Medical Waste Incinerator

Solution For Medical Waste In Hospitals/Clinics/Research Facilities

Hazardous Medical Waste Disposal Solution

Incineration is an effective and safe solution for hazardous medical waste disposal. Beston Group can supply a medical waste incinerator to turn the pollutant medical waste into harmless waste. It is helpful to the environment and public health. Are you seeking a way to handle hazardous medical waste? Beston Group can provide a custom project solution and custom medical waste incinerator for you. Welcome to get to know more.

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Types of Hazardous Medical Waste For Incineration

The raw materials for the incineration of medical waste are all kinds of medical waste generated by hospitals, clinics, laboratories, and other medical institutions. Welcome to see them from the following:

Injurious Medical waste

Medical needles, suture needles; dissecting knives, scalpels, skin preparation knives, and other medical sharp instruments.

Pharmaceutical Medical Waste

Discarded general drugs such as antibiotics; discarded cytotoxic and genotoxic drugs; discarded vaccines, and blood samples.

Infectious Medical Waste

Swabs or gauze contaminated with patient’s blood, etc; household garbage of infected or suspected infectious patients.

Chemical Medical Waste

Medical imaging room, laboratory chemical reagents; chemical disinfectants; mercury sphygmomanometer.

Pathological Medical Waste

Discarded human tissues and organs during surgery and other diagnostic processes; medical laboratory animal tissue.

Problems That Beston Solution Can Solve

Waste volume reduction

This incineration process can significantly reduce medical waste by up to 90 percent. Thereby, it reduces the amount of storage and disposal space required.

Powder generation

The heat generated during the incineration process can be recycled for power generation or self-use of the system. It helps to reduce energy costs.

Sterilization of pathogens

The incineration of medical waste can effectively kill bacteria, viruses, and other pathogens, reducing the risk of infection and contamination.

Safe disposal

Medical incinerator can turn medical waste into harmless waste gas/residue. It effectively minimizes the impact of medical waste disposal on the environment and public health.

Process Flow

Pretreatment and Feeding System
Rotary Kiln+Second Combustion Chamber Combustion System
Waste Heat Recovery System
Tail Gas Purification Treatment System
Flue Gas Discharge System
Incineration system:

including hopper, rotary kiln, secondary combustion chamber, and auxiliary equipment such as combustion support and fan.

Waste heat recovery system:

including waste heat boiler and boiler auxiliary system equipment.

Exhaust gas purification system:

including quenching tower, dust collector, scrubber, flue gas heater, activated carbon supply system, ash removal system, etc.

Smoke exhaust system:

including induced draft fan, chimney, etc.

Cost and ROI Report

Malaysia BHM-10 Medical waste disposal project Return on investment (ROI) table
Project nameBHM-10Hazardous waste disposal line
IntroductionBased on the local market data of the project, the estimated return on investment is reported with various costs as follows.
ItemDetailsUnitUnit price/USDQuantityAmount/USDTotal amount Remark
Fixed Investment CostEquipmentBHM-10Set2321500.00 1.00 0
TransportationFrom Sea Port to SiteSet128570.00 1.00 018 HQ
From China to Shanghai portSet5400.00 1.00 0Malaysia Sabah
Customs tax0.2Set01.00 0
InstallationBeston technician's salaryDay250.00 80.00 0
Round -trip airticketsEa2500.00 2.00 0
VisaEa500.00 1.00 0
Local welderDay120.00 5.00 02 welders are needed
Local plumberDay120.00 0.00 0
Local laborDay108.00 3.00 0
Crane forkliftDay160.00 30.00 0100 tons crane 5 working days, 25 tons 20 working days
MaterialsInstallation materials readySet3000.00 0.00 0Foundation, pipe, etc.
LicenseEa21500.00 1.00 0Environmental, firefighting, etc.
Workshoprent35.00 1000.00 0
Operating Cost
WaterProduced water430.00 1.00 0160-200 yuan/ton, take 3000 yuan
Electricity/KWH0.00 1.00 0
Natural gas/dieselNatural gas/dieselKg0.00 1.00 0
Consumables 1Water treatment additiveKg0.00 10.00 0Fuel oil produced by own plant
Consumables 2Activated carbonKg0.00 10.00 0
Consumables 3Ammonia liquorKg0.00 10.00 0
Consumables 4Quicklime powderKg0.00 10.00 0
Consumables 5NaOHKg0.00 10.00 0
Labor 2+2People16.00 4.00 0
maintenanceResistant material consumption + accessoriesDay700.00 1.00 08% consumables, 1% accessories
depreciation15yearsDay440.00 1.00 0At 10% salvage value
Fly ash disposal fee5.00%Ton2850.50 0Processing fee: 2000 yuan/ton
Sewage disposal feesDay7.151.00 0Processing fee: 50 yuan/day
End Products Price
End Product 1Water vaporTon0.00 30.00 040% of input
End Product2/Ton0.00 0.00 030% of input
Disposal feeTon430.00 10.00 0
Disposal allowanceTon0.00 10.00 0
Daily IncomeUS$2,516.35
Monthly IncomeWorking dayDay25US$62,908.75
Yearly IncomeWorking dayDay300US$754,905.00
ROI (%)25.10%


