. Unlike other methods such as sterilization/autoclave or microwave, there is much less end product. There is no possibility of contamination in the final product. There is no possibility of viruses or bacteria being present in flue gas.
• Solid construction with fire concrete
• Heat insulation with ceramic fiber
• High combustion efficiency
• Sturdy strong structure
• Can be designed for any local or international regulation such as EPA, EU 2000/76/EC (or 2010/75/EU)
For medical waste disposal applications, Medical Waste Incinerator;
Medical Waste Incinerator is used for safe disposal of hospitals, clinics, dentists, laboratory wastes, industrial wastes, urban wastes, infection epidemic solutions, hospital wastes, medical wastes, pathological wastes, biomedical wastes, biohazardous wastes, needle wastes, scalpel wastes. It is used to. Medical waste incinerators are used to eliminate viral epidemics such as coronavirus (COVID-19). The Incinerator eliminates other viruses, including Corona.
• Temperature up to 1000 C° in the primary combustion chamber.
• Temperature up to 1100 C° in the secondary combustion chamber.
• 2 seconds gas retention time
All Medical Wastes;
Needles, infusion sets, blades, glass, materials and drugs used to prepare anti-cancer chemotherapy, cytostatic drugs, genotoxic chemical waste, laboratory reagents, disinfectants, circulation bottles, boxes, pharmaceutical waste, Radiotherapy, glassware, absorbent paper, unused urine liquids, low-level radioactive waste, laboratory cultures, waste from isolation wards, feces, materials that come into contact with an infected patient, waste containing pathogens, infectious waste, protective clothing, surgical gowns, as well as sheets and bedding used by COVID-19 patients, from healthcare services All medical waste generated.
Pathological Wastes;
Body parts, blood, fetuses, other body fluids, human tissues.
Approximately 20 to 25% of the total waste produced by healthcare organizations is considered hazardous and can pose various health and environmental risks if not properly managed and disposed of. Incineration is the only method that ensures the complete destruction and neutralization of medical waste. This should ideally be done at the source wherever possible.
It is designed with a double combustion chamber to be used in the disposal of medical waste. The temperature of our furnace reaches up to 1100 °C, completing the burning process completely. The incinerator, designed by our engineers taking human safety into consideration, is manufactured to be resistant to high temperatures. Medical Waste Incinerator has drying, cooking and curing features and is controlled by a PLC control system. Its temperature can be controlled with a thermocouple. In the Medical Waste Incineration Furnace, natural gas or fuel oil is optionally used as fuel. Dangerous particles released during combustion are eliminated by passing through the second combustion chamber. Rapid intervention is carried out in machine service and maintenance. We have incinerator production in different capacities. Efficient technology and energy are especially important for machines that operate continuously. MT technology enables minimum energy consumption and maximum performance.
Advantages of Medical Waste Incineration method compared to other methods;
It is suitable for the disposal of all types of medical waste generated in hospitals, including types A, B, C, D and E. There is no odor problem after burning. Unlike other methods such as sterilization/autoclave or microwave, there is much less end product. There is no possibility of contamination in the final product. There is no possibility of viruses or bacteria being present in flue gas.