Medical waste incinerator

İstanbul / Esenyurt
Status
New
Advertiser
Manufacturer
Brand
Mt Makina
Details
Address
İstanbul / Esenyurt / Cumhuriyet mah.
Offer number
00376540
Offer date
2024/02/08
Sales Method
Retail
Communication Languages
Medical waste incinerator

1.     INCINERATOR

·        Solid construction with fire concrete

·        Heat insulation with ceramic fiber

·        High combustion efficiency

·        Robust strong construction

·        Can be designed for any local or international regulation such as EPA, EU 2000/76/EC (or 2010/75/EU)

What are the features of Incinerators?

Manual waste loading cover

Manual ash discharge cover

Temperature up to 800-1100 C°

2 second throttle holding time

Double combustion chamber

Stainless steel chimney

Working with natural gas or fuel oil

Fully automatic feeding system (Optional)

Working with dual fuel (Optional)

Wet Scrubber system (Optional)

Grid system (Optional)

Automatic ash removal system (Optional)

Ecoflam, Riello brand burner

For medical waste disposal applications, Medical Waste Incinerator;

Medical Waste Incinerator, 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 for safe disposal is used for. Medical waste incinerators are used to eliminate viral outbreaks such as the corona virus (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 second gas holding time

All Medical Wastes;
Needles, infusion sets, knives, glass, materials and drugs used to prepare anti-cancer chemotherapy, cytostatic drugs, genotoxic chemical wastes, laboratory reagents, disinfectants, circulation bottles, boxes, pharmaceutical wastes, Radiotherapy, glassware, absorbent paper, unused urine liquids, low-level radioactive waste, laboratory cultures, waste from isolation wards, feces, materials in contact with infected patients, waste containing pathogens, infectious waste, protective clothing, surgical gowns, as well as sheets and linens used by COVID-19 patients, from healthcare all medical wastes.

Pathological Wastes;
Body parts, blood, fetuses, other body fluids, human tissues.

About 20 to 25% of the total waste generated 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 as a double combustion chamber to be used in the disposal of medical wastes. The temperature of our furnace rises up to 1100 °C and completes the burning process. The incinerator, designed by our engineers considering human safety, is manufactured to be resistant to high temperatures. Medical Waste Incinerator has drying, cooking and curing features and is controlled by PLC control system. Its temperature can be controlled with a thermocouple. Natural gas or fuel oil is optionally used as fuel in the Medical Waste Incinerator. Hazardous particles released during combustion are eliminated by passing through the second combustion chamber. Quick intervention is performed in machine service and maintenance. We have incinerator productions in different capacities. Efficient technology and energy are especially important for machines that run continuously. MT technology enables minimum energy consumption and maximum performance.

Advantages of Medical Waste Incineration method compared to other methods;

It is suitable for all types of medical waste disposal 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 in the flue gas.

For animal disposal applications, Animal Incinerator;

It is designed as a double combustion chamber to be used in the disposal of animal waste. Animal waste from various sources needs to be handled with special care. The temperature of our furnace rises up to 850 ° C, completely completing the burning process. The animal incinerator, designed by our engineers considering human safety, is manufactured to be resistant to high temperatures. Animal Incinerator has drying, cooking and curing features, it is controlled by PLC control system. Its temperature can be controlled with a thermocouple. Natural gas or fuel oil is optionally used as fuel in the Animal Incinerator. Hazardous particles released during combustion are eliminated by passing through the second combustion chamber. Quick intervention is performed in machine service and maintenance. We have incinerator productions in different capacities. Efficient technology and energy are especially important for machines that run continuously. MT technology enables minimum energy consumption and maximum performance.

In our Animal Incinerator, you can safely dispose of poultry infected with bird flu, farm animals infected with swine flu, mad calf infected animals, animal carcasses forming slaughterhouses, experimental animals, poultry in farms, pet crematoriums and all other animals.

·        Temperature up to 800 C° in the primary combustion chamber.

·        Temperature up to 850 C° in the secondary combustion chamber.

  • 2 second gas holding time

Garbage Incinerator for garbage disposal applications;

Our Garbage Incinerator can incinerate different types of waste, such as municipal waste, recyclable waste, organic, inorganic waste, commercial waste, construction waste, demolition waste, food waste, hotel waste, sludge waste. The waste incinerator can be adapted to the purpose.

It is designed as a double combustion chamber to be used in the disposal of garbage wastes. The temperature of our furnace rises up to 1100 ° C and completes the burning process. The incinerator, designed by our engineers considering human safety, is manufactured to be resistant to high temperatures. The Garbage Incinerator has drying, cooking and curing features and is controlled by a PLC control system. Its temperature can be controlled with a thermocouple. Natural gas or fuel oil is optionally used as fuel in the Municipal Waste Incinerator. Hazardous particles released during combustion are eliminated by passing through the second combustion chamber. Quick intervention is performed in machine service and maintenance. We have incinerator productions in different capacities. Efficient technology and energy are especially important for machines that run continuously. MT technology enables minimum energy consumption and maximum performance.

Incineration is used to reduce the volume of municipal waste that can be sent to landfills. MT manufactures incineration systems for the treatment of municipal waste, operating on the principle of waste-to-energy approach.

·        Temperature up to 800-1000 C° in the primary combustion chamber.

·        Temperature up to 850-1100 C° in the secondary combustion chamber.

