Medical Expired Drug Pharmaceutical Waste Incineration Disposal Description:

Expired drugs belong to hazardous waste, and expired and invalid drugs generated in the process of production, sale and use belong to hazardous waste. Unlike general waste, hazardous waste is more harmful. Pharma waste disposal has the unique and advanced advantages of small volume, high combustion efficiency, reasonable combustion technology and high harmless degree, making it an ideal choice for hospital waste disposal.

The medical waste is collected and enters the primary combustion chamber of the pharmaceutical waste incineration. The primary combustion chamber fully burns the waste with diesel fuel as combustion supporting material, which is the main working area of the medical waste incinerator. After garbage combustion, the reduction ratio ≥95%, furnace ash discharge automatically. By means of gasification and incineration, the medical waste produced can be incinerated 3-4 times a day.

Medical waste incinerators are still regarded as the preferred process for the safe destruction of these materials.

It is seen as the best way to destroy intravenous (IV) preparations, partially used vials, syringes, and IVs, discontinued, unused preparations, unused unit dose repacks, Patients’ Personal Medication and outdated pharmaceuticals All waste should be segregated before it is incinerated to ensure you comply to local guidelines.

Medical Waste Incineration Features:

Processing：
Mechanical Lifting Device (optional) → Main Combustion Chamber → Secondry Combustion Chamber → Lye Scrubber Towwer → Cooling Soil Pool → Cyclone Dust Collestor Tower → Bag Dust Collector Tower → Duced Draft Fan → Chimney composition

1. The product adopts imported high-quality combustion machine to reduce fuel consumption and accelerate the burning of materials, making its energy- saving effect significantly higher.

2. The secondary combustion treatment process is adopted. The primary combustion room temperature is 700-850℃, the secondary combustion chamber temperature is 850-1100 ℃, the combustible is completely ash, and the volume reduction ratio is ≥ 95-97%

3. The flue gas retention time in the secondary combustion chamber is ≥3 seconds, the excess gas coefficient is 100%, and the eddy current combustion process is adopted.

4. The pyrolysis space is large enough to ensure the residence time of pyrolysis waste > 1h

5. The furnace body is made of refractory materials, thermal insulation materials and insulation materials built in the upper chamber of the grate. The outer steel plate can prevent the leakage of smoke and make the surface temperature of the furnace body lower than 50℃, which can effectively prevent the occurrence of accidental scalding accidents.

6. The design of temperature control system, low operating cost, the use of quench tower cooling treatment can achieve resource recovery.

7. Good exhaust system, so that the furnace always maintain negative pressure, no backfire, safe and reliable operation.

8. After the flue gas is treated by the spray tower with rapid cooling and deacidification, the flue gas is treated by the cyclone dust collector and the efficient bag filter, and then discharged into the atmosphere. The whole incineration site is smokeless and tasteless, and harmless treatment is realized.

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