Honor and Patent Certificates

Technical Advantages

The incinerated materials in the rotary kiln are tumbling and advancing with slow rotation. Three types of heat transfer are coexisting in one furnace that results in high thermal efficiency.
Enhanced heat exchange and anti-caking devices are added to the rotary kiln to improve incineration efficiency and expand the adaptability of the incinerator to waste materials.
The medical waste incinerator adopts fully automatic feeding system, automatic cleaning of the turnover barrel, mature rotary kiln incineration system, ultra-low emission exhaust gas purification technology, and many other advanced technologies.
Medical incinerator can simultaneously incinerate solid and liquid waste. The requirement for the shape and moisture content of the incineration material is not high.
Beston adopts fireclay as the refractory material to minimise heat loss while protecting the equipment enclosure from overheating.
The traditional two-combustion chamber has been upgraded to a two-combustion furnace, which improves burning rate of ash, improves the incineration efficiency of rotary kiln, and has the functions of slag crushing, sealing and wind locking.

Operating and Maintenance Advantages


The drive system is set in the kiln shell position. So, it is simple to maintain and easy to monitor the equipment.


Good sealing measures and furnace negative pressure fully ensure that harmful gases do not leak out.


The whole main body of the equipment is constructed with steel frame structure. And the human ladder and passageway are set up to facilitate the manual inspection, maintenance and on-site operation of the equipment.


PLC centralized control design realizes the upper computer control, flexibly setting/monitoring operating parameters, automatic operation management. And, it ensures the system with safe/efficient/stable operation.

Perfect Services For Customers

Pre-sales Service

Offer Overall Project Plan
Provide Product Configuration Solution
Factory Visit at Any Time
Provide Project/License Support

During Production Service

Provide Production Process Of Products
Strict Quality Control & Inspection Service
Verify Delivery Time & Monitor Shipment
Provide Layout & Guide To Do Civil Work

After-sales Service

Online/On-site Installation Guidance
Provide Professional Training for Workers
On-site Inspections to Provide Assistance
Provide Spare Parts for Customers for Life


The medical waste incinerator of Beston Group can dispose of hospital and clinical waste in an efficient, safe, and hazard-free environment. Medical waste incinerators are typically used to burn infectious, pathological, and pharmaceutical waste, as well as any other materials contaminated with blood or other bodily fluids. The incineration process destroys any microorganisms present in the waste. Want to minimize medical waste environmental impact and protect public health? If yes, welcome to contact us to get a hazardous medical waste disposal solution now!

    Please specify your requirement by referring to the following aspects:

    1-What kind of solution will meet your demand? (Key point)

    2-What kind of material and expected end product are you planning to have? (Right solution begins from material and product)

    3-When is the project supposed to be running? (Key info for A-Z project programming)

    4-Budget for machinery purchasing? (Key info for right model)

    5-Points that you really focus on. (Customized service from our project consultant)


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