About Bio Medical Hospital Incinerator
The bio-medical waste Incinerator is one of the treatment and safe disposal of the bio-medical waste generated from the hospitals, veterinary facilities, medical research facilities etc. These wastes include both infectious medical wastes as well as non-infectious, general housekeeping wastes. Bio-medical incinerator stack emission standards which include for residence time of two sec.
in secondary chamber.
Incineration and other high temperature waste treatment systems are described as thermal treatment or destruction process. Incineration of waste materials converts waste containing
elements of carbon, hydrogen, oxygen along with presence of other elements such as nitrogen, sulphur, chlorine and pathogens etc., can be destroyed completely by oxidation process using
auxiliary fuel producing benign gases (flue gases) such as carbon dioxide, water, and nitrogen and some acidic gases such as oxides of sulphur, nitrogen, acids and other toxic gases such as
heavy metals, Dioxins & Furans etc. as well as solid form of ash, depending upon waste constituents of the waste and performance of incineration system.
Specifications:
- Combustion efficiency 99%.
- Combustion Chamber : Dual Chamber
- Temperature of primary chamber is minimum of 800 C and the secondary chamber is
minimum 1050 C + or - 50 C.
- The secondary chamber gas residence time at least two seconds.
- Capacity: 5 / 10 / 20 / 25 / 50 / 150 / 200 / 250/ 500 Kg/Hr.
- Air Pollution control device
- Wastes to be incinerated are not chemically treated with any chlorinated disinfectants.
- Ash from incineration of biomedical waste is disposed of at common hazardous waste treatment and disposal facility. However, it may be disposed of in municipal landfill, if the toxic metals in incineration ash are within the regulatory quantities
Power Requirement: Diesel, LPG/N-Gas, Electrical
High Efficiency & Accurate DisposalDesigned with precision, the Bio Medical Hospital Incinerator guarantees accurate and efficient incineration of medical waste. Its burning rate of 10 kg per hour and ash residue under 3% make it a reliable solution for healthcare facilities, maintaining a clean and safe environment.
Advanced Safety & Control FeaturesEquipped with over temperature protection, door interlock system, and a programmable microprocessor controller, this incinerator prioritizes operator safety while providing exceptional automation and control for easy, worry-free operation.
Robust Construction for Enhanced DurabilityWith a heavy-duty mild steel body, coated with heat-resistant paint and insulated to 115 mm, the incinerator is built to withstand demanding use in various medical settings. The double-stage scrubber and chimney height ensure proper exhaust management.
FAQs of Bio Medical Hospital Incinerator:
Q: How does the Bio Medical Hospital Incinerator ensure safe disposal of medical waste?
A: This incinerator uses a high-temperature electric heating system, backed by a burner and supported by a double-stage exhaust scrubber to neutralize harmful emissions. Advanced safety and control mechanisms further prevent operational risks, ensuring waste is safely and efficiently destroyed.
Q: What types of facilities can use this incinerator?
A: Designed primarily for hospitals, laboratories, and clinics, the incinerator can be employed anywhere bio-medical waste is generated and requires regulated, hygienic disposal.
Q: When is this incinerator most beneficial for medical waste management?
A: The incinerator delivers maximum benefit when promptly disposing of infectious or hazardous medical waste, helping facilities comply with safety regulations and environmental standards during daily operations or emergency waste surges.
Q: Where should the incinerator be installed for optimal performance?
A: It should be positioned on level ground with at least 6 meters of chimney height above ground level to properly disperse exhaust gases. Ample ventilation and adherence to local installation codes are recommended for best results.
Q: What is the process of operating this incinerator?
A: Operators load medical waste into the rectangular chamber, set the programmable controls on the digital display, and initiate the electric heating cycle. Throughout the process, safety features monitor temperature and secure the door, while the scrubber filters exhaust emissions.
Q: How can users benefit from its automation and safety features?
A: Automation via microprocessor controller reduces manual intervention, improving precision and consistency. Safety features like door interlocks and over-temperature protection protect users and equipment, enhancing reliability and peace of mind.