  • 2 second gas holding time

Hanger Heat Cleaning Incinerator for paint heat cleaning applications;

Hanger Heat Cleaning Incinerator performs cleaning by separating the organic and inorganic chemical bonds in the paint by heating method in a flameless and low oxygen environment. Hanger Heat Cleaning Oven, hanger, hook, bar, grill, etc. used in paint systems. It is specially designed for cleaning grease, polymer, deposited oil, dust, wet paint and cataphoresis coatings on materials such as motor bodies, conveyor chains, incorrectly painted metal parts from the surface without deformation. Since the hanger heat cleaning process is done without the use of chemicals, the amount of environmental waste is minimal.

Advantages of Heat Cleaning;

Hanger Heat Cleaning Ovens offer economical and flexible working opportunities. It does not pollute the environment. It provides significant advantages in terms of initial investment cost and operating expenses.

Overall, the Hanger Heat Cleaning Oven models are quite flexible. Hanger Heat Oven, Paint Incinerator etc. it can be used in many different cleaning applications such as.

Mobile Incinerator;

We manufacture Mobile Incinerators designed to meet your exact needs. Our mobile incinerators are suitable for a range of emergencies such as animal deaths from disease outbreaks and disaster relief to prevent the spread of epidemics such as covid19 or bird flu.

Smaller incinerators can be delivered fully assembled on a trailer with all the necessary equipment to complete complete disposal in an emergency or in remote locations. All small units come with a generator for fuel supply and a turnkey system. They can be fully operational within minutes of arriving on site.

Larger models can be supplied as truck-mounted systems, containerized or hook-lift platforms. Larger mobile incinerators are easy to install and can be up and running quickly thanks to their modular construction.

In general, Mobile Incinerator models are quite flexible. Mobile Medical Waste Incinerator, Mobile Animal Incinerator, Mobile Garbage Incinerator etc. it can be used in many different mobile incineration applications such as.

Auto Loader;

Our incinerators are optionally equipped with a container with an elevator. The automatic feeder, as the name suggests, is fully automatic and the operator only needs to load the waste into the feeder or container. After the container is loaded and the security system is activated, the system will determine when to give waste. This prevents overfeeding by operators and improves safety around the incinerator feeder.

The waste is loaded into the container to be loaded into the incinerator continuously. The most important advantage of the continuous feeding system is that there is no need for preheating and it significantly reduces operating costs. In addition, the continuous loading of waste, rather than piecemeal, results in a more consistent flue gas flow rate, resulting in better combustion, better flue gas cleaning and better particulate removal.

Types of Incinerators;

In general, Incinerator models are quite flexible. Many more different incinerators such as Medical Waste Incinerator, Animal Incinerator, Garbage Incinerator, Animal Waste Incinerator, Municipal Waste Incinerator, Domestic Waste Incinerator, Solid Waste Incinerator, Manure Incinerator, Hanger Incinerator, Hanger Cleaning Furnace It can be used in disposal and cleaning applications.

2.     WET SCRUBBER

·        Compact and robust design

·        Fast commissioning time

·        Specially designed systems

·        Possibility of control with automation system

·        Stainless steel design (Optional)

·        Production in different capacities

What are the features of Wet Scrubber?

Vertical configurations

Efficiency up to 99.99%

capacities from 40 to 75,000+ m3/h

Cross flow and counter flow options

Options to be fully automated with existing equipment

Easy to use with HMI (Human Machine Interface) screen

Control panels of our own design and production

Dimensioned system process fans

Precise pH control

Portable designs and sizes are available

For flue gas control applications, Wet Scrubber;

Harmful gases and odors arising from the activities of industrial facilities and enterprises pose a great threat to human and environmental health. Some systems need to be developed to protect our environment from these harmful substances. Gas treatment systems established in this direction make a significant contribution to ensuring environmental safety. This system prevents the formation of acid rain by purifying the acidic gases from the exhaust before they are released into the sky.

The wet scrubber can handle high temperature streams and very humid streams. It also provides smaller space requirements. In some cases, wet scrubbers can be adapted to existing equipment. They can also provide cooling of heated gases. The wet scrubber, which has a higher desulfurization capacity compared to other equipment, has a lower purchasing cost. It can cool heated gases and neutralize highly corrosive gases and dust.

Wet Scrubbers are used to treat and clean chemicals present in flue gas such as ammonia, chlorine, hydrochloric acid, chlorinated silanes, sulfur oxides, nitrogen oxides, hydrogen sulfide, boron trifluoride, amines.

Why should you buy a wet scrubber?

It can remove gases and particles in one unit. There is no temperature limit with the use of heat reduction options. Eliminates up to 99% or more of hazardous gases, meeting all EPA requirements for RACT, BACT and LAER.

Asphalt Processing, Pharmaceuticals, Petroleum Gas, Garbage And Biogas, Textile Processing, Tar Removal, Curing Ovens, Vinyl Manufacturing, Acid Mist Control, Fertilizer Manufacturing, Waste Water Treatment, Steel Processing, Electronics, Food Processing, Cocoa Processing, Nuclear Waste Filtration, Printing, Precious Metal Recovery, Wood Products etc. Wet Scrubber is widely used in industries such as

Clean air is the foundation of healthy life;

In the wet scrubber gas purification system, whose working principle is to wash the waste gases under Raschig rings, the principle of absorption of gases by liquids is applied.

The gas intended to be purified is taken from the environment by the suction fan and forced to rise through the Raschig rings.

Thanks to the gravitational force and the sprinkler system, the water that goes down and the gas that encounters in these rings break up and meet as much surface as possible in the liquid phase. Thus, the gases coming out of the “wet cleaner” chimney are purified from harmful contents. However, the remaining liquid has turned into acid and is highly corrosive.

In this case, the pH value of the acidic liquid phase is increased to basic or neutral by the automation system during operation. Thus, it is aimed to increase the durability of the system and to reduce the saturation of the liquid phase in the gas absorption process.

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