We offer our valued customer with a wide and comprehensive and customised range of Bio-Medical Waste Incinerators. These BIO-MEDICAL WASTE INCINERATOR offer by us are known for its quality and durability.
Item Code: Incinerators
Our BIO-MEDICAL WASTE INCINERATOR is ideal for controlling carbon emission and other industrial pollutants. This is specially designed to work more effectively than the conventional incinerators. Fine quality mild steels are used in the fabrication process of this special product.
The Bio-Medical Waste Incinerator fabricated out of Mild Steel and is refractory lined and insulated from inside. This is facilitated with loading door, ash removal door and automatic burner operated by temperature indicating controller which is set at 800 ± 50°C.
High pressure air from a blower.
This part is also manufactured out of Mild Steel and refractory lined similar to primary chamber. This is equipped with an automatic burner. It is also facilitated with a temperature controller which is connected to the control panel. The operating temperature is 1050 ± 50°C.
Minimum 1 second residence time.
The control panel supplied along with the Incinerator is outdoor type and placed separately. All controls will be housed within this common control panel. The panel is duly powder coated. It houses the primary and secondary burner controls, all the temperature controllers, motors starters, isolator switches, overload relays for burners and fans and audio visual alarms for abnormal workings. All electrical power, earth and control cabling from the control panel to the individual drives and components shall be provided by us. The control panel is pre-wired. However, external wiring is to be carried out at site.
The flue gases from the Cyclone separator are then sent to venturi scrubber. Venturi scrubber is a high energy device (fabricated out of stainless steel) where particulate matter as well as acidic pollutants are scrubbed. Here the acidic gases are removed by absorption with caustic and the particulates by the inertial impaction energy. A high-pressure drop across the venturi scrubber, imparts sufficiently high energy which helps in atomizing the scrubbing liquid and thus trapping the particulates. In venturi, gases saturate due to evaporation of water vapors and thus cools. 5% caustic solution is used as scrubbing liquid to neutralize the S02 present in flue gases.
A traditional approach has been adopted to lessen the emission of particulate matter, and to provide sufficient oxygen, turbulence, high temperature and residence time in the secondary chamber for complete combustion.
This assure to quench the hot flue gas and to remove particulate matter and acid gases. A simple system without clogging or plugging potential has been designed for removal of liquid droplets in the outlet gas.
A condensing heat exchanger is used to recover energy in the form of hot water.
To ensure meeting not only standards for particulate matter and acid gases, but also trace organic compounds and other pollutants, activated carbon and HEPA filters are used. The resulting system is identical to that used in the ARC's research facility, which has proven performance to meet very strict air emission standards.